- <![CDATA[Discover New Ways to Learn: NYCU MIX&MATCH Takes You Beyond the Timetable]]>Campus Life2026-09-10<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="Discover New Ways to Learn: NYCU MIX&MATCH Takes You Beyond the Timetable"><meta name="twitter:description" content="."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260910092321979.png"><meta name="Discover New Ways to Learn: NYCU MIX&MATCH Takes You Beyond the Timetable"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="Discover New Ways to Learn: NYCU MIX&MATCH Takes You Beyond the Timetable"><meta property="og:description" content=""><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260910092321979.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=9c7a0cd9-2599-43a2-8237-e6c0bdb625e9">
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<div class="ed_txt"><strong>Edited by Chance Lai</strong></div>
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<div class="ed_txt" style="text-align: justify;">A science student finds an internship in venture capital. A transfer student explores a more flexible academic path. An online course becomes a first step into an unfamiliar subject.<br />
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At National Yang Ming Chiao Tung University (NYCU), these experiences illustrate how students can shape their education beyond a single major. They also offer a starting point for <a href="https://www.youtube.com/channel/UC9XhggwXb5pHpd6LtIMEl4A" title="NYCU MIX&MATCH"><span style="color:#2980b9;"><u>NYCU MIX&MATCH</u></span></a>, a video series helping students discover what they can learn—and where to begin.<br />
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Presented by NYCU and produced by its Office of International Promotion and Outreach, the series brings together faculty, university staff and students to explain learning resources and share firsthand experiences. For high school students, undergraduates and parents, the interviews offer practical insights into cross-disciplinary study, self-directed learning and online courses.<br />
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<strong>Exploring Where Another Field Can Take You</strong><br />
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For NYCU graduate Ya-Ti Meng, exploring a subject outside her science studies helped open the door to venture capital.<br />
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During college, Meng discovered that she enjoyed working with people and taking part in projects. That interest led her to study business and management through NYCU’s Venture & Innovation Management cross-disciplinary program. The experience later caught a supervisor’s attention, helping her secure her first internship at a venture capital firm.<br />
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In her interview, Meng also discusses balancing her major, cross-disciplinary courses and other interests. Her experience offers a concrete example of how students can explore a new direction while continuing their studies in their original field.<br />
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For viewers interested in the academic planning behind such choices, a companion interview with Director Yi-Ju Tseng explains how cross-disciplinary programs differ from double majors and minors. It covers credit requirements and course planning, helping students understand how an interest in another subject might fit into their education.<br />
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<a href="https://www.youtube.com/watch?v=WSlvyEY-P8A" title="Watch Meng’s interview（嵌入影片）"><span style="color:#2980b9;"><u>Watch Meng’s interview</u></span></a></div>
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<strong>Shaping Your Own Academic Path</strong><br />
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More freedom to choose what to study also means learning how to make those choices.<br />
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Interviews about NYCU’s Arete Honors Program explore that process from both faculty and student perspectives. Program Director Chia-Hung Dylan Tsai considers whether students need to define their interests through a major so early in their university education.<br />
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Student Hsiu-Chi Tsai offers a personal perspective, sharing the experience of transferring from electrical engineering and computer science studies at National Tsing Hua University to NYCU’s Arete Honors Program. The interview examines the self-discipline and exploration that come with greater academic freedom.<br />
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Together, these conversations encourage viewers to consider the kind of learning environment that suits them and how they might give their interests a clearer direction.<br />
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<a href="https://www.youtube.com/watch?v=fGMjKYl-4pU" title="Watch Hsiu-Chi Tsai’s interview"><u><span style="color:#2980b9;">Watch Hsiu-Chi Tsai’s interview</span></u></a><br />
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<strong>Taking the First Step With an Online Course</strong><br />
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Students do not need to change majors or enroll in another program to begin exploring a new field. A single online course can be a starting point.<br />
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In another episode, Yung-Chia Chang, director of NYCU’s Higher Education Open Resources Research Center, and Deputy Director Kenzen Chen introduce the ewant Open Education Platform. They explain how students can access courses from different universities in subjects ranging from computing and languages to the humanities and management.<br />
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The conversation addresses practical questions, including how to choose a course and whether it may count toward a degree. Some courses may be eligible for credit recognition, subject to each university’s rules.<br />
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For students still identifying their interests, these courses offer a chance to explore a subject before deciding whether to pursue it further.<br />
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A new direction can begin with a course choice, an internship or a question about what else is possible. By connecting personal experiences with practical information, NYCU MIX&MATCH helps students explore those possibilities and identify a next step that fits their interests.<br />
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Explore more: <a href="https://www.youtube.com/@%E9%99%BD%E6%98%8E%E4%BA%A4%E5%A4%A7%E7%84%A1%E5%AD%B8%E7%95%8CNYCUMIXMA" title="NYCU MIX&MATCH on YouTube"><u><span style="color:#2980b9;">NYCU MIX&MATCH on YouTube</span></u></a><br />
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<div class="ed-model18-title-text">在陽明交大，大學可以這樣讀！<br />
「無學界」帶你解鎖課表之外的學習攻略</div>
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<div class="col-md-6">念理學院，第一份實習卻走進創投公司；透過轉學，尋找更自主的學習方式；從一堂線上課開始，接觸原本不熟悉的領域。在陽明交大，學生探索大學生活的路徑，正從不同的選擇中展開。<br />
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《陽明交大無學界｜NYCU MIX&MATCH》將這些經驗帶到螢幕前，讓學生看見本科系之外的學習可能，也了解如何踏出第一步。<br />
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由國立陽明交通大學出品、國際宣傳辦公室製作的影音節目，邀請教師、行政團隊與學生，分享校內學習資源與親身經驗。從跨域修課、自主規劃到線上學習，節目為高中生、大學生及家長提供具體參考，認識大學教育可以有哪些不同的安排。<br />
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<strong>跨出本科系，探索新的職涯可能</strong><br />
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對陽明交大畢業生孟亞緹而言，接觸本科系之外的領域，成為她走進創投公司的契機。<br />
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就讀理學院期間，孟亞緹發現自己喜歡與人互動、參與專案，於是透過「創業與創新管理」跨域學程接觸商管領域。這段經歷後來受到主管的注意，幫助她取得第一份實習機會，進入創投公司。<br />
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在訪談中，她也分享如何兼顧本科系、跨域課程與其他探索，逐步找到適合自己的學習節奏。對有多元興趣、卻不知如何開始的學生而言，她的經驗提供了一個具體例子：持續累積本科專業的同時，也能嘗試新的方向。</div>
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<div class="col-md-6">想了解這些選擇如何落實到修課規劃，則可搭配曾意儒主任的跨域學程專訪。訪談說明跨域學程與雙主修、輔系的差異，並介紹學分安排與規劃方式，幫助學生將「我還想學別的」轉化為實際的學習計畫。<br />
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<u><span style="color:#2980b9;"><a href="https://www.youtube.com/watch?v=WSlvyEY-P8A" title="觀看孟亞緹專訪">觀看孟亞緹專訪</a></span></u><span style="color:#2980b9;">｜</span><u><span style="color:#2980b9;"><a href="https://www.youtube.com/watch?v=3gJWuOxwT6g" title="觀看跨域學程專訪">觀看跨域學程專訪</a></span></u>
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<strong>有了選擇的自由，如何找到自己的方向？</strong><br />
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更自主的學習安排，也意味著學生需要練習做選擇。百川學程相關訪談，從教師與學生的角度，探討如何在探索中逐漸形成方向。<br />
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蔡佳宏主任的專訪以「不適合太早被科系定義？」切入，思考學生是否需要在大學初期，就以單一科系界定自己的興趣。<br />
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蔡秀吉則分享從清大電資轉學至陽明交大百川的經驗，談跨域學習，以及自由選擇背後所需的自律與探索。這些對話讓正在考慮學習方向的學生，有機會進一步思考：什麼樣的學習環境適合自己，又該如何安排自己的下一步？</p>
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- <![CDATA[NYCU and NCKU Develop ‘Molecular GPS’ With Potential to Treat Neurodegenerative Diseases]]>Research Highlights2026-09-09<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU and NCKU Develop ‘Molecular GPS’ With Potential to Treat Neurodegenerative Diseases"><meta name="twitter:description" content="Mice treated with togoPhosTAC showed improved memory and reduced anxiety-like behavior, alongside lower levels of abnormal tau phosphorylation—findings that support further investigation of the approach."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260909114106573.png"><meta name="NYCU and NCKU Develop ‘Molecular GPS’ With Potential to Treat Neurodegenerative Diseases"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="ENYCU and NCKU Develop ‘Molecular GPS’ With Potential to Treat Neurodegenerative Diseases"><meta property="og:description" content="Mice treated with togoPhosTAC showed improved memory and reduced anxiety-like behavior, alongside lower levels of abnormal tau phosphorylation—findings that support further investigation of the approach."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260909114106573.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=f07fdc58-b7b0-43e9-8795-2610cddaa120">
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<div class="ed_pic_full" style="text-align: center;">Mice treated with togoPhosTAC showed improved memory and reduced anxiety-like behavior, alongside lower levels of abnormal tau phosphorylation—findings that support further investigation of the approach.</div>
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<div class="ed_txt" style="text-align: justify;">Researchers at National Yang Ming Chiao Tung University (NYCU) and National Cheng Kung University (NCKU) have developed a “molecular GPS” that guides engineered enzymes to disease-associated proteins, reducing abnormal tau phosphorylation and improving memory in mice. The findings offer a potential new direction for research into Alzheimer’s and other neurodegenerative diseases, which place a profound burden on patients and their families.<br />
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The approach combines targeted protein dephosphorylation—a process that removes phosphate groups from specific proteins—with a lipid nanoparticle delivery system. Together, they enable engineered enzymes called phosphatases to reach their targets and remove abnormal phosphate signals associated with disease.<br />
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The research brought together Hong-Ru Chen, an assistant professor in NYCU’s Department of Life Sciences and Institute of Genome Sciences, and Po-Han Chen, an assistant professor in NCKU’s Institute of Biochemistry and Molecular Biology. Their platform, called togoPhosTAC, is described in a study published August 14 in Nature Communications.<br />
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<span style="color:#4e5f70;"><em><span style="font-size:90%;">Schematic illustration of the mechanism underlying togoPhosTAC-mediated targeted protein dephosphorylation.</span></em></span><br />
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<strong>Targeting a Harmful Change in Tau</strong><br />
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Alzheimer’s disease is closely associated with the abnormal buildup of amyloid plaques in the brain. Tau, a protein that normally helps maintain the structural stability of nerve cells, also plays a role. When excessive phosphate groups attach to tau—a condition known as hyperphosphorylation—the protein can contribute to disease and amplify amyloid-related toxicity.<br />
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Despite growing understanding of this process, effective treatment strategies that precisely target and remove abnormal phosphate signals remain lacking.<br />
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“This technology works like a precise molecular GPS,” Hong-Ru Chen said. She likened excessive protein phosphorylation to a switch that activates harmful signaling inside nerve cells. Turning off that signal, she explained, could help reduce damage.<br />
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Part of the problem arises when phosphatases, the enzymes responsible for removing phosphate groups, become less active in the brain. As a result, abnormal phosphorylation can accumulate. The new technology directs these enzymes to tau, allowing them to remove phosphate groups at multiple disease-associated sites.<br />
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<strong>Delivering Treatment Through the Nose</strong><br />
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The team tested a noninvasive approach by administering the treatment intranasally to mice with tau-related disease pathology. The treatment reached the brain and significantly reduced abnormal tau phosphorylation at several sites.<br />
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<img alt="The president and vice presidents offer words of encouragement to incoming students." src="/userfiles/nycuen/images/20260909114007151.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">Fluorescence images show a marked reduction in phosphorylated tau (green, AT8 staining) in the brains of PS19 mice treated with togoPhosTAC (right), compared with untreated mice (left). Cell nuclei appear in blue. Scale bar: 20 μm.</span></em></span></div>
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In maze and recognition tests, treated mice showed improvements in spatial and short-term memory, along with reduced anxiety-like behavior.<br />
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<span style="color:#4e5f70;"><span style="font-size:90%;"><em>Exploration heat maps show greater interest in a novel object (N) among togoPhosTAC-treated PS19 mice (right) than untreated mice (left), consistent with improved recognition memory. F marks the familiar object; warmer colors indicate more time spent in an area.</em></span></span><br />
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<span style="font-size:100%;"><em>The researchers reported no detectable signs of neuronal damage or toxicity in the brain under the conditions tested. These findings remain preclinical. Further research is needed to determine whether the approach can be developed into a safe and effective treatment for people.</em></span><br />
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<strong>Potential Beyond Alzheimer’s Research</strong><br />
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The platform’s applications may extend beyond tau. The team also demonstrated targeted removal of phosphate groups from epidermal growth factor receptor (EGFR), a protein implicated in cancer, and alpha-synuclein, which is associated with Parkinson’s disease.<br />
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By combining molecular targeting with nanotechnology, the researchers aim to develop a versatile approach to address abnormal protein phosphorylation across multiple diseases.<br />
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The team plans to further improve delivery to the brain as it works toward eventual clinical applications, with the long-term goal of expanding treatment options for neurodegenerative diseases.<br />
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<span style="color:#4e5f70;"><em><span style="font-size:90%;">Assistant Professor Hong-Ru Chen (right) and student Hsiang-Ying Lin (left) of NYCU’s Department of Life Sciences and Institute of Genome Sciences.</span></em></span></div>
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<div class="ed-model18-title-text">陽明交大、成大打造「分子GPS」助修復異常蛋白<br />
盼為大腦退化提供精準治療</div>
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<div class="col-md-6"><span style="font-size:80%;"><span style="color:#4e5f70;">文/公關組 圖/研究團隊<br />
資訊圖/國際宣傳辦公室</span></span><br />
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阿茲海默症等神經退化疾病令患者與家屬感到無助。陽明交大與成大研究團隊成功開發出一套分子導航技術，能將經人工設計的去磷酸化酶精準送到大腦中發生病變的蛋白位置，讓蛋白恢復正常狀態，為神經退化疾病治療提供新的可能方向。<br />
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阿茲海默症的發生，與大腦中類澱粉蛋白斑塊異常堆積密切相關。另一方面，原本負責維持神經細胞結構穩定的「tau蛋白」，一旦過度磷酸化，也會加劇類澱粉蛋白的毒性。然而，面對這類蛋白質異常磷酸化，目前仍缺乏能夠精準鎖定並移除異常訊號的有效治療策略。<br />
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陽明交大生命科學系暨基因體科學研究所助理教授陳虹如，與成大生物化學暨分子生物學研究所助理教授陳伯翰共同合作，開發出一套全新的標靶去磷酸化技術，並結合新型脂質奈米顆粒遞送系統，讓人工修復的蛋白分子能精準運送至病變蛋白，達到精準醫療的目的。<br />
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令人振奮的是，研究團隊採用非侵入性的鼻腔給藥替小鼠進行治療。結果顯示，藥物能順利通過屏障進入大腦，顯著降低多個tau蛋白磷酸化蛋白。在迷宮與識別等行為測試中，可以發現小鼠的空間記憶力、短期記憶力與焦慮行為皆獲得改善，且大腦未出現任何神經細胞受損或毒性反應。</div>
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「這套技術就像是精準的分子GPS。」陳虹如如此形容。她說，蛋白質過度磷酸化就像神經細胞內受損訊號的開關，如果能關閉這個訊號，就有機會降低神經細胞受到的傷害。<br />
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陳虹如進一步解釋，tau蛋白之所以過度磷酸化，部分原因在於大腦中負責「關閉磷酸化訊號」的去磷酸化酶活性受損，導致磷酸化訊號不斷累積而無法被正常清除。而這項技術就是精準引導去磷酸化酶移除tau蛋白上多個關鍵的異常位點。<br />
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這項突破性研究成果發表於國際期刊《Nature Communications》。值得注意的是，除了tau蛋白外，研究團隊也證實，這項技術也能針對癌症相關的表皮生長因子受體（EGFR），以及與巴金森氏症相關的α-synuclein蛋白，精準移除異常磷酸化訊號。這項結合化學分子與奈米科技的臺灣之光技術，未來將持續優化腦部遞送效果，期望能早日轉化為臨床治療，為神經退化疾病治療帶來新契機。<br />
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- <![CDATA[Explore NYCU From Anywhere: Minecraft and 360-Degree Tours Bring Campus Online]]>College Features2026-09-07<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="Explore NYCU From Anywhere: Minecraft and 360-Degree Tours Bring Campus Online"><meta name="twitter:description" content="NYCU brings campus exploration online through Minecraft and 360-degree virtual tours, with AR navigation extending the experience for in-person visitors."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260907145001509.png"><meta name="Explore NYCU From Anywhere: Minecraft and 360-Degree Tours Bring Campus Online"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="Explore NYCU From Anywhere: Minecraft and 360-Degree Tours Bring Campus Online"><meta property="og:description" content="NYCU brings campus exploration online through Minecraft and 360-degree virtual tours, with AR navigation extending the experience for in-person visitors."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260907145001509.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=24271b80-031a-4d6d-ab3b-a0e495baaddc">
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Exploring National Yang Ming Chiao Tung University (NYCU) no longer requires a trip to Taipei or Hsinchu.<br />
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From campus buildings recreated in Minecraft to panoramic tours of research facilities, the university is offering prospective students, families, alumni, and the public more ways to explore its campuses on a computer or mobile device.<br />
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For those who visit in person later, an augmented reality (AR) app adds navigation and campus stories to the experience.<br />
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<div class="ed_pic_full"><img alt="NYCU’s “360° Campus × Minecraft” event connects virtual campus tours with a Minecraft treasure hunt. From September 2 to 15, 2026, participants can complete tasks across both platforms and register with their NYCU email address for a chance to win prizes." src="/userfiles/nycuen/images/20260907151322873.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">NYCU’s “360° Campus × Minecraft” event connects virtual campus tours with a Minecraft treasure hunt. From September 2 to 15, 2026, participants can complete tasks across both platforms and register with their NYCU email address for a chance to win prizes.</span></em></span><br />
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<strong>A Campus Homecoming, One Block at a Time</strong><br />
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In Minecraft, familiar campus landmarks take on a different form. The NYCU × Minecraft Campus Digital Reconstruction Project, developed with student participation and produced by DreamCity Studio with support from the NCTU Alumni Association, recreates the university’s Bo-Ai and Guang-Fu campuses in Hsinchu.<br />
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Gates, buildings and pathways have been rebuilt block by block, creating digital spaces that offer alumni around the world another way to return to campus. Launched to mark NYCU’s fifth anniversary and National Chiao Tung University’s 130th anniversary, the project also reaches audiences through video.<br />
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NYCU’s official YouTube channel features tours of the Guang-Fu campus and Bo-Ai campus, allowing viewers to explore their Minecraft counterparts without installing the game.<br />
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For newcomers, the videos offer an accessible introduction to the university. For students and alumni, they offer the pleasure of spotting familiar places and revisiting shared memories.<br />
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<strong>A 360-Degree Look Inside Campus Life and Research</strong><br />
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For a view of the physical campuses, NYCU’s 360-degree virtual campus platform offers browser-based tours built from high-resolution panoramic photographs. Visitors can drag the screen to look around, zoom in to examine spaces and select information points to learn more about individual locations. The format lets users explore at their own pace, whether on a computer or a mobile device.<br />
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The platform covers the Guang-Fu and Bo-Ai campuses in Hsinchu and the Yang-Ming campus in Taipei. Alongside landmarks such as the North Gate and Haoran Library, it features research settings including the Advanced Rocket Research Center, a simulated hospital ward showcasing smart healthcare, and a biomedical engineering analysis laboratory.<br />
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For prospective students and their families, these tours offer a closer look at the university’s learning and research environments — extending a campus visit beyond its streets and buildings.<br />
[進入 360 虛擬校園平台]<br />
https://virtual-tour.nycu.edu.tw/<br />
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<strong>Keeping Art and Campus History Within Reach</strong><br />
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<img alt="NYCU’s online exhibition “Yuyu Yang: The Art of Limitlessness” uses 360-degree imagery to bring the artist’s work to audiences anywhere, extending access beyond the physical exhibition’s dates and location." src="/userfiles/nycuen/images/20260907155031899.png" /><br />
<span style="color:#4e5f70;"><span style="font-size:90%;"><em>NYCU’s online exhibition “Yuyu Yang: The Art of Limitlessness” uses 360-degree imagery to bring the artist’s work to audiences anywhere, extending access beyond the physical exhibition’s dates and location.</em></span></span><br />
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The online experience also opens a window onto NYCU’s cultural life. The virtual campus platform includes links to exhibitions featuring artist Yuyu Yang, also known as Yang Ying-feng, and displays tracing the university’s development.<br />
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Among them is Yuyu Yang: The Art of Limitlessness, an exhibition preserved through 360-degree digital photography. Its online format allows audiences to encounter the artist’s work beyond the physical exhibition’s dates and location.<br />
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Together, the art and history displays offer a fuller picture of the university. First-time visitors can discover its cultural character, while alumni can revisit stories and collections they may have passed by during their student years.<br />
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<strong>AR Takes the Experience Onto Campus</strong><br />
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When an online visit becomes an in-person trip, the NYCU AR campus guide app can help visitors find their way. The app combines GPS navigation, augmented-reality directions, and voice guidance from virtual characters. Using a phone’s camera and the visitor’s location, it adds information and visual cues to the surroundings, helping users locate destinations and learn about the campus as they walk.<br />
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According to a university update published in 2025, the app’s points of interest now cover the Yang-Ming, Guang-Fu, Bo-Ai, Lan-Yang, Tainan, and Qingpu campuses. The update also introduced recommended routes and interactive questions featuring Yuyu Yang’s sculptures, giving visitors more ways to explore campus buildings and public art according to their interests.<br />
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Together, the videos, panoramic tours and AR guides offer multiple paths into university life. Prospective students can preview their future learning environment, families can gain a closer understanding of the campus, and alumni can reconnect with familiar places — with the journey beginning on a screen, wherever they are.<br />
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<span style="color:#4e5f70;"><em><span style="font-size:90%;">AR Takes the Experience Onto Campus</span></em></span><br />
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- <![CDATA[NYCU Study Shows Clearer Left-Turn Lanes Cut Unsafe Driving by More Than 60%]]>Research Highlights2026-09-03<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Study Shows Clearer Left-Turn Lanes Cut Unsafe Driving by More Than 60%"><meta name="twitter:description" content="A fully shadowed left-turn lane featuring an offset design. (Source: Google Maps)"><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260903132510645.png"><meta name="NYCU Study Shows Clearer Left-Turn Lanes Cut Unsafe Driving by More Than 60%"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Study Shows Clearer Left-Turn Lanes Cut Unsafe Driving by More Than 60%"><meta property="og:description" content="A fully shadowed left-turn lane featuring an offset design. (Source: Google Maps)"><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260903132510645.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=c583fdd1-6e0e-403c-b948-545b165384ed">
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<div class="ed_txt" style="text-align: justify;">Many motorists know the feeling: The lane they thought would continue straight suddenly becomes left-turn-only, forcing them to make an abrupt lane change. At poorly designed intersections, that moment of confusion can lead to traffic violations, congestion and crashes.<br />
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New research from National Yang Ming Chiao Tung University (NYCU) suggests that clearer road design could prevent much of that risk. After an unshadowed left-turn lane at an intersection in Taichung was converted into a fully shadowed design with clear channelization and a gradual transition zone, unsafe driving behaviors fell by 62.3%.<br />
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Wrong-lane maneuvers — including through traffic mistakenly entering the left-turn lane and drivers turning left directly from a through lane — dropped by an even more dramatic 94.2%.<br />
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<strong>When a Through Lane Suddenly Becomes a Turn Lane</strong><br />
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Exclusive left-turn lanes are intended to separate turning vehicles from through traffic, helping motorists follow traffic signals and enter the correct lanes safely and efficiently. At many intersections in Taiwan, however, left-turn lanes have traditionally used an “unshadowed” design. In this configuration, the innermost through lane may abruptly become a left-turn-only lane as it approaches the intersection.<br />
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Drivers who did not intend to turn are then pressured to change lanes at the last moment or to continue straight from a turn-only lane. The result can be sudden lane changes, traffic violations, congestion and an increased risk of collisions.<br />
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Professor Kun-Feng Wu of NYCU’s Department of Transportation and Logistics Management led a research team that examined more than 160,000 vehicle trajectories at an intersection in Taichung.<br />
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Using millimeter-wave radar and computer vision technology, the researchers analyzed how motorists behaved before and after the left-turn lane was redesigned. The fully shadowed layout created a clearly separated turn lane with channelizing markings and a gradual transition area, making the road’s intended path easier to recognize. Following the redesign, unsafe behaviors such as abrupt lane changes and crossing double solid white lines declined by 62.3%.<br />
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<strong>Road Markings That Reduce Mental Strain</strong><br />
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A separate study by the team examined whether dotted extensions — guide markings placed in the transition area leading into an exclusive left-turn lane — could help motorists enter the correct lane.</div>
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Researchers tracked the eye movements of 30 participants and found that drivers viewing roads with dotted extensions did not need to shift their attention as frequently toward surrounding vehicles or their side mirrors. They were also less likely to feel uncertain about whether a left-turn lane was present. Instead, drivers were better able to focus on vehicles ahead and follow their intended route, reducing cognitive load and stress.<br />
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Together, the two studies show that clear pavement markings and intuitive lane design can help motorists understand how the road ahead will change. This reduces uncertainty over questions such as “Can I turn left here?” or “Where does the left-turn lane begin?”<br />
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<strong>Designing Roads Around Human Limitations</strong><br />
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“We should not simply blame drivers for improper behavior,” Wu said. “We need to understand their needs, limitations and capabilities.” Road design should involve more than laying asphalt, he added. It must also take into account the limits of human attention and cognition.<br />
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Dotted extensions make lane boundaries and travel directions easier to interpret, while fully shadowed left-turn lanes reduce the need for last-minute lane changes and split-second decisions. Together, these features allow motorists to understand the road layout at a glance.<br />
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As more intersections across Taiwan undergo lane reconfiguration, the findings provide evidence that human-centered road design can offer clear, intuitive visual guidance. By reducing driver uncertainty, stress and traffic violations, better-designed roads can add another critical layer of protection for everyone who uses them.<br />
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<img alt="Dotted extensions leading into an exclusive left-turn lane. (Source: Google Maps)" src="/userfiles/nycuen/images/20260903133117861.png" /><span style="font-size:90%;"><span style="color:#4e5f70;"><em>Dotted extensions leading into an exclusive left-turn lane. (Source: Google Maps)</em></span></span></div>
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<div class="ed-model18-title-text">別再怪駕駛！<br />
陽明交大研究：左轉道設計清楚，不良駕駛行為降六成</div>
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多數用路人都有誤入「左轉陷阱」而被迫變換車道的經驗，這也導致路口成為交通事故熱區之一。近來隨著不少路口開始將原本不明確的左轉車道改為具有完整槽化線與漸變路段，最新研究證實這樣的改變能將危險駕駛與車禍風險降低六成以上。<br />
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左轉專用道的功能是讓直行車與左轉車可以配合交通號誌，順暢進入正確車道，達到用路效率與安全。然而，過去臺灣路口多數採用「無偏心」(unshadowed)的左轉道，容易出現直行車道突然變成左轉車道的情況，不但造成內線駕駛人壓力及違規，也造成車道堵塞與事故風險。<br />
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運輸與物流管理學系吳昆峯教授率領研究團隊，利用毫米波雷達與影像辨識技術，分析臺中某一個十字路口超過16萬筆車輛的轉彎軌跡後發現，左轉車道改為「完全偏心」(Full-shadowed)設計後，不良駕駛行為(如亂切車道、跨越雙白線等）大幅下降了62.3%，其中誤入車道(如直行車誤入左轉道、左轉車從直行道直接轉向)的比例更驟降94.2%。<br />
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此外，左轉專用道前的穿越虛線(dotted extensions)，對於幫助駕駛正確駛入左轉道也有莫大幫助。</div>
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研究團隊追蹤30位受試者的眼球路徑(eye-tracking)發現，當路面繪有穿越虛線的時候，駕駛可以不必要頻繁將注意力分散到左右後視鏡，甚至不確定左轉道是否存在，更能專注於前方車輛與導航路徑，降低大腦與心理負荷。<br />
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兩項研究分別證實，清楚的道路標線與設計，能讓駕駛更快理解前方車道如何變化，降低「這裡到底能不能左轉」、「左轉道從哪裡開始」的不確定感。<br />
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「我們不該只是責怪駕駛行為不當，而是要看到駕駛的需求、限制與能力。」吳昆峯表示，道路設計不應該只是考量鋪設瀝青，也應該考慮用路人的大腦極限。他說，穿越虛線的設計，讓車道邊界與行進方向更容易理解，全偏心的左轉設計也能減少駕駛臨時切換車道與錯誤判斷，讓駕駛「一看就懂」。<br />
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隨著臺灣越來越多路口進行車道重整，研究團隊證實以人為本的道路設計能提供清晰、直觀的視覺指引，減少駕駛壓力與違規，交通安全也就更多一層防護。</p>
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- <![CDATA[NYCU Launches Year of AI Literacy at Freshman Convocation]]>Campus Life2026-09-02<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Launches Year of AI Literacy at Freshman Convocation"><meta name="twitter:description" content="NYCU faculty, staff and students gather for the 2026 freshman convocation, welcoming approximately 2,000 incoming undergraduates to the university community."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260903125933728.png"><meta name="NYCU Launches Year of AI Literacy at Freshman Convocation"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Launches Year of AI Literacy at Freshman Convocation"><meta property="og:description" content="NYCU faculty, staff and students gather for the 2026 freshman convocation, welcoming approximately 2,000 incoming undergraduates to the university community."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260903125933728.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=7fab264c-fe40-4be7-8ee1-d6f7375b4212">
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<div class="ed_pic_full" style="text-align: center;">NYCU faculty, staff and students gather for the 2026 freshman convocation, welcoming approximately 2,000 incoming undergraduates to the university community.</div>
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<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU) welcomed approximately 2,000 incoming undergraduates at its freshman convocation on September 2, marking the beginning of the 2026–27 academic year and the launch of a campus-wide initiative to strengthen AI literacy and competency.<br />
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Through bilingual AI services, keynote presentations, and campus life activities, the event encouraged students to embrace emerging technologies while developing the independent thinking and sense of responsibility needed to use artificial intelligence wisely.<br />
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Professor Arieh Warshel, the 2013 Nobel Prize in Chemistry laureate, joined the ceremony to share lessons from his life and scientific career.<br />
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<span style="color:#4e5f70;"><em><span style="font-size:90%;">Nobel laureate in chemistry Professor Arieh Warshel shares stories from his formative years with incoming students.</span></em></span><br />
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<strong>Many Paths, One Journey</strong><br />
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This year’s convocation was held under the theme “Many Paths, One Journey,” reflecting how students from different places and backgrounds — each pursuing a distinct path — are now coming together at NYCU. President Chi-Hung Lin told the students that he, too, considers himself a learner in the age of AI.<br />
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“Answers may be readily available in the AI era, but we cannot outsource our thinking,” Lin said. “Sound judgment matters far more than the ability to generate knowledge.”<br />
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NYCU’s inaugural Year of AI Literacy is designed to help students make effective use of AI without becoming dependent on it, Lin said. He encouraged the incoming class to remain curious, explore courageously and chart their own paths through interdisciplinary learning and the university’s diverse campus experiences.<br />
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<img alt="The president and vice presidents offer words of encouragement to incoming students." src="/userfiles/nycuen/images/20260903130232505.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">The president and vice presidents offer words of encouragement to incoming students.</span></em></span><br />
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<strong>Judgment Is the Skill That Matters</strong><br />
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Warshel began his address by reflecting on his early years working and fishing on a kibbutz in Israel. As a university student, he became fascinated by the mechanisms of enzyme catalysis and boldly combined that interest with computer technology, which was still in its infancy. His conviction that computational methods could transform scientific research ultimately set him on the path to the Nobel Prize.</div>
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Addressing the rapid development of AI and robotics, Warshel told students that AI could serve as an extension of the human brain, while robots could become an extension of the human hand. The most important skill, however, is not simply finding answers quickly, he said. It is the ability to assess the information AI provides and make sound judgments about how it should be used.<br />
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Warshel cautioned students against relying blindly on technology for the sake of convenience. Only through critical evaluation and deliberate choices grounded in human values, he said, can society realize AI’s full potential.<br />
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<img alt="An incoming student uses a smartphone to take part in an interactive session during NYCU’s freshman convocation." src="/userfiles/nycuen/images/20260903130402041.png" /><br />
<span style="color:#4e5f70;"><span style="font-size:90%;"><em>An incoming student uses a smartphone to take part in an interactive session during NYCU’s freshman convocation.</em></span></span><br />
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<strong>Human Connections Remain Irreplaceable</strong><br />
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Warshel also emphasized that genuine human interaction and connection remain among the most valuable parts of a university education. Students from a wide range of academic disciplines attended the ceremony, and the classmates and professors they met at NYCU could become lifelong friends, mentors and collaborators, he said. He concluded by encouraging students to use their university years to become people of excellence, passion, individuality and virtue.<br />
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Faculty members and student representatives also took the stage to discuss “what professors do not tell you” and share practical insights into university life. Performances, interactive quizzes, and introductions to campus services helped students discover NYCU’s many learning resources and build a sense of belonging with support from faculty members and senior students.<br />
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Videos and other ceremony content were presented with bilingual support, reflecting NYCU’s commitment to interdisciplinary learning, collaboration and inclusion. The day continued with a freshman life expo and student club performances, giving the incoming class an opportunity to explore the campus and learn about available resources.<br />
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<img alt="The cheerleading squad delivers an energetic performance at the freshman convocation." src="/userfiles/nycuen/images/20260903130505387.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">The cheerleading squad delivers an energetic performance at the freshman convocation.</span></em></span><br />
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As NYCU begins its Year of AI Literacy, the university will organize a series of activities and lectures where faculty members and students can learn together — exploring how to collaborate with AI, how to ask it better questions and, most importantly, how to keep asking the questions that technology alone cannot answer.</div>
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<div class="ed-model18-title-text">陽明交大新生典禮啟動AI素養元年<br />
諾貝爾獎得主勉新生以判斷力駕馭科技</div>
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今天是115學年度新生開學典禮，全體師長學長姐熱烈歡迎2000名大學新鮮人加入陽明交大大家庭。適逢今年是「校園AI素養與能力躍升計畫」推動元年，典禮透過AI雙語服務、主題分享與校園生活體驗，引導新生在善用科技的同時，培養獨立思考與負責任使用AI的能力。典禮中也邀請2013年諾貝爾化學獎得主亞里耶・瓦謝爾（Arieh Warshel）教授分享經驗。<br />
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林奇宏校長表示，今年開學典禮以「同行 Many Paths, One Journey」為主題，象徵新生雖來自不同地方、選擇不同道路，從今天起在校園相遇同行。他說自己也和在場的新生一樣，都是AI時代的學習者。當答案在AI世代唾手可得的同時，大腦的思考更不能外包，價值判斷遠比知識生成更重要。今年校方啟動的「AI素養元年」，就是希望學生學會善用AI而不依賴AI，並在跨域交流與多元校園生活中保持好奇、勇敢探索，走出自己的道路。<br />
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曾獲得諾貝爾化學獎的瓦謝爾教授，從自身成長經驗談起。分享他年輕時在以色列的集體農場勞動、捕魚的生活，後來進入大學求學期間，對酵素催化機制產生濃厚興趣，並大膽結合當時剛起步的電腦技術。這份相信計算方法可以改變科學研究的信念，最終引領他走向諾貝爾獎。</div>
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面對今日更快速的AI與機器人發展，瓦謝爾教授告訴新生，AI將成為大腦的延伸，機器人則能成為雙手的延伸；真正關鍵的能力，不只是迅速找到答案，而是評估與判斷AI提供的內容。他提醒同學，唯有批判性審視與價值選擇，才能真正發揮AI的潛力，切勿因便利而盲目依賴。<br />
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瓦謝爾教授也強調，真實的人際交流與連結才是最珍貴的。今天現場有來自不同科系的學生，未來在校園裡認識的同學與老師，都將成為人生中珍貴的夥伴。最後他期勉大家在大學期間成為卓越、熱情、獨特且富有美德的人。<br />
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典禮中並安排教師與學生代表分享大學裡「教授沒說的事」及校園生活經驗，搭配表演、互動問答與校園服務介紹，讓新生認識多元學習資源，也在師長與學長姐的陪伴下建立歸屬感。各項影片與典禮內容提供雙語支援，展現陽明交大跨域、共學與共融的校園精神。<br />
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下午接續舉辦新鮮人生活博覽會，結合社團展演，協助新生認識校園環境及資源。在AI素養元年啟動之際，陽明交大將透過各式各樣的活動與講座，師生共同學習如何與AI協作、如何對AI提問，也持續追問科技無法代替人類回答的問題。</p>
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- <![CDATA[NYCU and MediaTek open-source Breeze‑ASR‑26, ushering in a new era of Taiwanese Hokkien AI applications]]>Industry Cooperation2026-09-01<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU and MediaTek open-source Breeze‑ASR‑26, ushering in a new era of Taiwanese Hokkien AI applications"><meta name="twitter:description" content="Concept image illustrating the potential use of Breeze-ASR-26 for Taiwanese Hokkien speech recognition in mobile applications; it does not depict an actual app interface."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260902143033796.png"><meta name="NYCU and MediaTek open-source Breeze‑ASR‑26, ushering in a new era of Taiwanese Hokkien AI applications"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU and MediaTek open-source Breeze‑ASR‑26, ushering in a new era of Taiwanese Hokkien AI applications"><meta property="og:description" content="Concept image illustrating the potential use of Breeze-ASR-26 for Taiwanese Hokkien speech recognition in mobile applications; it does not depict an actual app interface."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260902143033796.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=f9257f00-da12-45b0-ae8f-06cabf923b92">
<div class="ed_pic_full"><img alt="Concept image illustrating the potential use of Breeze-ASR-26 for Taiwanese Hokkien speech recognition in mobile applications; it does not depict an actual app interface." src="/userfiles/nycuen/images/20260902143033796.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>Concept image illustrating the potential use of Breeze-ASR-26 for Taiwanese Hokkien speech recognition in mobile applications; it does not depict an actual app interface.</em></span></span></div>
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<div class="ed_txt"><strong>Edited by Chance Lai</strong></div>
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<div class="ed_txt" style="text-align: justify;">For teams building technology in Taiwanese Hokkien, also known as Taigi, the work has often begun far from the final product: collecting and labeling audio, training a model and securing computing resources before a single app feature could be tested. Breeze-ASR-26 changes that starting point.<br />
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Developed by the Speech AI Research Center at National Yang Ming Chiao Tung University's Industry Academia Innovation School and MediaTek Innovation Base, the open-source automatic speech recognition model gives developers a ready-made base for language-learning tools, customer-service systems, health care voice assistants, cultural-preservation projects and other speech-enabled services.<br />
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Instead of rebuilding the same foundational capability, downstream teams can focus on the work that turns a model into a useful product: adapting it to a specialist domain, reducing its computing requirements, deploying it on edge devices and designing an experience that works for real users.<br />
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<strong>A Benchmark Built for a Difficult Language</strong><br />
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On the public Breeze Taigi Benchmark, <strong>Breeze-ASR-26</strong> recorded an average character error rate, or CER, of 30.13% — the lowest result among the five systems evaluated under the same conditions. The Ministry of Education's Taiwanese Hokkien input method followed at 30.70%, with Yating at 32.11%, Gemini 3 Flash at 32.52% and Breeze ASR 25 at 49.99%. A lower CER means fewer insertions, deletions and substitutions in the output.<br />
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The benchmark uses 30 pairs of Mandarin and Taiwanese Hokkien public-service announcements released by Taiwan's Executive Yuan. The researchers normalized the transcripts to make comparisons across systems more consistent — an important step for a language with regional accents, tonal variation and multiple writing conventions.<br />
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Breeze-ASR-26 is based on the multilingual Whisper framework and was fine-tuned with about 10,000 hours of synthetic Taiwanese Hokkien speech. Its model weights are available on Hugging Face under the Apache 2.0 license, giving researchers and developers a common technical starting point that they can inspect, adapt and deploy.</div>
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<div class="ed_pic_full"><strong> From Model Weights to Working Products</strong><br />
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The project's August 21 snapshot shows how quickly that starting point has spread. MediaTek-Research/Breeze-ASR-26 logged 12,564 downloads in the previous month and 70 likes on Hugging Face. Its model tree listed 21 direct first-generation derivatives, while three Hugging Face Spaces offered web demos, application programming interfaces and other interactive uses.<br />
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Community conversions and optimizations now span CTranslate2, GGML, INT8, MLX, CoreML and WhisperKit. Together, those deployment paths bring the same recognition capability to servers, personal computers, smartphones and lower-power edge hardware.<br />
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The technology is also appearing in products and learning environments. ByeType Voice has added offline Taiwanese Hokkien recognition on iOS, while Kong Tai-gi offers online and offline recognition on Android. National University of Tainan has integrated Breeze-ASR-26 into its TAIDE Taiwanese-English AI Learning Companion, and FriendliAI provides a dedicated endpoint for developers that want to integrate the model into their own services.<br />
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<strong>What the Numbers Do — and Do Not — Show</strong><br />
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The 30.13% CER is a comparative result on the Breeze Taigi test set, not a universal measure of performance. It should not be converted into a 69.87% “accuracy” figure or compared directly with results from different datasets. The benchmark paper also notes that its Taigi-to-Mandarin mapping is designed to compare systems; because the two languages are distinct, even a strong Taigi recognizer would not necessarily produce a zero CER against Mandarin-character references.<br />
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The ecosystem figures require similar care. The total of 12,564 reflects downloads during the previous month, not lifetime downloads, and the 21 direct derivatives do not represent 21 separate adopting organizations. They do, however, document active experimentation across software formats, devices and use cases.<br />
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For NYCU and its partners, that activity marks a practical transition. Taiwanese Hokkien speech AI is no longer only a model-building challenge; it is becoming an application platform. By lowering the barriers to data, training, computing and integration, Breeze-ASR-26 turns the next question into a more immediate one: what useful services can be built, and for whom?</div>
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<div class="ed-model18-title-text">陽明交大與聯發科共同開源 Breeze-ASR-26<br />
臺語 AI 進入全民應用開發新階段</div>
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<div class="col-md-6"><span style="font-size:80%;"><span style="color:#4e5f70;">文/智能系統研究所</span></span><br />
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臺語 AI 發展已進入高效能模型可直接支援應用創新的新階段。Breeze-ASR-26 是由陽明交通大學產創學院人工智慧語音研發中心與聯發科創新基地共同合作完成，並由雙方共同推動開源的高效能臺語語音辨認模型。高效能臺語語音辨認能力如今已可直接取得。隨著 Breeze-ASR-26 公開，Breeze-ASR-26 已建立可直接支援下游應用的技術基礎。從學生、教師、研究團隊到新創與產業開發者，都可直接運用既有模型能力，將研發資源投入 App、Edge AI、教育、醫療與智慧服務。臺語 AI 的下一階段，已經進入「誰能做出真正有價值的應用」。<br />
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這項轉變的基礎，是臺語已具備一套效能足以支撐後續開發的語音辨認模型。在 Breeze Taigi 公開 Benchmark 中，Breeze-ASR-26 的平均字元錯誤率（Character Error Rate, CER）為 30.13%，在相同測試條件下低於教育部臺灣台語輸入法 30.70%、Yating 32.11%、Gemini 3 Flash 32.52% 與 Breeze ASR 25 的 49.99%，為五套受測系統中最低。這項結果的意義不只在於 Benchmark 領先，更在於臺語語音辨認已有一個經公開測試驗證、可直接取得並持續開發的技術起點。Breeze-ASR-26 已建立可直接使用的高效能臺語語音辨認基礎，讓更多人能把創意直接轉化為 App、Edge AI、教育、醫療與智慧服務。<br />
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<strong>從「先做模型」到「直接做應用」 臺語 AI 創新起跑線已改變</strong><br />
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這項成果由陽明交通大學產創學院人工智慧語音研發中心與聯發科創新基地攜手研發並共同開源。Breeze-ASR-26 讓臺語學習工具、智慧客服、醫療語音助理與文化保存服務等應用，可以直接建立在成熟的臺語語音辨認能力之上。Breeze-ASR-26 以 Whisper multilingual framework 為基礎，使用約 10,000 小時合成臺語語音進行微調。模型公開後，下游團隊可直接運用既有臺語語音辨認能力，將研發重心轉向領域調適、量化、Edge deployment、使用者介面與產品整合。這使臺語 AI 的競爭焦點，已經從重複建置基礎模型轉為應用創新與實際需求。<br />
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<strong>Benchmark 證明模型「可用」 真正的 Impact 是讓更多人開始創造應用</strong><br />
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Breeze Taigi Benchmark 的公開結果提供了關鍵技術佐證。Breeze-ASR-26 的 CER 為 30.13%，在五套受測系統中最低；CER 越低代表辨認錯誤越少。對應用開發而言，這項結果所回答的核心問題是：臺語是否已有一套效能足以讓其他團隊直接往下開發的語音辨認模型？目前的公開測試結果顯示，公開結果已明確證實。當基礎能力可以直接取得，有限的研發資源便能進一步投入產品、服務與場域創新。</div>
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<strong>12,564 次近月下載、21 個衍生模型 開源效應已形成</strong><br />
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模型公開後的生態發展，更顯示這項技術已走出實驗室。截至 2026 年 8 月 21 日，MediaTek-Research/Breeze-ASR-26 在 Hugging Face 顯示近月下載 12,564 次、70 Likes；官方 model tree 已形成 21 個第一代直接衍生模型，另有 3 個 Hugging Face Spaces。從 CTranslate2、GGML、INT8、MLX、CoreML 到 WhisperKit，社群正把同一套臺語語音辨認能力帶往伺服器、個人電腦、手機與 Edge 裝置。開發者的核心任務，已經從「重新訓練一套臺語模型」轉為「把臺語 AI 帶進真正的產品與服務」。<br />
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<strong>從 App 到教育現場 臺語 AI 已已進入真實使用情境</strong><br />
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這項轉變已反映在實際應用。ByeType Voice 已加入 Breeze-ASR-26 離線臺語辨認；Kong Tai-gi 提供線上與離線臺語辨認；國立臺南大學「TAIDE 台英語 AI 學伴」正式導入 Breeze ASR 26；FriendliAI 亦提供 Breeze-ASR-26 Dedicated Endpoint。從手機 App、Edge AI 到教育與開發者服務，一條由「開源模型」通往「實際應用」的臺語 AI 生態正已形成。這些案例的重要性不只是增加應用數量，而是顯示臺語語音辨認正成為可重複利用、可持續擴充的 AI 基礎能力。<br />
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<span style="font-size:100%;"><span style="color:#4e5f70;">資料說明：<br />
12,564 為 Hugging Face「Downloads last month」，非歷史累積下載；21 個直接衍生模型不代表 21 個獨立採用組織。30.13% 為 Breeze Taigi 公開測試集的 CER，不應換算為 69.87%「準確率」，亦不可與其他資料集的辨認率直接比較。</span></span></p>
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<li><span style="color:#4e5f70;"><span style="font-size:100%;">主要來源：Breeze Taigi（arXiv:2603.19259）、MediaTek Research Hugging Face、Speech AI Research Center Hugging Face、Apple App Store、Google Play、國立臺南大學、GitHub、FriendliAI。（資料查核日期：2026-08-21）</span></span></li>
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- <![CDATA[NYCU Rocket Team Marks Two Milestones With Record Solid-Rocket Launch and Taiwan’s First Liquid-Propellant Rocket Flight]]>Campus Life2026-08-26<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Rocket Team Marks Two Milestones With Record Solid-Rocket Launch and Taiwan's First Liquid-Propellant Rocket Flight"><meta name="twitter:description" content="Members of the SST3 and FARCX-1 teams pose for a group photo. (Photo credit: TASA)"><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260826145611254.png"><meta name="NYCU Rocket Team Marks Two Milestones With Record Solid-Rocket Launch and Taiwan's First Liquid-Propellant Rocket Flight"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Rocket Team Marks Two Milestones With Record Solid-Rocket Launch and Taiwan's First Liquid-Propellant Rocket Flight"><meta property="og:description" content="Members of the SST3 and FARCX-1 teams pose for a group photo. (Photo credit: TASA)"><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260826145611254.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=9807a8a8-e293-4c11-b0e6-11112270cc63">
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<div class="ed_txt" style="text-align: justify;">At daybreak on August 24, two very different rockets rose from Taiwan’s southern coast. The SST3 and FARCX-1 launches marked two major milestones for National Yang Ming Chiao Tung University (NYCU) and Taiwan’s emerging academic rocket program.<br />
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The <strong>SST3</strong> was the largest solid-propellant rocket launched in Taiwan under a university-led project since the Taiwan Space Agency (TASA) began supporting collegiate rocket initiatives. The <strong>FARCX-1</strong>, meanwhile, demonstrated a locally developed liquid-propulsion system — a far more complex technology rarely attempted by student teams.<br />
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For the team, the twin launches were about more than sending rockets into the sky. They were a test of whether Taiwan’s university researchers and students could design, build and integrate two fundamentally different propulsion systems — and operate them in parallel.<br />
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<span style="color:#4e5f70;"><em><span style="font-size:90%;">The 3.5-meter-long SST3 soared to an altitude of 8.3 kilometers, becoming the largest solid-propellant sounding rocket launched in Taiwan to date by a university-led team. (Photo credit: TASA)</span></em></span><br />
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<strong>SST3 Reaches 8.3 Kilometers and Sets a New Benchmark</strong><br />
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The SST3 stood 3.5 meters tall and measured 16.3 centimeters in diameter. Its target was ambitious: 9 kilometers, roughly three times the altitude pursued in the team’s earlier test program. The rocket was developed to validate the performance and system specifications needed to compete in the 30,000-foot category of the Intercollegiate Rocket Engineering Competition (IREC) in the United States.<br />
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Earlier rockets in the SST series focused on flights in the 3-kilometer range. Reaching for 9 kilometers meant the team needed more thrust, longer burn time and stronger protection against heat and structural stress. At the heart of the upgraded rocket was the Pioneer-50K RNX, a solid-propellant propulsion system developed under the leadership of the Advanced Rocket Research Center (ARRC) at NYCU.<br />
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Although SST3 fell short of its 9-kilometer target, the flight represented a dramatic leap from the team’s earlier 3-kilometer tests and set a new record for a solid-rocket launch led by Taiwan’s academic community and conducted in the country. The rocket also successfully transmitted critical flight data to the ground. The flight data gave the team a detailed record of the rocket’s performance and will serve as a foundation for improving the recovery system ahead of future launches and international competitions.<br />
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For the students behind the rocket, the successful liftoff followed months of testing and redesign. “To withstand higher temperatures and sustain thrust for a longer period, we had to set much stricter thermal-protection requirements,” said Dan-Ying Cao, a first-year doctoral student in NYCU’s Department of Mechanical Engineering. “That meant conducting many more tests. Seeing the rocket lift off successfully made all that work worthwhile.”<br />
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The higher total impulse also placed greater stress on the rocket’s fins. “The structural strength of the fins became a major challenge,” said Yung-Ching Cheng, a second-year master’s student. “It was one of the areas where the team invested the most time and effort.”<br />
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One was built to fly higher than any comparable solid rocket launched by Taiwan’s academic community. It reached 8.3 kilometers. The other climbed only 532 meters. But altitude told just part of its story: It became the first rocket launched in Taiwan using a liquid-propellant system.</div>
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Both rockets were led by NYCU’s Institute of Space Systems Engineering (iSSE) and ARRC. Faculty members and students worked across every stage of development, from initial design and manufacturing to testing, systems integration and launch operations.<br />
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<strong>FARCX-1 Takes a Crucial Step toward Liquid Propulsion</strong><br />
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The FARCX-1 measures 16.3 centimeters in diameter and 4 meters in length. Its primary mission was to validate the propulsion technology, rocket-system specifications and integration capabilities required for IREC’s Student Researched and Developed (SRAD) category. Unlike most student rockets, which use solid propellants, the FARCX-1 is equipped with a liquid-propellant system developed under the leadership of ARRC. The system uses high-concentration hydrogen peroxide as its oxidizer and kerosene as its fuel.<br />
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Liquid-propellant rockets require systems for fuel delivery, ignition, combustion control and multiple layers of safety protection. Their complexity and integration requirements are considerably greater than those of solid-propellant rockets. The FARCX-1 successfully lifted off, reached an altitude of 532 meters and transmitted critical flight data.<br />
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The launch achieved Taiwan’s first flight of a rocket powered by a liquid-propellant system. More than the completion of a single rocket, the achievement represents an important step for Taiwanese students and academic researchers developing liquid-propulsion technology independently. The results will provide a foundation for increasing thrust and flight altitude while improving system reliability in future missions.<br />
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Kao-San Lin, a fourth-year student in NYCU’s Department of Mechanical Engineering and a member of the FARCX-1 team, said building the liquid engine required the team to make the internal piping as compact as possible while carefully determining the location of each valve. “Every modification had to be followed by another ground test,” Lin said. “Altogether, we conducted five or six rounds of ground testing.”<br />
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Assistant Professor Shih-Sin Wei, who teaches NYCU’s Space Systems Integration course, said completing two rockets with different propulsion systems within a single semester was an enormous undertaking.<br />
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<img alt="The 4.1-meter-long FARCX-1 reached an altitude of 532 meters, becoming Taiwan’s first student-developed liquid-propellant sounding rocket to successfully complete a flight test. (Photo credit: TASA)" src="/userfiles/nycuen/images/20260826145035739.png" /><span style="font-size:90%;"><span style="color:#4e5f70;"><em>The 4.1-meter-long FARCX-1 reached an altitude of 532 meters, becoming Taiwan’s first student-developed liquid-propellant sounding rocket to successfully complete a flight test.</em></span></span><br />
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<span style="font-size:100%;"><strong>Building Experience for Future Competitions</strong><br />
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As the Taiwan Cup Rocket Competition grows and its launch missions become increasingly complex, teams must do more than solve engineering and manufacturing problems. They must also use systems-engineering methods to coordinate technologies and resources across universities, academic disciplines and student teams — while, in this case, carrying out two fundamentally different launch missions at the same time.<br />
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NYCU hopes the technical demonstrations and results from the two launches will help teams competing in future Taiwan Cup and international rocket competitions build greater expertise in rocket design, propulsion, flight control and systems integration. The project is also expected to advance academic research on rockets in Taiwan and support the development of the country’s next generation of space-engineering professionals.</span></div>
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<div class="ed-model18-title-text">最大規模固態火箭及首次液態火箭發射<br />
陽明交大火箭團隊創學界紀錄</div>
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<div class="col-md-6"><span style="font-size:80%;"><span style="color:#4e5f70;">文/ARRC前瞻火箭研究中心、公關組<br />
圖/國家太空中心、公關組</span></span><br />
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火箭再度升空！火箭團隊24日清晨在屏東旭海發射SST3「9公里挑戰組固態火箭」及FARCX-1「自製推進組液態火箭」。這是國內大專校院執行國家太空中心（TASA）計畫以來最大規模的固態火箭發射，也是國內首次採用液態火箭推進系統，寫下兩項重要里程碑。<br />
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這兩支火箭均由國立陽明交通大學太空系統工程研究所與ARRC前瞻火箭研究中心共同主導，從設計、製造、測試到系統整合，皆由師生團隊實際參與。此次任務不僅挑戰更高飛行高度，也同步驗證自製液態推進技術，展現國內學界在火箭研發與系統整合上的進展。<br />
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<strong>從3公里級驗證邁向9公里挑戰 SST3飛抵8.3公里</strong><br />
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SST3固態火箭直徑16.3公分、全長3.5公尺，主要目標是驗證參加美國大專校際火箭工程競賽（Intercollegiate Rocket Engineering Competition, IREC）30,000英尺組別所需的火箭性能與系統規格。<br />
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SSTT火箭以3公里級火箭技術規格及系統驗證為重點，今年SST3則進一步挑戰9公里高度，推進系統也升級採用由前瞻火箭研究中心主導研製的Pioneer-50K RNX固態燃料推進系統。<br />
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本次SST3順利達到8.3公里飛行高度，較前一階段的3公里級驗證大幅提升，並成功回傳火箭飛行的關鍵數據。雖然降落傘未能依計畫開啟，團隊仍取得完整的重要飛行資料，可作為後續改善回收系統及參與國際競賽的重要依據。此次任務也創下由國內學界主導、並在國內執行的最大規模固態火箭發射紀錄。<br />
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SST3成員機械工程學系博士班一年級學生曹丹穎表示，為了使火箭能承受更高溫度、推進更久，他們為火箭定義更嚴苛的隔熱條件，也因此增加很多測試，很高興能看到火箭順利發射。碩士二年級的程永靖則說，為了挑戰更大總衝，尾翼的設計結構強度也面臨挑戰，團隊在這裡下了很多苦工。<br />
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<strong>FARCX-1首度升空 跨出液態火箭推進關鍵一步</strong><br />
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另一支FARCX-1液態火箭直徑16.3公分、全長4公尺，主要任務是驗證參與IREC「學生自行研發推進系統組」（Student Researched and Developed, SRAD）所需的推進技術、火箭系統規格與整合能力。</div>
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不同於一般學生火箭採用的固態燃料，FARCX-1搭載由前瞻火箭研究中心主導研製的液態火箭推進系統，以高濃度雙氧水為氧化劑、煤油為燃料。液態火箭涉及燃料供應、點火、燃燒控制及各項安全機制，系統複雜度與整合難度均高於固態火箭。<br />
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本次FARCX-1順利升空，達到532公尺飛行高度，並成功回傳關鍵飛行數據，實現國內首次使用液態火箭推進系統的火箭發射目標。這不只是一支火箭完成，更代表國內學生及學研團隊跨出自主研發液態推進系統的重要一步，為後續提高推力、飛行高度及系統可靠度奠定基礎。<br />
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液態火箭FARCX-1團隊成員機械工程學系四年級林誥三則說，團隊在打造液態引擎的過程中，努力縮小管路及確認閥件的位置，每次修改都要進行地面測試，總計執行了五、六次地面測試。開設「太空系統整合」課程的魏世昕助理教授指出，要在一學期內完成兩支不同推進系統火箭的設計、製造、測試與發射，極具挑戰。<br />
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隨著台灣盃火箭競賽規模擴大、發射任務日益複雜，團隊除了克服工程設計與製造問題，也必須運用系統工程方法，整合跨校、跨領域及不同學生團隊的技術與資源，並同步執行兩項性質不同的發射任務。期盼此次表演組的技術示範與成果，能為未來參與台灣盃及國際火箭競賽的團隊累積更多火箭設計、推進、飛行控制與系統整合經驗，持續推動國內學界火箭研發與太空工程人才培育。<br />
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<span style="font-size:100%;"><span style="color:#4e5f70;">補充說明：<br />
本次兩支火箭由陽明交大太空系統工程研究所與ARRC前瞻火箭研究中心共同主導，結合「太空系統整合」課程、前瞻火箭研究中心實習生及校內外學生火箭團隊，共同完成設計、製造、測試與系統整合。</span></span></p>
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<li><span style="color:#4e5f70;"><span style="font-size:100%;">SST3參與單位及團隊：</span>陽明交大<span style="font-size:100%;">ARRC前瞻火箭研究中心、</span><span style="font-size:100%;">iSSE太空系統工程研究所、機械工程學系、ASARe Lab航太系統與流體力學實驗室，以及國立成功大學機械工程學系。</span></span></li>
<li><span style="color:#4e5f70;"><span style="font-size:100%;">FARCX-1參與單位及團隊：陽明交大ARRC前瞻火箭研究中心、iSSE太空系統工程研究所、機械工程學系、Formosan Fox陽明交大學生火箭隊、國立中央大學AT Lab學生火箭團隊。</span></span></li>
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</div>]]>https://www.nycu.edu.tw/nycu/en/app/news/image?module=headnews&detailNo=1542060699289653248&init=Ycover imagehttps://www.nycu.edu.tw/nycu/en/app/news/image?module=headnews&detailNo=1542060699692306432&init=YParticipating institutions and teams
- <![CDATA[NYCU and Japanese Partners Launch Five-University CP-OLED Initiative with Joint Symposium]]>International Affairs2026-08-25<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU and Japanese Partners Launch Five-University CP-OLED Initiative with Joint Symposium"><meta name="twitter:description" content="Japan–Taiwan joint research combining Japanese optical spectroscopy/device physics expertise with Taiwanese chiral materials/semiconductor expertise to develop next-gen CP-OLED designs."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260825162050893.png"><meta name="NYCU and Japanese Partners Launch Five-University CP-OLED Initiative with Joint Symposium"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU and Japanese Partners Launch Five-University CP-OLED Initiative with Joint Symposium"><meta property="og:description" content="Japan–Taiwan joint research combining Japanese optical spectroscopy/device physics expertise with Taiwanese chiral materials/semiconductor expertise to develop next-gen CP-OLED designs."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260825162050893.png"><meta property="og:url"https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=b2bccd03-4127-4190-95b9-d4e6abc99c43">
<div class="ed_pic_full"><img alt="NYCU and Japanese Partners Launch Five-University CP-OLED Initiative with Joint Symposium" src="/userfiles/nycuen/images/20260825162050893.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">Schematic overview of the Japan–Taiwan joint research project on next-generation circularly polarized organic light-emitting diodes (CP-OLEDs). The project combines Japanese expertise in optical spectroscopy and device physics with Taiwanese expertise in chiral materials and semiconductor technology to develop new CP-OLED designs.</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">A five-university Japan-Taiwan research consortium - led by Principal Researchers Yoshitane Imai (Professor, Kindai University) and Ming-Chia Li (Associate Professor, National Yang Ming Chiao Tung University) - has been selected for the 2026 Japan-Taiwan Exchange Association Joint Research Grant Program in Natural and Applied Sciences. The participating institutions include Kindai University, Ibaraki University, Osaka Metropolitan University, National Yang Ming Chiao Tung University (NYCU), and National Central University (NCU).<br />
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Through this international collaboration, Japanese and Taiwanese researchers are developing core technologies for <strong>Circularly Polarized Organic Light-Emitting Diodes (CP-OLEDs)</strong>, a type of next-generation semiconductor optical device that natively emits circularly polarized light.<br />
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To launch the project, the <strong>"2026 Taiwan–Japan Joint Symposium on Next-Generation Circularly Polarized Luminescence Technology"</strong> will be held on September 1–2, 2026, at NYCU and NCU in Taiwan. A delegation of researchers and students from Kindai University, Ibaraki University, and Osaka Metropolitan University will travel to Taiwan to present their latest scientific findings. The two-day program features dedicated sessions for early-career researchers, laboratory tours, and strategic planning meetings to align research objectives for the upcoming three-year initiative.<br />
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<strong>Building the Foundations for Next-Generation CP-OLEDs</strong><br />
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Circularly polarized light (CPL) is light that propagates with an electric field vector rotating either clockwise or counter-clockwise. By introducing a new dimension of information—the direction of rotation—alongside intensity and color, CPL holds immense potential for next-generation displays, optical communications, information security, 3D imaging, and biosensing. Among these innovations, CP-OLEDs are attracting significant attention as advanced light-emitting devices that directly convert electrical energy into CPL.</div>
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However, commercial implementation still faces critical bottlenecks, including the need to simultaneously achieve high luminous efficiency and polarization density, expand available materials, and increase device design flexibility.<br />
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Supported by the Japan-Taiwan Exchange Association’s joint research grant program, a bilateral research team is advancing the development of foundational technologies for next-generation circularly polarized semiconductor optical devices. This research is co-led by Professors Yoshitane Imai (Kindai University), Professor Hiroyuki Nishikawa (Ibaraki University), and Professor Shigeyuki Yagi (Osaka Metropolitan University), Associate Professor Ming-Chia Li (NYCU) and Assistant Professor Hsiao-Fang Wang (NCU). Through collaborative research, academic symposia, and dedicated early-career researcher exchanges, the project aims to accelerate breakthroughs in circularly polarized light emission technology while cementing a robust, long-term scientific network between Japan and Taiwan.<br />
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To achieve these goals, the project integrates the Japanese research team's extensive expertise in circularly polarized light spectroscopy, luminescence evaluation under magnetic fields, and the fabrication and evaluation of organic EL devices with the Taiwanese research group's leading capabilities in circularly polarized luminescent materials, polymer and semiconductor chemistry, self-assembly, and advanced material structural analysis. By combining these cutting-edge technologies, the collaborative initiative aims to induce asymmetry in the electronic states and electron spins of luminescent materials using external magnetic or electric fields, thereby enabling highly efficient, high-performance circularly polarized luminescent materials and novel device principles spanning a broad wavelength range from the visible to the near-infrared.<br />
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Specifically, the project focuses on magnetic-field-induced circularly polarized luminescence (MCPL) to induce light emission via magnetic fields, electric-field-induced circularly polarized luminescence (ECPL) to control emission via electric fields, and the chiral-induced spin selectivity (CISS) effect to select electron spins passing through chiral molecular structures. By integrating these foundational principles, the team aims to develop novel CP-OLEDs that transcend the limitations of conventional chiral luminescent molecules.<br />
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<img alt="Event Overview" src="/userfiles/nycuen/images/20260825162730752.png" /></div>
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- <![CDATA[NYCU Researchers Develop Ultrathin Metasurface for Brighter AR Displays]]>Research Highlights2026-08-24<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Researchers Develop Ultrathin Metasurface for Brighter AR Displays"><meta name="twitter:description" content="FWan-Tzu Kuo (left), a graduate student at NYCU's Institute of Photonics, and Associate Professor Yao-Wei Huang (right) of the Institute of Photonics."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260825113726499.png"><meta name="NYCU Researchers Develop Ultrathin Metasurface for Brighter AR Displays"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Researchers Develop Ultrathin Metasurface for Brighter AR Displays"><meta property="og:description" content="FWan-Tzu Kuo (left), a graduate student at NYCU's Institute of Photonics, and Associate Professor Yao-Wei Huang (right) of the Institute of Photonics.."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260825113726499.png"><meta property="og:url"https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=20eb88a7-7048-4a11-b79d-37c7a9e75eec">
<div class="ed_pic_full"><img alt="The study was featured on the cover of Nano Letters." src="/userfiles/nycuen/images/20260825113155272.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">The study was featured on the cover of Nano Letters.</span></em></span></div>
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<div class="ed_txt"><strong>Edited by Chance Lai</strong></div>
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<div class="ed_txt" style="text-align: justify;">Researchers at National Yang Ming Chiao Tung University (NYCU) have developed an ultrathin nonlocal metasurface capable of precisely controlling red, green, and blue (RGB) light using a single nanoscale layer. The breakthrough could significantly reduce the size of optical systems while improving image quality, color fidelity, and energy efficiency.<br />
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The technology could accelerate the development of lightweight augmented reality (AR) glasses, compact microdisplays, smartphone cameras, and other next-generation optical devices. The study was published online in <a href="https://pubs.acs.org/nalefd/article/26/12/4080/5140465/Two-Dimensional-Topology-Optimized-Nonlocal" title="Nano Letters"><span style="color:#3498db;"><u><em>Nano Letters</em></u></span></a> on March 2, 2026. It was subsequently selected for the cover of the journal's April 1, 2026 issue, highlighting its significance in nanophotonics and nonlocal metasurfaces.<br />
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<span style="color:#4e5f70;"><em><span style="font-size:90%;">Wan-Tzu Kuo (left), a graduate student at NYCU's Institute of Photonics, and Associate Professor Yao-Wei Huang (right) of the Institute of Photonics.</span></em></span><br />
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<strong>Rethinking AR Optics</strong><br />
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Despite rapid advances in augmented reality, today’s AR headsets remain constrained by bulky optical components, limited image quality, and unwanted light leakage that can expose virtual content to bystanders. These challenges have become increasingly important as AR expands beyond entertainment into healthcare, education, industrial training, and smart manufacturing.<br />
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To address these limitations, NYCU researchers designed a two-dimensional topology-optimized nonlocal metasurface that enables independent and highly efficient manipulation of RGB light within a single-layer nanostructure.<br />
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“Conventional optical designs often struggle to balance color purity, spectral selectivity, and energy efficiency when handling multiple wavelengths simultaneously,” said Associate Professor Yao-Wei Huang of NYCU's Department of Photonics. “Our design overcomes these limitations by achieving high-Q narrowband resonances and highly efficient reflective diffraction for red, green, and blue light within a single ultrathin device.”<br />
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The approach provides improved color fidelity, higher optical efficiency, and effective suppression of unwanted light leakage.</div>
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<strong>A Simpler Design with Greater Manufacturing Potential</strong><br />
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“Instead of relying on conventional multi-component optical architectures, our design uses a single planar freeform structure to support multiple resonant modes,” said Wan-Tzu Kuo, a graduate student at NYCU's Institute of Photonics. “This allows us to simplify the optical system without sacrificing performance.”<br />
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The simplified architecture provides a practical route toward scalable manufacturing of compact photonic devices.<br />
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“Two-dimensional topology optimization greatly expands the design space, enabling nearly independent control of different wavelengths,” Huang said. “This improves spectral selectivity while minimizing optical crosstalk and unwanted light leakage, making the technology especially attractive for compact AR displays.”<br />
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For wearable devices such as AR glasses, the technology offers another advantage: virtual images can be directed only to the intended viewer, helping protect user privacy by preventing others from seeing displayed content.<br />
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<strong>Demonstrating Next-Generation AR Displays</strong><br />
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To validate the technology, the researchers integrated the metasurface into a free-space AR prototype. Experiments generated bright virtual images with high color purity and high image quality that closely matched theoretical simulations.<br />
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The results demonstrate the feasibility of applying the ultrathin metasurface to next-generation AR display systems, offering a promising solution for lightweight, high-resolution, and energy-efficient optical devices.<br />
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As demand grows for more compact, intelligent, and immersive optical technologies, the NYCU team’s design offers a new approach to overcoming longstanding trade-offs among size, image quality, and efficiency. The researchers believe the platform could help advance next-generation wearable displays and integrated photonic devices, bringing high-performance optics closer to everyday consumer devices.<br />
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<img alt="Members of the research team." src="/userfiles/nycuen/images/20260825114010667.png" /><span style="font-size:90%;"><span style="color:#4e5f70;"><em>Members of the research team.</em></span></span></div>
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<div class="ed-model18-title-text">陽明交大光電團隊突破光譜控制技術<br />
助攻下一代AR與消費性電子產品</div>
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本校光電工程學系研發出一款超薄「超穎介面」，不僅能大幅縮減光學設備體積，更能精準控制紅綠藍三原色，提升光學效率與色彩表現。這項革命性的光譜控制技術，有機會應用在AR眼鏡、微型顯示器與手機鏡頭等消費性電子產品，為實現輕量化、高畫質的光學設備提供解決方案。<br />
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以AR眼鏡為例，傳統AR設備體積龐大，虛擬影像也不夠清晰，而且還有光學影像向前洩漏的問題，使旁人能看見使用者正在觀看的內容。這對於AR技術逐漸從娛樂走向醫療、教育、工業訓練與智慧製造等應用領域帶來極大挑戰。<br />
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主持這項研究的光電工程學系黃耀緯副教授表示，現有技術在處理紅、綠、藍三色光時，常面臨色彩純度不足、光線互相干擾及能源效率受限等問題。研究團隊提出一種全新的「二維拓樸最佳化非局域超穎介面（nonlocal metasurface）」設計，成功在單層奈米結構中同時精準控制紅、綠、藍三色光，大幅提升色彩表現與光學效率，也實現高 Q 值窄頻共振與高效率反射繞射，不僅提升色彩純度，也有效抑制不必要的漏光。</div>
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作者光電所郭婉慈同學表示，相較於傳統的設計方式，這項研究利用平面自由結構（planar freeform structure）的設計概念，在單一平面結構中即可同時支援多個波長的共振模式，可在單一結構中同時實現多重共振，大幅降低光學元件複雜度，也更有利於未來量產製造。<br />
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黃耀緯副教授指出，本研究所採用的平面自由結構搭配二維拓樸最佳化，帶來更高的設計自由度，使不同波長的光能近乎獨立調控，不僅提高光譜選擇性，也能有效抑制不必要的光洩漏，讓特定顏色的光僅在預期方向被觀察到，對於講求隱私的穿戴式設備來說，這是一個極具價值的應用潛力點。<br />
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為驗證應用潛力，研究團隊同時將此元件整合至自由空間AR顯示平臺中，成功展示高色彩純度且清晰鮮明的虛擬影像。實驗結果與理論模擬高度一致，證實該技術具備應用於下一代AR顯示系統的可行性。<br />
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本研究成果也獲選為《Nano Letters》期刊封面，不僅凸顯其在非局域超穎介面與奈米光子學領域的重要突破，也為未來輕量化、高畫質、低功耗的微型顯示技術奠定關鍵基礎。</p>
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- <![CDATA[NYCU Partners With TaiwanICDF, Tdh and TSMC to Bring AI and Semiconductor Education to Ukrainian Youth]]>USR2026-08-20<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full"><img alt="TaiwanICDF partnered with Terre des hommes, NYCU, and TSMC to hold the “PLAY CHIP Summer Camp: Belight AI Semiconductor” in Ukraine, providing Ukrainian children and young people with hands-on opportunities to explore AI and chip technology. (Photo credit: TaiwanICDF)" src="/userfiles/nycuen/images/20260820124030415.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">TaiwanICDF partnered with Terre des hommes, NYCU, and TSMC to hold the “PLAY CHIP Summer Camp: Belight AI Semiconductor” in Ukraine, providing Ukrainian children and young people with hands-on opportunities to explore AI and chip technology. (Photo credit: TaiwanICDF)</span></em></span></div>
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<div class="ed_txt"><strong>Edited by Chance Lai</strong></div>
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<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU), together with the Taiwan International Cooperation and Development Fund (TaiwanICDF), Terre des hommes (Tdh) Ukraine and Taiwan Semiconductor Manufacturing Co. (TSMC), held an educational summer camp in western Ukraine from August 10 to 12, 2026, introducing young people to artificial intelligence and semiconductor technology.<br />
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The <em>“PLAY CHIP Summer Camp: Belight AI Semiconductor,”</em> held in Kamianets-Podilskyi, combined hands-on activities with accessible science education. The program was designed to help Ukrainian youth understand emerging technologies while fostering confidence, hope and resilience in communities affected by the ongoing conflict.<br />
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At the opening ceremony, TaiwanICDF said the initiative brought together Taiwan’s expertise in semiconductor technology and its commitment to humanitarian assistance, giving Ukrainian children and young people a valuable opportunity to explore AI and chip technology.<br />
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TaiwanICDF added that it hoped the experience would inspire creativity, strengthen participants’ confidence in facing the future and contribute to the long-term resilience and sustainable development of local communities.<br />
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Tdh representatives said the camp combined a safe, in-person learning environment with technology education and mental health and psychosocial support, or MHPSS. Through interactive activities, participants developed essential digital skills while gradually rebuilding a sense of security and optimism about the future.<br />
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The partnership with TaiwanICDF and NYCU also enabled international STEM education resources to reach local communities in Ukraine, expanding access to educational support, Tdh said.<br />
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<span style="color:#4e5f70;"><span style="font-size:90%;"><em>Young participants work through a laptop-based challenge with guidance from an instructor during the PLAY CHIP summer camp in Ukraine. (Photo credit: TaiwanICDF)</em></span></span><br />
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<strong>Training Local Educators for Lasting Impact</strong><br />
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A central feature of the program was its “train-the-trainer” model, which focused on preparing local educators and adapting teaching materials to the Ukrainian context.<br />
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Before the camp, two Ukrainian NYCU students, Anna Kompan and Polina Sybirtseva, completed instructor training in Taiwan. They then translated and localized the university-developed “Belight AI Semiconductor” learning platform and instructional materials featuring the Rabboni interactive motion-sensing device.<br />
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On the first day of the camp, Kompan and Sybirtseva trained 10 local Ukrainian teachers, equipping them to continue delivering the educational content in their own communities.</div>
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Over the following two days, 21 Ukrainian students aged 11 and older took part in intensive, hands-on workshops covering the chip manufacturing process, the fundamentals of transistor operation, Scratch programming, interdisciplinary STEM applications and the development of interactive games using Rabboni motion sensors.<br />
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Working in teams, the students used software and digital equipment to complete a series of practical challenges. On the final day, each group presented a digital project it had developed, demonstrating creativity, collaboration and the ability to apply newly acquired technical skills.<br />
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Participants described learning how chips work and using sensors to build interactive programs as an unforgettable experience. They said the camp not only introduced them to new technologies but also encouraged them to imagine new possibilities for their futures.<br />
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<strong>From University Research to Global Community Engagement</strong><br />
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The camp brought AI and semiconductor learning materials developed by NYCU into a conflict-affected community, highlighting the university’s efforts in technology education, cross-cultural talent development and university social responsibility.<br />
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After completing their training in Taiwan, Kompan and Sybirtseva took an active role in translating course materials, adapting lessons and teaching on-site. Their transition from students to instructors made them an important bridge between Taiwan and Ukraine.<br />
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By training local educators and supporting locally delivered instruction, NYCU and its partners transformed specialized knowledge in semiconductors, AI and interactive technology into accessible learning experiences for young people. The model is designed to be sustainable and scalable, allowing the program’s impact to continue beyond the three-day camp.<br />
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The partnership also demonstrated how Taiwan’s experience in technology education can cross geographical boundaries and support communities affected by conflict, helping teachers and young people strengthen their digital literacy, practical technology skills and confidence in the future.<br />
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NYCU said it will continue to deepen cooperation with partners in Taiwan and abroad, promote the sharing of technology education resources, and cultivate professionals with technical expertise, international perspectives, and a commitment to social responsibility.<br />
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Through its academic knowledge and capacity for innovation, the university aims to make a positive contribution to global sustainable development and social well-being.<br />
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<img alt="NYCU uses the English edition of “PlayChip” to build a scalable AI and semiconductor education model with schools and partners worldwide." src="/userfiles/nycuen/images/20260820124615598.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">NYCU uses the English edition of “PlayChip” to build a scalable AI and semiconductor education model with schools and partners worldwide.</span></em></span></div>
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<div class="ed-model18-title-text">陽明交大攜手國合會、世界兒童權利組織與台積電<br />
前進烏克蘭推動 AI 半導體科普教育</div>
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<div class="col-md-6"><span style="font-size:80%;"><span style="color:#4e5f70;">資料來源/國合會</span></span><br />
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國立陽明交通大學攜手財團法人國際合作發展基金會（國合會）、世界兒童權利組織（Terre des hommes，Tdh）烏克蘭分會及臺灣積體電路製造股份有限公司（台積電），於2026年8月10日至12日在烏克蘭卡米揚涅茨－波季利斯基（Kamianets-Podilskyi）舉辦「PLAY CHIP Summer Camp: Belight AI Semiconductor」AI半導體科普夏令營。營隊透過兼具趣味與實作精神的課程，引導烏克蘭青少年探索人工智慧與半導體科技，並以教育與科技為受衝突影響的社區注入希望與韌性。<br />
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國合會於開幕致詞時表示，本次營隊結合臺灣的半導體科技實力與人道關懷，為烏克蘭兒童及青少年提供接觸AI與半導體技術的難得機會。期盼這段學習經驗不僅激發學員的創新思維，也協助他們建立面對未來的自信與韌性，進一步促進在地社區的永續發展。<br />
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世界兒童權利組織代表則指出，營隊將安全的實體學習空間、科技知識，以及心理健康與心理社會支持（Mental Health and Psychosocial Support，MHPSS）相互結合，讓孩子在互動學習中培養關鍵數位素養，同時逐步重建安全感與對未來的希望。透過與國合會及陽明交大合作，國際STEM教育資源得以深入烏克蘭在地社區，擴大教育支持的影響力。<br />
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<strong>培育在地種子師資 讓臺灣科普教育經驗落地烏克蘭</strong><br />
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此次營隊以「種子師資培育」及「在地化教學」為核心特色。活動前期，陽明交大兩位烏克蘭籍學生 Anna Kompan 與 Polina Sybirtseva 在臺接受師資培訓，並將學校團隊開發的「Belight AI Semiconductor」科普平台，以及 Rabboni 互動感測裝置教材進行翻譯與在地化整合。<br />
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營隊首日由兩位學生擔任講師，為10名烏克蘭在地教師進行種子師資培訓；第二、三天則為21名、年齡 11 歲以上的烏克蘭青少年開設密集實作課程。課程涵蓋晶片製造流程、電晶體運作原理、Scratch 程式設計、STEM 跨領域應用，以及 Rabboni 體感感測器互動遊戲開發。</div>
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學員透過團隊合作，運用軟體工具與數位設備完成各項實作挑戰，並在營隊最後一天分組發表自行開發的數位專案，展現創意、團隊協作及科技應用能力。參與學員分享，能夠認識晶片的運作原理，並親自運用感測器開發互動程式，是十分難忘的經驗；營隊不僅帶來新的科技知識，也開啟了他們探索未來的不同想像。<br />
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<strong>從校園走向國際 展現陽明交大科技教育影響力</strong><br />
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此次營隊將陽明交大團隊研發的AI半導體科普教材帶進烏克蘭，展現學校在科技教育、跨文化人才培育及大學社會責任（University Social Responsibility，USR）上的實踐成果。兩位烏克蘭籍學生在臺完成師資培訓後，進一步投入教材翻譯、課程在地化及現場教學，從學習者轉化為知識傳遞者，成為連結臺灣與烏克蘭的重要橋梁。<br />
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透過「培訓種子教師、推動在地教學」的模式，陽明交大將半導體、人工智慧與互動科技等專業知識，轉化為適合青少年學習的科普內容，並與國際合作夥伴共同建立可延續、可擴散的教育模式。此次合作讓臺灣的科技教育經驗跨越地域限制，深入受衝突影響的社區，協助當地教師及青少年提升數位素養、科技應用能力與面對未來的信心。<br />
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未來，陽明交大將持續深化與國內外夥伴的合作，推動科技教育資源共享，培育兼具專業能力、國際視野與社會關懷的人才，並以大學的知識與創新能量，為全球永續發展及社會福祉創造正向影響。</p>
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- <![CDATA[NYCU-Led Study Links Better Fitness to 61% Lower Mortality Risk in Older Adults]]>Research Highlights2026-08-19<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU-Led Study Links Better Fitness to 61% Lower Mortality Risk in Older Adults"><meta name="twitter:description" content="Maintaining strength, balance and mobility may help older adults preserve independence and age more healthily, an NYCU-led study suggests."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260820012929783.png"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU-Led Study Links Better Fitness to 61% Lower Mortality Risk in Older Adults"><meta property="og:description" content="Maintaining strength, balance and mobility may help older adults preserve independence and age more healthily, an NYCU-led study suggests."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260820012929783.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=b09616fd-b755-4ecd-a24e-bf8d9253855b">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">Maintaining strength, balance and mobility may help older adults preserve independence and age more healthily, an NYCU-led study suggests.<br />
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<div class="ed_txt"><span style="color:#4e5f70;"><em><span style="font-size:90%;"><strong>Edited by Chance Lai</strong></span></em></span></div>
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<div class="ed_txt" style="text-align: justify;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">A seven-year study of 13,423 adults aged 65 and older in Taiwan found that those in the top 20% of overall fitness had a 61% lower risk of death from any cause than those in the bottom 20%.<br />
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Researchers at National Yang Ming Chiao Tung University (NYCU) conducted the study in collaboration with colleagues from Chung Yuan Christian University, National Taiwan University of Sport and several other academic institutions. The study, titled <em>“<u><a href="https://jamanetwork.com/journals/jamanetworkopen/fullarticle/2852597" title="Physical Fitness and All-Cause Mortality in Older Adults"><span style="color:#3498db;">Physical Fitness and All-Cause Mortality in Older Adults</span></a></u>,”</em> was published on August 10 in <em>JAMA Network</em>.<br />
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The association remained significant after the researchers accounted for age, sex, socioeconomic status, physical activity, body mass index and chronic health conditions. The findings suggest that healthy aging depends not only on preventing disease but also on maintaining strength, balance and mobility.<br />
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<span style="color:#4e5f70;"><span style="font-size:90%;"><em>Li-Lin Liang, an associate professor at NYCU’s Institute of Public Health, led the cross-university research team behind the seven-year study.</em></span></span><br />
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<strong>Simple Tests Offer a Broader Picture of Health</strong><br />
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The researchers analyzed data from adults aged 65 and older who completed standardized fitness assessments in Taiwan between 2015 and 2016. Their health records were tracked through the end of 2022, with a median follow-up of seven years. During that period, 1,631 participants, or 12.2% of the study population, died.<br />
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Participants completed seven functional fitness tests covering four areas: cardiorespiratory endurance, muscular strength, flexibility, and balance and agility. The tests included stepping in place for two minutes, performing repeated arm curls and chair stands, reaching forward from a seated position, reaching behind the back, standing on one leg with the eyes open, and rising from a chair to walk around a marker before sitting down again.<br />
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Rather than measuring athletic performance, these exercises reflect abilities that older adults rely on in daily life, such as standing up without assistance, walking safely and maintaining balance.<br />
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<strong>Balance, Mobility and Leg Strength Stand Out</strong><br />
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Balance and agility showed the strongest associations with survival, followed by lower-body strength and cardiorespiratory fitness. Compared with participants in the lowest-performing 20%, those in the highest-performing group on the 8-foot up-and-go test had a 59% lower risk of death. The test requires participants to rise from a chair, walk 8 feet, turn around, return and sit back down.<br />
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Top performers on the one-leg stance test had a 50% lower risk of death, while those who performed best on the chair-stand test had a 45% lower risk. Participants with the best results on the two-minute step test had a 42% lower risk.<br />
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The findings highlight the importance of maintaining the ability to stand, walk and respond to changes in balance. These abilities are central to independent living and may also help reduce the risk of falls, fractures and related complications.</span></em></span></div>
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<span style="color:#4e5f70;"><em><span style="font-size:90%;"><strong>Older Adults Do Not Need to Become Athletes</strong><br />
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The relationship between fitness and mortality was not always linear. For several measures, mortality risk declined most sharply as participants moved beyond the lowest fitness levels, with the reduction leveling off at higher levels.<br />
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This suggests that older adults may not need to achieve exceptional fitness to see a meaningful difference. Moving from a low to a moderate level of fitness may offer the greatest potential benefit. “The findings are especially meaningful for older adults who may feel that it is too late to improve their health,” said Li-Lin Liang, an associate professor at NYCU’s Institute of Public Health and a co-corresponding author of the study.<br />
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“Even if someone starts with limited physical capacity, becoming more active and gradually improving strength, balance and mobility may bring meaningful health benefits.<br />
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<strong>Looking Beyond a List of Diseases</strong><br />
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Liang said the findings support a more comprehensive view of healthy aging. Health assessments should consider not only which diseases an older person has but also how much “physiological reserve” that person retains. Physiological reserve refers to the body’s capacity to maintain function, respond to stress and recover from illness or injury. An older adult may have one or more chronic conditions yet remain physically capable and independent.<br />
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“An older adult may have a chronic disease but still be able to walk a considerable distance and maintain good balance and muscle strength,” Liang said. “That person has a very different level of physiological reserve from someone whose mobility has already declined substantially,” Liang added that physical fitness is a valuable indicator of overall health because it reflects the status of more than one organ or disease. Instead, it captures the combined effects of daily functioning, disease burden and physiological aging.<br />
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<strong>Rethinking What It Means to Age Well</strong><br />
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Because the study was observational, it identified an association but could not prove that better fitness directly extends life. Fitness was also measured only once, and information on certain factors, including participants’ smoking history, was unavailable.<br />
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Despite these limitations, the consistency of the findings across multiple fitness measures underscores the value of looking beyond disease diagnoses when assessing the health of older adults. Liang said the results support continued efforts to promote fitness among older adults and incorporate simple functional assessments into routine care. Such tests could help health professionals detect declining mobility earlier and develop strategies to preserve strength, balance and independence.<br />
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The study offers a practical message: Healthy aging does not require becoming an athlete. For older adults, retaining the ability to rise from a chair, stand steadily and walk with confidence may be a more meaningful goal—and those starting at the lowest fitness levels may have the most to gain from taking the first step.<br />
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<img alt="Better performance in balance, mobility, lower-body strength and cardiorespiratory fitness was associated with a substantially lower mortality risk among older adults." src="/userfiles/nycuen/images/20260820013735317.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">Better performance in balance, mobility, lower-body strength and cardiorespiratory fitness was associated with a substantially lower mortality risk among older adults.</span></em></span></span></em></span></div>
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<div class="ed-model18-title-text">陽明交大組跨校研究團隊揭長壽關鍵<br />
體適能表現佳的長者死亡率可降6成</div>
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想要健康長壽，除了少生病，還要有足夠的體適能。臺灣一項針對逾萬名65歲以上長者進行的大型追蹤研究發現，體適能與死亡風險有關。其中，整體體適能表現最佳的前20%長者，相較於表現最差者，死亡風險大幅降低61%。<br />
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這項由臺灣多所學術與醫療機構合作的研究，花費近七年追蹤超過一萬名65歲以上長者。其研究結果明確指出，心肺耐力、肌力、柔軟度、平衡與敏捷等多項體適能表現，皆與後續死亡風險密切相關，既使在校正了年齡、性別、社經地位、慢性病等因素後，兩者的關聯依然明顯。<br />
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研究透過多項功能性體適能測試，評估長者的身體能力，包括抬腿踏步、椅子坐立、坐姿前彎、開眼單腳站立、起身行走等，分別反映心肺耐力、肌力、柔軟度、平衡及敏捷能力。<br />
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結果顯示，平衡及敏捷與下肢肌力尤其重要。包含從座椅上起身行走，以及開眼單腳站立等項目中，表現較佳長者的死亡風險可以降低超過五成。這也反映出長者能否自行起身行走，不僅與日常生活息息相關，也有助於降低跌倒骨折的風險。<br />
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值得注意的是，研究發現體適能與死亡風險並非單純線性關係。換句話說，長者並不需要把體能練到頂尖才能看到健康成效。數據顯示，當體適能從較差程度改善至中等程度時，所帶來的健康效益最為明顯。</span></em></span></div>
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<span style="color:#4e5f70;"><em><span style="font-size:90%;">研究主持人、公共衛生研究所副教授梁立霖表示，這項結果對高齡長者具有重要意義。即使原本體能不好，只要開始增加活動、逐步改善肌力、平衡及行動能力，就有實質健康益處。<br />
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梁立霖也說，這項研究支持一個更全面的健康老化觀念。評估高齡健康不應只聚焦於罹患了哪些疾病，更應關注長者還保有多少「生理儲備」(physiological reserve)，以及實際還能做到哪些日常動作。雖然只是相關性研究，但結果支持政府持續推廣體適能。<br />
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「一名長者即使罹患慢性疾病，但如果還能走得遠，並維持良好平衡與肌力，與另一名活動能力已明顯下降長者的生理儲備截然不同。」梁立霖表示，體適能之所以值得重視，在於它不只是反映單一器官或特映疾病，而是一種綜合性的健康指標，可以呈現出一個人的日常活動能力、疾病負擔與生理老化程度。<br />
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這項研究本月發表於《JAMA Network》國際期刊，發表後也受到國際媒體關注。研究結果再次提醒，對長者而言，健康的目標不必是成為運動高手，而是盡可能維持起得來、站得穩、走得動的行動能力。從每天多走一點、多活動一點，就是邁向健康長壽的重要一步。</span></em></span></p>
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- <![CDATA[NYCU Team Takes Second Place at SemEval with AI System Detecting Online Polarization in 22 Languages]]>Honor2026-08-18<![CDATA[<!-- Twitter Card -->
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<div class="ed_txt" style="text-align: justify;">Social media algorithms make it easier for users to find content that matches their interests. But that convenience can also keep people trapped in echo chambers, while emotionally charged posts — often rewarded with greater attention — push online conversations toward increasingly polarized extremes.<br />
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A research team at National Yang Ming Chiao Tung University (NYCU), led by Lung-Hao Lee, an associate professor at NYCU’s Institute of Intelligent Systems, has developed an artificial intelligence system capable of identifying polarized online discourse across 22 languages. The NYCU-NLP team, which also included master’s students Ding-Xiang Lin and Po-Chun Chu, placed second overall in Task 9 at SemEval 2026, behind a team from the University of Tokyo.<br />
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<span style="color:#4e5f70;"><span style="font-size:90%;"><em>From left: Po-Chun Chu, Ding-Xiang Lin and Associate Professor Lung-Hao Lee of NYCU’s Institute of Intelligent Systems.</em></span></span><br />
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<strong>A Global Challenge Spanning 22 Languages</strong><br />
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SemEval, the International Workshop on Semantic Evaluation, is one of the natural language processing field’s leading international evaluation forums. Task 9 this year focused on detecting multilingual, multicultural and multievent online polarization.<br />
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The challenge required AI systems to determine whether online content was polarized, identify the type of polarization involved and recognize how that polarization was expressed. The evaluation covered 22 languages, including Chinese, English, German, Spanish, Arabic, and Burmese, and drew participants from universities and research institutions worldwide.<br />
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Some of the languages included in the competition are considered low-resource languages because they have relatively small speaker populations or limited amounts of digital data available for training AI systems. “The challenge is not only the limited training data,” Lee said. “Political, cultural and social contexts also vary considerably from one country and event to another, making it much more difficult for AI to interpret the content accurately.”<br />
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Rather than optimizing its system for a single language or one specific subtask, the NYCU team set out to develop a broadly applicable method that could deliver reliable performance across languages and assignments.</div>
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<strong>Three AI Models Working as One</strong><br />
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During development, the researchers compared 10 recently released open-weight language models. Based on their experiments, they selected Google’s Gemma 3, Mistral Small 3.2 from the French AI company Mistral AI and Microsoft’s Phi-4. The team then combined the three models using a technique known as model stacking. The approach integrates predictions from multiple models, much like bringing together specialists with different strengths to solve the same problem.<br />
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By allowing the models to complement one another, the system achieved greater consistency across languages and different types of polarization analysis. It delivered particularly strong results in Chinese, Spanish and German, helping NYCU secure second place overall.<br />
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The system recorded 38 top-three finishes across the competition’s language-specific evaluations — the highest number achieved by any participating team. It placed first in 15 evaluations, second in 12 and third in 10.<br />
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<strong>From Competition Results to Real-world Applications</strong><br />
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Lee said online polarization can leave users with one-sided information, deepen divisions between social groups and shrink the space available for reasoned public debate. “Online polarization has become an important new area of international natural language processing research,” he said. “The technology could eventually support cross-language analysis of online discourse, social risk monitoring and research into public issues.”<br />
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Such systems could help researchers and public institutions better understand how online divisions emerge across different cultures, languages and major events — and provide a clearer view of the forces shaping public debate in an increasingly connected world.<br />
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<img alt="A presentation slide lists NYCU-NLP as the competition’s second-best-performing system, behind the University of Tokyo’s Tsuruoka Laboratory." src="/userfiles/nycuen/images/20260819104455000.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">A presentation slide lists NYCU-NLP as the competition’s second-best-performing system, behind the University of Tokyo’s Tsuruoka Laboratory.</span></em></span></div>
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<div class="ed-model18-title-text">打造支援 22 種語言的網路極化言論辨識模型<br />
陽明交大團隊 SemEval 國際競賽奪亞軍</div>
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演算法推薦讓社群媒體使用者更有效率地接收感興趣的資訊，卻也使人長期置身資訊同溫層；情緒化言論因更容易獲得關注，使網路討論逐漸走向兩極化發展。<br />
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由智能系統研究所李龍豪副教授領軍的自然語言處理研究團隊（NYCU-NLP）成員林鼎翔、褚柏均運用三個開源大型語言模型，開發出可辨識22種語言的網路極化言論模型，這套模型在國際語意評測競賽任務9奪下第二名佳績，第一名為日本東京大學。<br />
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SemEval是自然語言處理領域重要的國際語意評測競賽，今年任務9主題是網路極性言論分析，聚焦多語言、多文化及不同事件下的網路極化現象，涵蓋中文、英文、德文、西班牙文、阿拉伯文及緬甸文等22種語言，吸引多所國際知名大學參賽。<br />
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李龍豪表示，部分參賽語言屬於使用人口或數位資料較少的低資源語言，不僅可供模型學習的資料有限，不同國家、文化及事件脈絡也各有差異，增加AI判讀的難度。因此，團隊的策略並非只追求特定語言或單項任務的最佳成績，而是尋找能適用不同語言及任務、維持穩定表現的通用方法。</div>
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在開發過程中，團隊比較了10個近期表現較佳的開源大型語言模型，最後依據實驗結果，選用Google釋出的Gemma-3、法國AI新創公司Mistral AI開發的Mistral-small-3.2，以及微軟釋出的Phi-4。透過模型堆疊方式整合判斷結果，如同讓具備不同專長的成員共同解題，提升系統面對多語言及多類型任務時的整體穩定性。最終團隊在中文、西班牙文及德文等語言項目表現尤其突出，整體成績排名第二。<br />
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李龍豪指出，網路極化可能使民眾接收到片面資訊，加劇社會群體對立，壓縮理性討論空間，已成為國際自然語言處理研究的新課題。相關技術未來可應用於跨語言網路輿情分析、社群風險觀測及公共議題研究，協助掌握不同文化與事件中的網路對立現象。</p>
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- <![CDATA[NYCU Research Team Earns Second Consecutive ISCA Acceptance with Energy-Efficient AI Breakthrough]]>Research Highlights2026-08-13<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">Professor Tsung-Tai Yeh (left) and members of NYCU’s Computer Architecture and System Lab at the ISCA 2025 poster session</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">In computer science, the International Symposium on Computer Architecture (ISCA) is often described as the “Olympics of computer architecture.” Known for its highly selective review process, ISCA showcases some of the world’s most forward-looking advances in hardware design and chip architecture. Taiwan’s presence at the conference has remained limited over the past decade, averaging fewer than one paper per year. Yet a research team led by Professor Tsung-Tai Yeh of the Department of Computer Science at National Yang Ming Chiao Tung University (NYCU) has now secured acceptances for two consecutive years.<br />
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Professor Yeh’s team will return to ISCA in 2026 with its Omni-LUT research, following the team’s presentation of AQB8 at ISCA 2025. Together, the two studies address two major challenges facing the technology industry: the soaring memory demands of AI and the high power consumption of high-fidelity graphics.<br />
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<strong>Solving the Data-Movement Bottleneck</strong><br />
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One of the industry’s biggest bottlenecks is the sheer volume of data that modern computing workloads must move. Professor Yeh explains that both large language models (LLMs) and ultra-realistic 3D rendering rely on frequent transfers of enormous amounts of data between processors and memory.<br />
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Like vehicles caught in a traffic jam, these transfers consume substantial time and energy, slowing systems and generating heat. Reducing data movement without sacrificing accuracy has therefore become a key priority for the semiconductor and AI industries.<br />
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<strong>Omni-LUT: Redefining Long-Context AI</strong><br />
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Through Omni-LUT, the team is pushing the boundaries of long-context processing for LLMs. Microsoft Research previously proposed using lookup tables (LUTs) with ultra-low-precision quantization to replace conventional computations and reduce the hardware footprint. However, the technology faced difficulties in quantizing the key-value (KV) cache.<br />
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Because the KV cache is generated dynamically during model inference, it cannot be easily preprocessed. Its memory requirements also grow rapidly as context length increases, particularly when models handle very long documents.<br />
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Professor Yeh’s team developed a new quantization mechanism—different from Google's approach—that integrates seamlessly with LUT accelerators. The breakthrough significantly eases the memory pressure created by the KV cache, enabling long-context AI workloads to run faster and more reliably on conventional hardware.<br />
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<strong>AQB8: Cinematic Graphics with Lower Power Consumption</strong><br />
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In 3D rendering, ray tracing produces lifelike visuals by simulating the paths of countless light rays. However, the process requires intensive computation and frequent data transfers. Even today’s most powerful graphics cards can struggle with such workloads.<br />
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With AQB8, Professor Yeh’s team departed from conventional high-precision computing frameworks. The team developed an algorithm that represents data at lower precision with virtually no loss in visual quality. By sharply reducing data movement, AQB8 could enable mobile devices to render cinematic-quality graphics while consuming less power.<br />
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The work attracted considerable interest from leading global chipmakers last year because of its potential to reduce energy use without sacrificing visual fidelity.<br />
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<strong>Future Horizons: From Quantum Computing to Cybersecurity</strong><br />
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Professor Yeh is now extending the team’s two core research areas—ray-tracing accelerator architecture and hardware-aware quantized compression—to new applications. The team is adapting ray-tracing techniques for quantum circuit simulation while applying memory-compression methods to information security.<br />
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A related project by the team received a 2025 Qualcomm Innovation Fellowship in East Asia. The project uses quantization-based compression to improve the efficiency of homomorphic encryption, potentially allowing AI systems to process encrypted data rapidly while preserving privacy.<br />
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With papers presented at ISCA in consecutive years, the NYCU team has demonstrated that Taiwan’s strengths extend beyond world-class semiconductor manufacturing to the hardware-software co-design expertise needed to shape the future of AI, quantum computing, and cybersecurity.<br />
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攻克 AI 耗電與記憶體瓶頸</div>
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在計算機科學界，有一座被譽為「電腦架構奧林匹克」的聖殿——ISCA（國際電腦架構交談會）。這項會議的入選門檻極高，代表了全球硬體設計與晶片架構的最前瞻思維。過去十年，整個台灣在該會議的發表量寥寥可數，平均一年不到一篇。然而，這項學術天花板，在近兩年被陽明交通大學資訊工程系葉宗泰教授的研究團隊連續打破。<br />
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葉宗泰老師團隊憑藉 Omni-LUT 研究再次挺進 ISCA 2026，這不僅是該團隊連續第二年插旗這座聖殿，更是在機器人頂級會議 ICRA 同時發表了突破性成果。這項成就背後，關鍵在於這兩篇論文分別解決了當前科技界最頭痛的兩個問題：「AI 太吃記憶體」與「高畫質運算太耗電」。<br />
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產業界當前最頭痛的痛點是資料搬移量過大導致的運算瓶頸。葉教授深入淺出地指出，無論是當紅的大語言模型（LLM）還是追求極致真實的 3D 影像渲染技術，核心難題都在於必須頻繁地在晶片與記憶體之間搬動龐大資料。這就像交通堵塞一樣，耗費了絕大部分的電力與時間，導致運算又慢又發燙。因此，如何「搬動更少的資料」卻能達到同樣精準的結果，成為未來半導體與 AI 產業最關鍵的技術轉型方向，這也是當前全球科技巨頭都在競爭的技術制高點。<br />
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在針對大語言模型的 Omni-LUT 研究中，團隊挑戰了當前長文本處理的極限。雖然先前 Microsoft Research 已提出利用「查表法」（Look-up Table）搭配超低精度量化來取代傳統計算，藉此縮減晶片面積，但該技術尚未能解決「KV Cache」的量化難題。由於 KV Cache 是在模型執行時動態生成的，難以預先處理，導致在面對超長文件時，記憶體需求仍會急劇攀升。葉老師團隊針對這一缺口，研發出與 Google 策略不同、且能與查表加速器完美契合的新型量化機制，並改良了硬體架構。這項突破讓 AI 在處理超長文本時，能大幅降低 KV Cache 對記憶體的壓迫，讓長文本運算在常規硬體上跑得更快、更穩。</div>
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<p>而在 3D 影像渲染領域，光線追蹤技術雖然能生成逼真影像，卻因需要模擬海量光線並頻繁搬移資料，即便是當前市面上最高階的顯示卡運算起來也相當吃力。葉老師團隊研發出的 AQB8 技術，突破了業界過去習慣的高精度計算框架，找到了一套全新的算法，能將資料大幅降至低精度卻幾乎不失真。這項技術透過大幅減少資料搬移量，讓行動裝置也能以低功耗跑出電影等級的細緻畫面，去年在國際展示時更吸引了多家晶片大廠的高度關注，驚訝於這項能顯著降低功耗且不影響影像品質的新型算法。<br />
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展望未來，葉宗泰老師正積極將這兩項核心技術——「光線追蹤加速架構」與「硬體感知量化壓縮」——推向更寬廣的應用領域。團隊目前嘗試將光線追蹤的加速邏輯轉化為量子電腦電路模擬的利器，並同步將記憶體壓縮技術投入資訊安全領域。葉老師與Qualcomm合作的創新計畫已榮獲 2025 Qualcomm Innovation Fellowship in East Asia ，其目標是利用量化壓縮特性優化「同態加密」的運算效率，讓 AI 在處理加密資料時，既能保證隱私不外洩，又能維持極高的運算速度。連續兩年插旗 ISCA，證明了台灣團隊不僅具備世界級的晶片製造實力，更有能力在「軟硬體協同設計」上定義未來的算力規則，並將這套節能高效的架構推展至量子運算與數位安全等更多元的應用場景。<br />
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- <![CDATA[NYCU and More Than 40 Companies Build Hiring Pipeline for Job-Ready AI Talent]]>Industry Cooperation2026-08-12<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">Participants attend an expert-led classroom session, where discussion and peer learning complement the program’s technical curriculum</span></em></span></div>
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<div class="ed_txt"><strong>Edited by Chance Lai</strong></div>
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<div class="ed_txt" style="text-align: justify;">As competition for artificial intelligence talent accelerates worldwide, National Yang Ming Chiao Tung University (NYCU) is working with a network of more than 40 companies, including Microsoft Taiwan and Phison Electronics, to help a new generation of professionals enter the fast-growing field.<br />
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Supported by the Ministry of Economic Affairs’ AI Rising Stars Program, the initiative targets young people in the first three to four years after graduation. It combines intensive technical training, hands-on corporate projects and workplace experience to give participants the practical skills needed to enter the AI industry.<br />
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<strong>Early Hiring Signals Strong Industry Demand</strong><br />
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The results from its inaugural cohort point to strong demand. Of the 56 participants who completed eight months of structured training, five received full-time job offers before the program ended, while 47 began internships with partner companies.<br />
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The program is designed for both participants without an AI background and those seeking to transition into the field. Its training pathway includes 320 hours of technical instruction, 300 hours of company-based project work and a four-month industry internship.<br />
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<strong>Training Built Around Industry Needs</strong><br />
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“Companies today are looking for more than people who understand AI theory,” said Prof. Chien-Chao Tseng, Director of NYCU’s Office of AI Affairs. “They need professionals who can turn AI technologies into practical solutions for real business environments.”<br />
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Tseng said the curriculum covers the full AI development cycle—from data preparation and model training to system deployment, inference acceleration, operations and maintenance, and human-AI collaboration.<br />
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Participants also work on real-world projects under the guidance of industry mentors. The approach allows newcomers without previous AI training to build a systematic understanding of the technology, progress from fundamental concepts to practical applications, and transition more quickly into industry roles after completing the program.<br />
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<strong>Certification Results Demonstrate Program Impact</strong><br />
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Certification results provided another measure of the program’s impact. Among the 56 participants, 53 earned professional certifications in Microsoft cloud and AI technologies, representing a 95% pass rate. Another 51 passed professional certification assessments in on-premises AI system architecture and deployment, achieving a 91% pass rate.<br />
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The results demonstrate how the program is narrowing the gap between classroom learning and the technical skills employers require.<br />
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<strong>A Collaborative Strategy for Taiwan’s AI Workforce</strong><br />
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“AI talent has become a critical component of national competitiveness,” NYCU President Chi-Hung Lin said. “This initiative is more than an educational program—it is an important part of Taiwan’s broader AI talent strategy.”<br />
Lin said collaboration among universities, government and industry would be essential to developing professionals capable of competing internationally.<br />
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“By bringing these three sectors together, we hope to cultivate more globally competitive AI professionals and create new momentum for the continued growth of Taiwan’s AI industry,” he said.<br />
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<div class="ed-model18-title-text">建立產業就業完整銜接機制<br />
陽明交大攜手40家企業培育AI即戰力</div>
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人工智慧競爭快速升溫、產業對AI人才需求持續攀升，陽明交通大學在經濟部「AI新秀計畫」支持下，攜手台灣微軟、群聯電子等超過40家企業，鎖定畢業3至4年內的青年，打造人才培育模式。經過8個月系統化培訓，首屆56位學員中，不僅有5位學員提前獲企業延攬正式任職，另有47位學員進入合作企業實習。<br />
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該計畫針對這群青年人才，透過320小時、300小時企業實作專案，以及4個月企業實習，協助沒有AI背景或希望跨入AI領域的青年，系統性建立人工智慧相關能力。<br />
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人工智慧專責辦公室主任曾建超指出，企業現在需要的人才，不只是懂AI理論，而是能將AI真正落實到企業應用場域的實務人才。課程特別強調從資料準備、模型訓練、系統部署、推理加速、系統維運到AI協作的完整流程，並透過企業實作與業界導師陪伴，讓沒有AI背景的新鮮人，也能系統性掌握AI從基礎到應用的完整脈絡，畢業後快速銜接產業需求。</div>
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首屆56位學員中共有53人取得微軟雲端AI相關專業證照，51位學員通過地端AI系統架構與部署專業認證，證照與認證通過率分別達95％及91％，充分展現課程在人才培育與產業接軌上的具體成效。<br />
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陽明交大校長林奇宏表示，AI人才已成為國家競爭力的重要關鍵，這項培育計畫不只是教育課程，更是台灣AI人才戰略的重要一環。透過大學、政府與企業三方合作，希望培養更多具備國際競爭力的AI專業人才，為台灣AI產業發展注入新動能。<br />
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- <![CDATA[NSTC, NYCU, and TSMC Break Key Barrier in 2D Semiconductors]]>Research Highlights2026-08-11<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NSTC, NYCU, and TSMC Break Key Barrier in 2D Semiconductors"><meta name="twitter:description" content="An illustration of the epitaxial interface engineering behind the high-transconductance monolayer MoS₂ transistor developed by NYCU and TSMC with support from the NSTC. (Image credit: NSTC"><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260810095820231.jpg"><meta name="NSTC, NYCU, and TSMC Break Key Barrier in 2D Semiconductors"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NSTC, NYCU, and TSMC Break Key Barrier in 2D Semiconductors"><meta property="og:description" content="An illustration of the epitaxial interface engineering behind the high-transconductance monolayer MoS₂ transistor developed by NYCU and TSMC with support from the NSTC. (Image credit: NSTC"><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260810095820231.jpg"><meta property="og:url" https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=149da2b1-c125-4a91-a84f-1e21e369f762">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">Professor Wen-Hao Chang’s team at NYCU’s Department of Electrophysics has developed a high-performance monolayer molybdenum disulfide (MoS₂) top-gate transistor, addressing a longstanding interface challenge in two-dimensional semiconductors.</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">Researchers at National Yang Ming Chiao Tung University (NYCU), in collaboration with Taiwan Semiconductor Manufacturing Co. (TSMC) and Academia Sinica, with support from the National Science and Technology Council (NSTC), have cleared a major hurdle in the development of two-dimensional semiconductors.<br />
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The team created a high-performance top-gate transistor using a single layer of molybdenum disulfide (MoS₂). Despite its atom-scale dimensions, the device delivers high transconductance, extremely low leakage current and stable operation — a combination that has long proved difficult to achieve in 2D electronics. The findings were reported in Nature Electronics, marking an important step toward integrating 2D semiconductors into practical chip technologies.<br />
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<strong>Why Atom-Thin Semiconductors Matter</strong><br />
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The collaboration brought together teams led by Professor Wen-Hao Chang of NYCU’s Department of Electrophysics and Academia Sinica’s Research Center for Applied Sciences, Dr. Iuliana P. Radu of TSMC, and Professor Tsung-En Lee of NYCU’s Department of Semiconductor Engineering. The project was supported by the NSTC’s Angstrom Semiconductor Initiative and the Taiwan Chip-based Industrial Innovation Program’s project on Key Technologies for Integrating Next-Generation Semiconductor Materials and Devices.<br />
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From smartphones and computers to the next generation of artificial intelligence devices, modern electronics require chips that can process more information while consuming less power. For decades, the semiconductor industry has achieved this goal by shrinking silicon transistors. But as conventional silicon technology approaches its physical limits, researchers worldwide are seeking new materials to continue advancing chip performance.<br />
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Two-dimensional semiconductors are among the most promising candidates. Because they can be as thin as a single atomic layer, they offer exceptional control over electrical current even at extremely small dimensions. That makes them a potential pathway to extend transistor scaling and sustain the progress associated with Moore’s law. But being extraordinarily thin also makes these materials highly sensitive.<br />
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To control the flow of current through a transistor, engineers must place an ultrathin insulating layer — known as a gate dielectric — on top of the semiconductor. Doing so on a 2D material is a little like laying a film over an exceptionally delicate sheet of paper: The process can easily damage or disrupt the surface underneath. Those imperfections scatter electrons as they move through the material, reducing speed and undermining device performance. The industry has therefore faced a persistent trade-off between making the insulating layer thinner and preserving efficient electron transport.</div>
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<strong>An Atomic-Scale Fix for the Interface Problem</strong><br />
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Instead of searching for another semiconductor material, the research team redesigned the interface itself. Using a technique known as epitaxial interface engineering, the researchers deposited an ultrathin layer of aluminum directly onto monolayer MoS₂ under ultrahigh-vacuum conditions. They then carefully oxidized the aluminum to create an aluminum oxide layer measuring about 0.42 nanometers thick.<br />
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The atomically thin oxide forms a high-quality foundation for the growth of subsequent dielectric materials. It also improves the interface between the MoS₂ channel and the gate dielectric, helping electrons travel with less interference.<br />
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The resulting transistor combines an aggressively scaled dielectric structure with high transconductance — a measure of how effectively the gate voltage controls the device's current. Even at very small dimensions, the transistor demonstrated performance that ranks among the world’s leading MoS₂ devices, while maintaining extremely low leakage current and strong operational stability.<br />
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The results suggest that precise control of interfaces could help move 2D semiconductors beyond laboratory demonstrations and closer to real-world chip applications.<br />
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<strong>Building a Platform for the Post-Silicon Era</strong><br />
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“The real competition in 2D semiconductors will not be about materials alone — it will be about interface engineering,” Chang said.<br />
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He said the broader value of the research lies in its potential to serve as a platform technology applicable to various 2D semiconductor materials. If successfully integrated with existing semiconductor manufacturing processes, the approach could support a new generation of faster, more energy-efficient electronic devices and help lay the groundwork for chip technologies in the post-silicon era.<br />
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The achievement also highlights Taiwan’s ability to connect government-backed research programs with academic expertise and industrial capabilities. With support from the NSTC, the collaboration combined the research strengths of NYCU and Academia Sinica with TSMC’s semiconductor expertise.<br />
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NYCU will continue advancing research in next-generation semiconductor materials and devices while strengthening partnerships with government agencies and industry, helping turn fundamental scientific discoveries into technologies with practical impact.</div>
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<div class="ed-model18-title-text">國科會攜手陽明交大、台積電突破二維半導體介面瓶頸<br />
研究成果登《Nature Electronics》</div>
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<div class="col-md-6"><span style="font-size:80%;"><span style="color:#4e5f70;">文圖/張文豪教授、國科會</span></span><br />
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手機、電腦，甚至未來的AI智慧裝置，都需要運算速度更快、耗電更低的半導體晶片。然而，傳統矽半導體技術，已逐漸逼近物理極限。為了解決這個問題，全世界的科學家都在尋找下一代的半導體材料，而「二維半導體」因為薄到只有原子級厚度，被視為延續摩爾定律，讓晶片持續微縮與提升效能的重要關鍵。<br />
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本校電子物理系、中研院應用科學研究中心張文豪教授團隊，攜手半導體工程學系李宗恩教授及台積電Iuliana Radu博士團隊，在國科會「Å世代前瞻半導體專案計畫」及「晶創臺灣-次世代半導體材料與元件整合關鍵技術」計畫支持下，針對二維半導體長期以來面臨的「介面問題」提出解決方案，成功開發出高效能的單層二硫化鉬(MoS2)頂閘極電晶體，這項突破性成果更登上國際頂尖期刊《Nature Electronics》。<br />
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<strong>「磊晶介面工程」突破二維半導體關鍵瓶頸</strong><br />
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二維半導體雖有極致薄的優勢，但要讓它真正在晶片裡發揮作用，仍面臨一項關鍵挑戰：為了控制電流，必須在上面鋪一層超薄的「閘極介電層」。這就像要在超薄的紙上再鋪上一層膜，很容易在過程中破壞到紙張表面，這將導致電子傳輸受阻(電子散射)，使得元件效能受到嚴重影響。因此，如何兼顧超薄結構與高速電子傳輸，一直是國際半導體界難以跨越的高牆。</div>
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臺灣產學研團隊的創新之處，並不是去尋找另一種新材料，而是利用「磊晶介面工程」(epitaxial interface engineering)，重新設計了這層「膜」的結構。<br />
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研究團隊利用超高真空技術，先在單層MoS2表面精準鋪上一層超薄的鋁，再經氧化形成厚度僅約0.42奈米的氧化鋁層，作為後續材料生長的高品質基底。這個只有原子級厚度的完美介面，不僅大幅提升二維半導體與介電層之間的品質，更有效降低電子傳輸阻礙，成功兼顧「超薄」與「跨導」兩項關鍵特性。利用這項技術，團隊製作出的電晶體，在極小的尺寸下展現全球領先的跨導表現，同時具備極低漏電流與優異操作穩定性，展現二維半導體元件邁向實際應用的重要潛力。<br />
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<strong>介面工程奠定後矽時代科技基礎</strong><br />
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張文豪教授表示，未來二維半導體真正的競爭，不只是材料，而是介面工程! 這項技術最大的價值，是建立可廣泛應用於不同二維半導體材料的平台技術。未來可望發展出更高速、更低功耗的電子元件，並與現有的半導體製程完美結合，為「後矽時代」的晶片技術奠定重要基礎，也再次展現臺灣在次世代半導體領域的創新實力與國際競爭力。</p>
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- <![CDATA[Connecting With Silicon Valley：NYCU Students Join Cutting-Edge Research at Stanford and Berkeley]]>Campus Life2026-08-06<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">NYCU electrical engineering students and faculty pose with alumni and representatives of the Science and Technology Division at the Taipei Economic and Cultural Office in San Francisco during the department’s Northern California summer research and industry program.</span></em></span></div>
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<div class="ed_txt"><strong>Edited by Chance Lai</strong></div>
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<div class="ed_txt" style="text-align: justify;">Students from National Yang Ming Chiao Tung University (NYCU) are spending two months in Northern California this summer, conducting research at some of the world’s leading universities and gaining a firsthand look at Silicon Valley’s technology ecosystem.<br />
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The Department of Electrical Engineering selected outstanding third- and fourth-year students for research placements at Stanford University, the University of California, Berkeley, and the University of California, Davis.<br />
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Their projects span artificial intelligence, robotics, integrated circuit design, satellite communications, biomedical microelectromechanical systems, sensors and particle physics. The program is designed to give students early exposure to international research environments while strengthening their technical, collaborative, and problem-solving skills.<br />
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<strong>Inside World-Class Laboratories</strong><br />
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At UC Berkeley’s Berkeley Sensor & Actuator Center, or BSAC, Pei-Hu Chang is conducting research on BioMEMS and analog integrated circuits. The center brings together researchers in electrical engineering, mechanical engineering and biomedicine — an approach Chang said showed him the importance of working across disciplines.<br />
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“At BSAC, integrated circuit design is closely connected with BioMEMS and biomedical sensing,” Chang said. “The experience has helped me better understand the interdisciplinary skills that the semiconductor industry will increasingly require.”<br />
Yuan-Ting Lin, who works in AI and robotics research, said US laboratories place a strong emphasis on independence. Students are expected to plan their schedules, raise questions with faculty members and take responsibility for their results. The experience, Lin said, reinforced the value of stepping outside one’s comfort zone, communicating proactively and taking the initiative when entering a new field.<br />
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<strong>From Solving Problems to Asking New Questions</strong><br />
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At UC Davis, Pei-Hsuan Li is working on satellite communications. She said NYCU’s rigorous coursework gave her a solid foundation in theory and hands-on engineering, while her time in the United States introduced her to a different research culture.<br />
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Rather than beginning with a clearly defined problem and a standard answer, Li said, research often starts with uncertainty. Team members are encouraged to question assumptions and propose new directions — shifting the focus from solving existing problems to asking questions that could lead to new knowledge.<br />
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At SLAC National Accelerator Laboratory, operated by Stanford University, Yen-An Chen is helping develop a testing system for a large-scale particle physics experiment.<br />
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Working alongside researchers from different countries and disciplines has given Chen a close-up view of how major international science projects are organized. She said the experience strengthened her interest in pursuing international research in the future.</div>
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<strong>Connecting Research With Silicon Valley</strong><br />
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The program also takes students beyond university laboratories. NYCU faculty and students visited the Science and Technology Division of the Taipei Economic and Cultural Office in San Francisco, where they met Taiwan-born professionals and alumni working in the United States. The discussions offered practical perspectives on graduate study, research and career development in Silicon Valley.<br />
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The group also visited global technology company BizLink in an exchange arranged by Roger Liang, chairman of BizLink and president of the NYCU Electrical Engineering Alumni Association. Company executives discussed BizLink’s global operations, technology strategy, talent development and the skills needed to work in an international business environment.<br />
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Kai-Ten Feng, chair of NYCU’s Department of Electrical Engineering, said the department aims to cultivate more than technical expertise. “We want our students to become engineers who also have a global outlook, interdisciplinary capabilities and an innovative mindset,” Feng said.<br />
The department plans to deepen its partnerships with leading universities, overseas alumni and international companies, building a broader platform to prepare students for careers in global research and the technology industry.<br />
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<img alt="NYCU electrical engineering students and faculty visit BizLink as part of the department’s Northern California summer research and industry program. NYCU alumnus and BizLink Chairman Roger Liang is pictured fourth from left in the front row." src="/userfiles/nycuen/images/20260806114112974.png" /><br />
<em><span style="color:#4e5f70;"><span style="font-size:90%;">NYCU electrical engineering students and faculty visit BizLink as part of the department’s Northern California summer research and industry program. NYCU alumnus and BizLink Chairman Roger Liang is pictured fourth from left in the front row.</span></span></em><br />
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<div class="ed-model18-title-text">實習接軌矽谷科技圈：陽明交大學生走進史丹佛、柏克萊實驗室參與前瞻研究</div>
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為培育具備國際視野與前瞻研究能力的科技人才，國立陽明交通大學電機工程學系今年暑假遴選優秀大三、大四學生，前往史丹佛大學、加州大學柏克萊分校及加州大學戴維斯分校，展開為期兩個月的研究實習。學生分別投入人工智慧與機器人、IC設計、衛星通訊、生物微機電系統（BioMEMS）、感測器及粒子物理實驗等前瞻領域，透過沉浸式研究訓練，提早接軌國際研究環境與全球科技發展。<br />
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<strong>深入前瞻研究 體驗世界級實驗室文化</strong><br />
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在加州大學柏克萊分校Berkeley Sensor & Actuator Center（BSAC）從事BioMEMS與類比IC電路研究的張倍瑚表示，研究中心匯聚電機、機械及生醫等領域團隊，讓他深刻體會跨領域整合的能量，也更了解未來半導體產業所需的多元能力。<br />
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投入人工智慧機器人研究的林沅霆則分享，美國實驗室高度重視自主學習，學生必須主動規劃研究進度、與教授討論問題並對成果負責，使他體會到跨出舒適圈、積極溝通及主動探索的重要性。<br />
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<strong>從解題走向提問 培養自主研究能力</strong><br />
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在加州大學戴維斯分校研究衛星通訊的李佩諠表示，陽明交大的訓練奠定了扎實的理論與實作基礎；赴美實習則讓她接觸從「沒有標準答案」出發的研究文化，逐漸從著重解題，轉向思考如何提出問題、創造新知。<br />
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於史丹佛大學國家加速器實驗室（SLAC）參與大型粒子物理實驗測試系統開發的陳姸安，也在與跨領域、跨國研究人員合作的過程中，近距離體驗世界級科研計畫，並更加確定未來持續投入國際研究的方向。<br />
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<strong>串聯矽谷校友與企業 拓展全球科技視野</strong><br />
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實習期間，陽明交大電機系也安排師生拜訪駐舊金山台北經濟文化辦事處科技組，與多位旅美校友交流；並在系友會會長梁華哲安排下參訪全球科技公司BizLink，了解跨國企業的全球布局、技術創新、人才培育策略及產業趨勢。<br />
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電機系主任方凱田表示，系上希望透過制度化的海外研究實習，培養的不只是具備專業能力的工程師，更是擁有國際視野、跨領域整合能力與創新思維的未來科技人才。未來將持續深化與國際頂尖大學、海外校友及企業的合作，建構更完整的國際人才培育平台。</p>
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- <![CDATA[NYCU Advances Taiwan-Japan Semiconductor Ties With ‘Eco-system University’ Model]]>International Affairs2026-08-05<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>Government, industry and academic representatives from Taiwan and Japan gather at the 2026 Taiwan-Japan Semiconductor Technology Forum in Taipei on August 3 to discuss cross-border collaboration in the AI era. (Photo credit: Executive Yuan)</em></span></span></div>
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<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU) is positioning universities as more than training grounds and research centers, arguing that they can also serve as neutral, long-term hubs connecting governments, companies, researchers and startups across borders.<br />
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That vision was at the center of NYCU’s participation in the <strong>2026 Taiwan-Japan Semiconductor Technology Forum</strong>, held on August 3 at the Taipei International Convention Center. Under the theme <em>“International Opportunities for Semiconductor Cooperation in the AI Era,”</em> the forum brought together government, industry and academic leaders from Taiwan and Japan to discuss advanced packaging, heterogeneous integration, workforce development and semiconductor supply chain resilience.<br />
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NYCU President Chi-Hung Lin led a multidisciplinary delegation to the event. Yuan-Chieh Tseng, chief strategy officer of NYCU’s Office of Semiconductor International Cooperation, presented the university’s <strong>“Eco-system University”</strong> model and outlined a broader role for higher education in cross-border semiconductor collaboration.<br />
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<em><span style="color:#4e5f70;"><span style="font-size:90%;">Attendees photograph a presentation by Yuan-Chieh Tseng on NYCU’s “ecosystem university” model at the 2026 Taiwan-Japan Semiconductor Technology Forum.</span></span></em><br />
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<strong>From one-off exchanges to long-term collaboration</strong><br />
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Tseng said the rapid development of artificial intelligence, the growing specialization of global industries and rising geopolitical risks are reshaping what universities are expected to do. Beyond educating students, conducting research and transferring technology, universities can serve as coordinating platforms for governments, businesses, research institutions, startups and international partners, he said.<br />
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The Eco-system University model brings together education, research, industry and regional resources. Because universities are relatively neutral institutions designed to operate over the long term, they can lower barriers between organizations and support joint talent programs, collaborative research, shared facilities and industry-academia partnerships.<br />
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In the semiconductor sector, a university-led platform could connect partners across materials, equipment, chip design, manufacturing, packaging, system applications and workforce development. The goal is to move cooperation beyond isolated events or individual projects and build a cross-border innovation network that can operate over time.<br />
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NYCU is a founding member of the Taiwan-Japan Semiconductor Technology Promotion Association and holds a vice chair position in the organization. Lin’s attendance underscored the university’s long-term commitment to technology exchange, talent development and industrial cooperation between Taiwan and Japan.</div>
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<strong>Complementary strengths and regional connections</strong><br />
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The Executive Yuan Premier Jung-tai Cho and Economic Affairs Minister Ming-hsin Kung attended the forum, along with Frank Chang-ting Hsieh, chairman of the Taiwan-Japan Relations Association and Taiwan’s former representative to Japan. Jyh-Huei Kuo, a former economic affairs minister and honorary chairman of the Taiwan-Japan Semiconductor Technology Promotion Association, also joined government, industry and academic representatives at the event.<br />
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Organizations including the Central Japan Economic Federation and the Kyushu Economic Federation represented Japan’s regional business community. Both regions are major hubs for semiconductors, electronics, precision machinery and advanced manufacturing. Their participation broadened the discussion beyond cooperation between individual companies, opening opportunities to connect regional industrial clusters and develop wider cross-border innovation networks.<br />
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Taiwan has built a comprehensive semiconductor ecosystem spanning chip design, foundry manufacturing, assembly and testing, and AI hardware. Japan, meanwhile, has deep capabilities in materials, production equipment, precision manufacturing and basic research. Bringing those complementary strengths together — particularly as AI demand expands and global supply chains are reorganized — was a central focus of the forum.<br />
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<strong>Turning a framework into action</strong><br />
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NYCU’s delegation reflected the university’s work across research, international engagement and industry-academia collaboration.<br />
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In addition to Tseng, the delegation included Seiji Samukawa, director of the Taiwan-Japan Exchanges Office; Chih-Wei Chen, the office’s deputy director; Ching-Yao Huang, vice president for industry-academia co-creation; and Horng-Show Koo, a visiting professor at the International College of Semiconductor Technology. Together, the team contributed perspectives on semiconductor research, workforce development, international partnerships and connections with industry.<br />
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NYCU plans to deepen cooperation with Japanese industrial clusters, universities and research institutions through joint education programs, collaborative research, shared facilities and industry-academia co-creation. By putting the ecosystem university model into practice, NYCU aims to turn a forum concept into a lasting framework for cooperation — and position the university as a key link in Taiwan-Japan semiconductor innovation.<br />
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<img alt="Yuan-Chieh Tseng (right), chief strategy officer of NYCU’s Office of Semiconductor International Cooperation, speaks during a panel discussion at the 2026 Taiwan-Japan Semiconductor Technology Forum." src="/userfiles/nycuen/images/20260805230422178.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">Yuan-Chieh Tseng (right), chief strategy officer of NYCU’s Office of Semiconductor International Cooperation, speaks during a panel discussion at the 2026 Taiwan-Japan Semiconductor Technology Forum.</span></span></em></div>
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<div class="ed-model18-title-text">陽明交大拓展跨國產學合作<br />
以「生態系大學」串聯臺日半導體網絡</div>
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圖/行政院、台日交流推進室 文/國際宣傳辦公室</span></span><br />
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「2026台日半導體科技論壇」8月3日於臺北國際會議中心舉行，以「AI趨勢下的半導體國際合作機會」為主題，匯聚臺日政府、產業及學研界代表，探討先進封裝、異質整合、人才培育及半導體供應鏈韌性等議題。國立陽明交通大學校長林奇宏帶領跨領域團隊出席，半導體國際策略合作辦公室執行長曾院介並於論壇分享「生態系大學」（Eco-system University）理念，提出大學在跨國半導體合作中的新角色。<br />
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<strong>從單點交流走向長期協作 大學成為關鍵整合平臺</strong><br />
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曾院介指出，面對AI技術快速演進、全球產業高度分工及地緣政治風險，大學的功能不應只停留在人才培育、學術研究或技術移轉，更可成為政府、產業、研究機構、新創團隊及國際夥伴之間的整合平臺。「生態系大學」著重整合教育、研究、產業與區域資源。<br />
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大學具備相對中立且能長期延續的平臺優勢，可降低不同組織間的合作門檻，促成跨國人才培育、共同研究、設施共享及產學合作。以臺日半導體合作為例，大學可串聯材料、設備、晶片設計、製造、封裝、系統應用與人才培育等環節，使合作不再侷限於單次活動或個別專案，而能逐步形成持續運作的跨國創新網絡。<br />
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陽明交大為台日半導體科技促進會創始會員，並擔任副理事長單位，持續參與雙邊合作平臺。林奇宏校長此次出席論壇，展現學校對臺日半導體合作的支持，以及長期投入科技交流、人才培育與產業鏈結的決心。<br />
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<strong>臺日優勢互補 產業鏈結延伸至區域聚落</strong><br />
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行政院長卓榮泰、經濟部長龔明鑫出席本次論壇；臺灣日本關係協會會長、前駐日代表謝長廷，以及台日半導體科技促進會榮譽理事長、前經濟部長郭智輝亦共同與會。</div>
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日本產業界則有一般社團法人中部經濟連合會、一般社團法人九州經濟連合會等重要區域經濟組織代表參與。中部與九州皆是日本半導體、電子、精密機械及製造產業的重要聚落。相關組織參與論壇，使臺日合作由個別企業交流進一步拓展至區域產業聚落的對接。<br />
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臺灣在晶片設計、晶圓製造、封裝測試及AI硬體領域具備完整能量，日本則在材料、設備、精密製造及基礎研究方面根基深厚。如何結合雙方優勢，因應AI發展與全球供應鏈重組，成為論壇的重要討論方向。<br />
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<strong>集結跨域能量 推動人才、科研與產業共創</strong><br />
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陽明交大此次與會團隊橫跨科研、國際交流及產學合作領域，包括材料科學與工程學系特聘教授、半導體國際策略合作辦公室執行長曾院介，臺日交流推動辦公室主任寒川誠二、副主任陳治維，產學共創處產創長黃經堯，以及國際半導體產業學院客座教授顧鴻壽等人，分別從研究、人才與產業面向參與交流。<br />
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未來，陽明交大將深化與日本產業聚落、大學及研究機構的合作，推動跨國人才培育、共同研究、設施共享與產學共創，讓「生態系大學」從論壇倡議轉化為持續運作的合作機制，成為臺日半導體共同創新的重要節點。</p>
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- <![CDATA[Taiwan’s First National Space Startup Accelerator at NYCU]]>Industry Cooperation2026-08-04<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>The TASA iSPARK Space Innovation Hub officially opened on July 31 at NYCU’s Boai Campus, bringing together university research, Taiwan’s space expertise and Hsinchu’s technology ecosystem to help startups reach global markets.</em></span></span></div>
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<div class="ed_txt" style="text-align: justify;">Taiwan’s first national-level accelerator dedicated to space startups opened July 31 at National Yang Ming Chiao Tung University (NYCU), bringing together research, investment and industry resources in a bid to strengthen the country’s position in the rapidly expanding global space economy.<br />
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Established by the Taiwan Space Agency (TASA), the TASA iSPARK Space Innovation Hub is located in the Hsien-Che Building on NYCU’s Boai Campus. The hub will combine NYCU’s research talent, TASA’s technological expertise and the industrial strength of the Hsinchu Science Park to help Taiwanese space startups turn laboratory innovations into commercially viable products and services.<br />
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Premier of the Executive Yuan Jung-Tai Cho, Minister of the National Science and Technology Council (NSTC) Cheng-Wen Wu, Director General of the Taiwan Space Agency (TASA) Jong-Shinn Wu and representatives from industry marked the official launch by striking ceremonial mallets at the opening event.<br />
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<em><span style="color:#4e5f70;"><span style="font-size:90%;">Premier Jung-Tai Cho expressed hope that TASA iSPARK would become a key hub connecting Taiwan with the global space industry.</span></span></em><br />
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<strong>Connecting Campus Research With Global Markets</strong><br />
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NYCU has built extensive research capabilities in semiconductors, information and communications technology, artificial intelligence, electrical engineering, photonics, advanced materials and systems integration. Its longstanding partnerships with the Hsinchu Science Park and companies in Taiwan and overseas have also positioned the university at the heart of the country’s technology ecosystem. The arrival of TASA iSPARK on the Boai Campus will further connect academic research, technology validation and industry resources, creating a strategic corridor for space innovation.<br />
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The initiative comes as commercial opportunities expand in low-Earth-orbit satellites, satellite communications, Earth observation and space-based data services. Taiwan’s strengths in semiconductors, ICT, precision manufacturing and electronics supply chains give it a strong foundation from which to enter these emerging markets.<br />
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With commercialization at the center of its mission, TASA iSPARK will provide technical guidance, testing and validation support, investor matchmaking, international partnerships and professional advisory services. The hub will also promote a co-creation model in which established companies identify real-world challenges and startups develop solutions. The approach is designed to accelerate product validation, shorten the path to market and increase the likelihood that new technologies will be successfully adopted.<br />
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<strong>A New Strategy for Taiwan’s Space Industry</strong><br />
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Cho said that competing in space and exploring the ocean are central elements of the government’s national development vision. Next-generation communications have been included in Taiwan’s “Ten Major AI Infrastructure Projects” and designated as one of the country’s 13 key strategic industries. The government has committed more than NT$71 billion (about US$2.4 billion) under the third phase of its long-term national space technology development program, building a comprehensive framework spanning legislation, institutional development, policy and public investment.</div>
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Cho said TASA iSPARK would play a key role in nurturing startups, connecting them with industry and expanding international cooperation. Accelerating startup growth and technology commercialization, he added, will be essential for Taiwan to establish a stronger presence in next-generation communications and the global space sector. He expressed hope that the hub would become an important gateway linking Taiwan with the international space market.<br />
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Wu said Taiwan should capitalize on its advantages in semiconductors and smart manufacturing to seize opportunities in next-generation communications. The value of low-Earth-orbit satellites, he said, lies not simply in the number placed in orbit but in their ability to communicate with ground-based systems and deliver services to people. Satellite communications therefore offer Taiwan a particularly promising entry point into the global space industry.<br />
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Wu also said plans are underway to establish a space investment fund that would encourage venture capital firms and private investors to support technology development and long-term industrial growth.<br />
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TASA iSPARK has already brought together teams working in satellite communications, optical remote sensing, testing and validation, ground equipment, artificial intelligence, advanced materials and systems integration. The hub is also building a cross-disciplinary network that includes electronics manufacturers, satellite service providers, testing organizations, investors, legal specialists and professional advisers.<br />
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<strong>Building the Next Generation of Space Startups</strong><br />
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Jong-Shinn Wu, who recently retired from NYCU’s Department of Mechanical Engineering, said the rapid growth of the global space economy would require participation not only from government but also from industry and private capital. The establishment of TASA iSPARK marks a new stage in the development of Taiwan’s space sector, Wu said, describing the hub as a gateway that will help guide startups and connect them with international markets.<br />
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In addition to providing workspace, TASA iSPARK will offer industry courses, co-creation workshops, matchmaking events, international networking opportunities and one-on-one mentoring. These programs will help participating teams advance technology validation, product development, business-model design and market expansion.<br />
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The hub is also partnering with Asia Innovation Hub this year to launch an international accelerator program. Through mentoring by global industry experts, overseas market exploration and cross-border partnerships, the program aims to help Taiwanese startups enter international space-industry supply chains.<br />
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NYCU will continue drawing on its strengths in interdisciplinary research, talent development and university-industry collaboration to support the initiative. Working alongside TASA and the Hsinchu Science Park ecosystem, the university aims to help more Taiwanese innovations move beyond the laboratory — and into the global marketplace.<br />
<br />
<img alt="TASA Director General Jong-shinn Wu said the establishment of TASA iSPARK marks a new stage in Taiwan’s space development." src="/userfiles/nycuen/images/20260804150916906.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">TASA Director General Jong-shinn Wu said the establishment of TASA iSPARK marks a new stage in Taiwan’s space development.</span></span></em></div>
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<div class="ed-model18-title-text">TASA iSPARK 星創基地落腳陽明交大<br />
串聯竹科產學研能量 打造太空新創國際樞紐</div>
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<div class="col-md-6"><span style="font-size:80%;"><span style="color:#4e5f70;">資料來源.圖/<a href="https://www.tasa.org.tw/zh-TW/announcements/detail/777e4338-3dad-4997-ac92-f5cee48827f5" title="國家太空中心">國家太空中心</a><br />
文/國際宣傳辦公室</span></span><br />
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國家太空中心（TASA）設立的「TASA iSPARK星創基地」7月31日於國立陽明交通大學博愛校區賢齊館開幕。作為臺灣首座國家級太空新創加速器，基地將結合陽明交大的科研人才、國家太空中心的技術能量與新竹科學園區的產業聚落，串聯研發、投資及國際市場資源，加速臺灣太空新創從技術走向市場。開幕典禮由行政院長卓榮泰、國科會主委吳誠文、國家太空中心主任吳宗信及產業界代表共同敲槌，宣示基地正式啟動。<br />
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<strong>從校園研發走向國際市場</strong><br />
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陽明交大長期深耕半導體、資通訊、人工智慧、電機、光電、先進材料及系統整合，並與竹科及國內外產業緊密合作。星創基地進駐博愛校區，將進一步整合校園研發、技術驗證與產業資源，形成太空創新的關鍵廊道。<br />
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隨著全球太空經濟快速成長，低軌衛星、衛星通訊、地球觀測及太空資料應用等領域商機蓬勃，臺灣擁有半導體、資通訊、精密製造與電子供應鏈優勢，星創基地將聚焦技術商品化，協助科研成果轉化為具市場競爭力的產品與服務。<br />
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基地以市場需求為核心，整合技術輔導、驗測支援、投資媒合、國際合作及專業顧問服務，並透過「企業出題、新創解題」的共創模式，加速產品驗證與市場導入，提高創新成果落地的機會。<br />
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<strong>首座國家級加速器 布局太空產業新戰略</strong><br />
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行政院長卓榮泰表示，「競逐太空、探索海洋」是政府重要國政願景，次世代通訊已納入「AI新十大建設」及十三項關鍵戰略產業。政府並透過第三期國家太空科技發展長程計畫投入逾新臺幣710億元，從法制、組織、政策及預算全面布局。</div>
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卓榮泰指出，星創基地肩負培育新創、鏈結產業及拓展國際合作的任務。唯有加速新創成長與技術商業化，才能讓臺灣在次世代通訊及太空產業站穩國際舞台。他期盼基地成為臺灣鏈結全球太空市場的重要樞紐。<br />
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國科會主委吳誠文則表示，臺灣應發揮半導體與智慧製造優勢，掌握次世代通訊的發展契機。低軌衛星的價值不只在於衛星數量，更在於與地面通聯、服務人群；衛星通訊正是臺灣切入全球太空產業的重要機會。未來也將成立太空基金，引導創投及民間資金投入技術開發與產業布局。<br />
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<strong>匯聚跨域團隊 培育下一波太空新創</strong><br />
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目前星創基地已匯聚衛星通訊、光學遙測、測試驗證、地面設備、人工智慧、先進材料及系統整合等團隊，並串聯電子製造、衛星服務、檢測驗證、投資、法律及專業顧問夥伴，建立跨域共創網絡。<br />
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國家太空中心主任、甫自陽明交大機械工程學系退休的吳宗信表示，全球太空經濟蓬勃發展，臺灣除了政府投入，更需要產業及民間資本共同參與。iSPARK的成立象徵臺灣太空產業邁入新階段，將成為導航新創、連結全球市場的重要入口。<br />
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除提供進駐空間，基地也規劃產業課程、共創工作坊、媒合活動、國際資源串接及一對一業師輔導，協助團隊推進技術驗證、產品開發、商業模式建立及市場拓展。今年更攜手Asia Innovation Hub（AIH）啟動國際培育計畫，透過國際業師輔導、海外市場探勘與跨國鏈結，協助臺灣新創進入全球太空產業供應鏈。<br />
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未來，陽明交大將持續發揮跨域科研、人才培育與產學合作優勢，攜手國家太空中心及竹科產業聚落，讓更多創新成果走出實驗室、飛向國際市場。</p>
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- <![CDATA[NYCU Joins Taiwan’s First High School–University–Research Alliance to Cultivate Future Scientists]]>Academics2026-07-30<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">Representatives from Academia Sinica, the Ministry of Education and partner universities pose for a group photo following the MOU signing ceremony.</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">Around the world, countries are rethinking when future scientists should begin their research training. Rather than waiting until university, many are giving students opportunities to engage in authentic research during high school, recognizing that scientific talent is cultivated through years of curiosity, experimentation and mentorship.<br />
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To strengthen Taiwan’s research talent pipeline, National Yang Ming Chiao Tung University (NYCU) joined Academia Sinica, the Ministry of Education (MOE), National Taiwan University (NTU), National Tsing Hua University (NTHU) and National Cheng Kung University (NCKU) on July 29 to inaugurate the Preparatory Office of the National Taiwan Science Experimental High School and sign a memorandum of understanding (MOU).<br />
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The initiative establishes Taiwan’s first collaborative platform linking a research-focused high school with leading universities and Academia Sinica, creating a seamless pathway from secondary education to university and national research.<br />
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<strong>Preparing the Next Generation of Scientists</strong><br />
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Through the partnership, students will gain early access to university laboratories, research mentorship, project-based learning and academic exchanges, allowing them to experience authentic scientific research well before entering university.<br />
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NYCU President Chi-Hung Lin said future researchers will need more than disciplinary expertise as artificial intelligence, semiconductors, biomedical science and other emerging technologies become increasingly interconnected. “With strengths spanning both medicine and engineering, NYCU has long championed interdisciplinary education and research,” Lin said. “By opening our research environment to students at an earlier stage, we hope to inspire scientific curiosity while creating a seamless pathway from high school to university and national research institutions.”<br />
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Drawing on its expertise in medicine, biomedical science, artificial intelligence, semiconductors, photonics and information technology, NYCU will provide students with opportunities to explore frontier research across multiple disciplines and develop the skills needed for future scientific careers.</div>
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Academia Sinica President James C.Y. Chen said cultivating scientific talent requires sustained collaboration between education and research institutions. “Scientific breakthroughs often result from years of persistence and the willingness to explore the unknown,” Chen said. “Introducing students to systematic research methods early helps foster scientific reasoning, critical thinking and independent inquiry.”<br />
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<strong>Strengthening Taiwan’s Research Ecosystem</strong><br />
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NYCU has long promoted interdisciplinary talent development through partnerships with high schools, science outreach, cross-disciplinary curricula and international collaborations.<br />
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The university will continue working with Academia Sinica, the Ministry of Education and partner institutions to integrate educational and research resources, expand opportunities for young researchers and strengthen Taiwan’s long-term scientific competitiveness by cultivating globally minded research talent.<br />
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<img alt="Caption: Leaders from Taiwan’s leading research and higher education institutions attend the MOU signing ceremony for the National Taiwan Science Experimental High School initiative. From left: NYCU President Chi-Hung Lin, NTU President Wen-Chang Chen, Preparatory Office Director Yuan-Lung Chu, Minister of Education Ying-Yao Cheng, Academia Sinica President Chien-Jen Chen, NTHU President W. John Kao and NCKU President Meng-Ru Shen. (Photo credit: Ministry of Education.)" src="/userfiles/nycuen/images/20260730131049713.png" /><br />
<em><span style="color:#4e5f70;"><span style="font-size:90%;">Leaders from Taiwan’s leading research and higher education institutions attend the MOU signing ceremony for the National Taiwan Science Experimental High School initiative. From left: NYCU President Chi-Hung Lin, NTU President Wen-Chang Chen, Preparatory Office Director Yuan-Lung Chu, Minister of Education Ying-Yao Cheng, Academia Sinica President Chien-Jen Chen, NTHU President W. John Kao and NCKU President Meng-Ru Shen. (Photo credit: Ministry of Education.)</span></span></em></div>
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陽明交大攜手中研院打造科研人才培育鏈</div>
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文/國際宣傳辦公室</span></span><br />
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面對全球科研競爭日益激烈，人才已成為國家最重要的戰略資源。隨著人工智慧、半導體、生醫科技等前瞻科技快速發展，科研人才的培育也逐漸向高中階段延伸，透過研究導向的學習環境，讓學生及早接觸前瞻科學議題與研究方法，已成為世界各國培育未來科研人才的重要方向。<br />
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為深化我國科研人才培育體系，國立陽明交通大學於7月29日與中央研究院、教育部、國立臺灣大學、國立成功大學及國立清華大學，共同為「國立臺灣科學實驗高級中等學校籌備處」揭牌，並簽署合作備忘錄（MOU），共同建立臺灣首個串聯高中、大學與國家研究機構的科研人才培育合作平台，打造完整的科研教育銜接機制，培育具國際競爭力的下一世代科研人才。<br />
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此次合作備忘錄由中央研究院院長陳建仁、國立臺灣科學實驗高級中等學校代理籌備處主任朱元隆、國立臺灣大學校長陳文章、國立清華大學校長高為元、國立陽明交通大學校長林奇宏及國立成功大學校長沈孟儒共同簽署；教育部部長鄭英耀、教育部次長朱俊彰及國教署署長彭富源等人共同出席見證，展現政府、學研機構與大學攜手培育科研人才的共同承諾。<br />
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<strong>串聯高中、大學與研究機構 培育科研新世代</strong><br />
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國立臺灣科學實驗高級中等學校是臺灣首個串聯高中、大學及國家研究機構的科研人才培育平台。未來，陽明交大將與中央研究院及各合作大學共同建構研究導向的人才培育機制，提供研究人員指導、專題研究、實驗室學習、科研交流及學術資源共享等多元學習資源，讓學生在高中階段便有機會接觸前瞻科研議題，培養科學思維、研究能力與跨域視野。<br />
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林奇宏校長表示，隨著人工智慧、生醫科技、半導體等前瞻科技快速發展，未來科研人才除了扎實的專業知識，更需要具備跨域整合能力、創新思維與自主探索精神。陽明交大兼具醫學與工程雙核心優勢，長期推動跨域教育與研究，並透過附屬高中及各項高中合作計畫，持續深化高中與大學的教育銜接，累積科研人才培育經驗。此次參與科學實驗高中計畫，將進一步整合學校在醫學、生醫、人工智慧、半導體、光電及資訊等領域的研究能量，讓具有科研潛力的學生更早接觸真實研究環境，建立從高中、大學到研究機構的完整培育鏈，為未來投入科研發展奠定基礎。<br />
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中央研究院院長陳建仁表示，科研人才的養成是一項長期工程，需要教育與研究體系共同投入。科學突破往往來自長期的堅持與勇於嘗試，若能自學生時期開始接觸系統性的研究方法，將有助於及早培養科學思維與獨立思考能力。透過此次合作，中研院將結合跨領域研究能量，與各合作大學共同提供研究指導、專題研究、實驗室學習及學術資源，讓學生在高中階段便有機會接軌世界前瞻研究。<br />
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<strong>建構完整科研人才培育鏈 厚植臺灣科研競爭力</strong><br />
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長期以來，陽明交大持續推動跨域人才培育，透過高中合作、科學教育推廣、跨域課程及國際交流等多元機制，鼓勵年輕學子投入科研探索，培養兼具創新能力與國際視野的新世代人才。<br />
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未來，陽明交大將持續深化與中央研究院、教育部及各合作夥伴的合作，整合教育與研究資源，建立更完善的科研人才培育機制，讓更多具科研潛力的年輕學子及早投入研究、接軌國際，持續為臺灣培育能夠面對全球科技挑戰、引領知識創新的下一世代科研人才。</p>
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</div>]]>https://www.nycu.edu.tw/nycu/en/app/news/image?module=headnews&detailNo=1532255719343001600&init=YNYCU Joins Taiwan’s First High School–University–Research Alliance to Cultivate Future Scientists
- <![CDATA[NYCU Unveils Scalable Peptide Manufacturing Platform for Next-Generation Therapeutics]]>Research Highlights2026-07-29<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full"><img alt="NYCU Unveils Scalable Peptide Manufacturing Platform for Next-Generation Therapeutics" src="/userfiles/nycuen/images/20260730130101572.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>Conceptual illustration of the solid-phase peptide ligation platform. The technology is designed to simplify the manufacturing of structurally complex peptides while supporting scalable production and future therapeutic applications.</em></span></span></div>
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<div class="ed_txt"><strong>Edited by Chance Lai</strong></div>
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<div class="ed_txt" style="text-align: justify;">Researchers at National Yang Ming Chiao Tung University (NYCU) and Kaohsiung Medical University have developed an advanced <strong>Solid-Phase Peptide Ligation Platform</strong> that could help overcome one of the biggest manufacturing bottlenecks limiting next-generation peptide therapeutics. Led by Associate Professor Hui-Ting Chen of NYCU’s Department of Pharmacy and Distinguished Professor Chia-Lin Kao of Kaohsiung Medical University, the team designed the platform to integrate peptide fragment synthesis and ligation within a single solid-phase system, enabling more efficient and scalable production of structurally complex peptides.<br />
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<div class="ed_txt" style="text-align: justify;">As GLP-1 weight-loss drugs reshape the global pharmaceutical market and precision medicine continues to advance, peptide therapeutics have become one of the fastest-growing areas of drug development. Hundreds of peptide-based drug candidates are currently in clinical development worldwide. Yet many promising candidates fail to advance beyond process development because long-chain, cyclic and chemically modified peptides remain notoriously difficult to manufacture, resulting in low yields, complex purification processes and high production costs. The new platform is designed to address these longstanding manufacturing challenges and help accelerate the translation of promising peptide candidates toward clinical and industrial development.</div>
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<div class="ed_txt" style="text-align: justify;">The platform recently received the <strong>22nd National Innovation Award</strong>, recognizing the team’s contributions to advanced peptide manufacturing while highlighting Taiwan’s growing capabilities in pharmaceutical process innovation and translational research.<br />
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<div class="ed_pic_full"><img alt="Caption: Schematic comparison of conventional solid-phase peptide synthesis and the newly developed ligation platform, illustrating a streamlined workflow for producing complex peptides with fewer purification steps." src="/userfiles/nycuen/images/20260730130103472.png" /><br />
<em><span style="color:#4e5f70;"><span style="font-size:90%;">Schematic comparison of conventional solid-phase peptide synthesis and the newly developed ligation platform, illustrating a streamlined workflow for producing complex peptides with fewer purification steps.</span></span></em><br />
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<strong>Overcoming Manufacturing Challenges for Complex Peptides</strong><br />
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Peptide therapeutics have become an important class of medicines because of their high target specificity and generally favorable safety profiles. They are widely used to treat diabetes, obesity, cancer and numerous chronic diseases. Among the most prominent examples are long-acting GLP-1 therapeutics, many of which contain more than 30 amino acids together with lipid conjugations and non-natural amino acid modifications. While these structural features enhance therapeutic performance, they also make manufacturing significantly more challenging.<br />
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According to Kao, conventional peptide synthesis methods often experience declining reaction efficiency when producing long-chain or heavily modified peptides. Lower yields, increased byproduct formation and more complicated purification procedures not only raise manufacturing costs but also make large-scale production and quality consistency more difficult.</div>
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At the core of the new platform is an integrated solid-phase workflow that combines peptide fragment synthesis and ligation within a single reaction system. By eliminating many of the separation and purification steps required in conventional manufacturing processes, the platform streamlines production while improving both efficiency and product quality.<br />
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The technology is compatible with a broad range of structurally demanding peptides—including long-chain, cyclic, amphiphilic and chemically modified molecules. Compared with existing approaches, it delivers higher synthesis efficiency and product purity while reducing unwanted byproducts. Its versatility makes it suitable for both laboratory research and industrial-scale manufacturing.<br />
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Beyond improving research efficiency, the platform also offers strong potential for large-scale production. By shortening the timeline from early-stage discovery to preclinical development, it could help accelerate the commercialization of next-generation peptide therapeutics.<br />
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<img alt="“Many peptide drug candidates fail not because of molecular design, but because they are too difficult to manufacture efficiently,” Chen said. “Our goal was to build a platform that makes complex peptides easier to produce at scale and easier to translate into real-world therapeutics.”" src="/userfiles/nycuen/images/20260730130103039.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">“Many peptide drug candidates fail not because of molecular design, but because they are too difficult to manufacture efficiently,” Chen said. “Our goal was to build a platform that makes complex peptides easier to produce at scale and easier to translate into real-world therapeutics.”</span></span></em><br />
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<strong>Bridging Academic Innovation and Industrial Translation</strong><br />
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Chen said that successful biotechnology innovation requires more than promising drug concepts—it also depends on manufacturing technologies capable of translating laboratory discoveries into real-world products. The team’s modular fragment design strategy and solid-phase ligation technology enable researchers and pharmaceutical developers to evaluate peptide drug candidates more efficiently, accelerating preclinical research while reducing manufacturing risks during process development.<br />
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Beyond technology development, the researchers have actively strengthened connections between academia and industry. The platform supports the synthesis of specialized peptides, synthetic intermediates, impurity reference standards and customized peptide products, providing technical services for academic laboratories, biotechnology startups, contract development and manufacturing organizations (CDMOs), and pharmaceutical companies developing structurally complex peptides. Receiving the 22nd National Innovation Award recognizes the team’s long-term commitment to advancing peptide synthesis technologies while underscoring NYCU’s strengths in pharmaceutical sciences, process engineering and translational research.<br />
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Looking ahead, the researchers plan to validate the platform at larger manufacturing scales while expanding international collaborations and industry partnerships. By serving as a bridge between academic innovation and biopharmaceutical manufacturing, they hope to help bring more next-generation peptide therapeutics from the laboratory to clinical development while strengthening Taiwan’s role in advanced peptide manufacturing and precision medicine.</div>
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<div class="ed-model18-title-text">陽明交大、高醫開發創新胜肽合成平台<br />
突破困難胜肽製造瓶頸 加速GLP-1等新一代藥物開發</div>
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<div class="col-md-6"><span style="font-size:80%;"><span style="color:#4e5f70;">資料來源/<a href="https://innoaward.taiwan-healthcare.org/faq_detail.php?REFDOCTYPID=&REFDOCID=0thh1hqij5em0mlb" title="新創幫">新創幫</a><br />
文圖/國際宣傳辦公室</span></span><br />
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近年來，GLP-1減重藥物席捲全球，加上精準醫療快速發展，帶動胜肽（Peptide）成為全球藥物研發最受矚目的技術之一。目前全球已有數百項胜肽候選藥物進入臨床開發，但許多新藥即使完成分子設計，仍因長鏈胜肽、環狀胜肽及特殊修飾胜肽製造困難，面臨產率偏低、純化繁複、成本高昂等問題，使研發進程停滯於製程開發階段，成為全球生醫產業共同面臨的關鍵瓶頸。<br />
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為突破這項挑戰，國立陽明交通大學藥學系副教授陳惠亭與高雄醫學大學特聘教授高佳麟共同領導研究團隊，開發自主研發的「固相鏈結胜肽合成平台（Solid-Phase Peptide Ligation Platform）」，透過創新的製程設計，大幅提升高難度胜肽的合成效率與品質，為新一代胜肽藥物建立更具效率與可放大的製造技術。這項成果榮獲第22屆國家新創獎肯定，也展現台灣在高階胜肽製程技術上的研發實力。<br />
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<strong>突破困難胜肽製程 打造更高效率的合成平台</strong><br />
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胜肽藥物因具有高專一性、副作用較低等優勢，已廣泛應用於糖尿病、肥胖、癌症及多種慢性疾病治療。其中，近年最受矚目的GLP-1長效型藥物，多數同時具有超過30個胺基酸、脂肪酸修飾及非天然胺基酸等複雜結構。然而，這些特性也使製造過程更加困難。<br />
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高佳麟表示，傳統胜肽合成技術在面對長鏈或特殊修飾胜肽時，容易因反應效率下降而降低產率，同時增加副產物生成，導致後續純化流程更加繁瑣，不僅提高生產成本，也增加量產與品質一致性的挑戰。為解決產業長期面臨的製程限制，研究團隊開發固相鏈結胜肽合成平台，將片段合成與鏈結反應整合於同一固相系統完成，減少傳統製程所需的大量分離與純化步驟。<br />
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相較於既有方法，新平台不僅可提升合成效率與產品純度，也能降低副產物生成風險，同時適用於長鏈、環狀、兩親性及特殊修飾等多種高難度胜肽結構，提供更符合產業需求的製程方案。除了提升研究效率，技術亦兼具放大量產潛力，可望縮短從實驗室到臨床前開發的時間，協助新藥更快進入後續驗證與商品化階段。<br />
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<strong>串聯學研與產業 加速創新藥物走向市場</strong><br />
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陳惠亭表示，生技產業真正需要的不只是創新的藥物構想，更需要能協助研究成果快速走向商品化的技術平台。團隊建立的模組化片段設計與固相鏈結技術，可讓研究團隊與新藥研發公司更有效率地驗證候選藥物，加速推進臨床前研究，降低製程開發風險。<br />
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除了技術研發外，團隊也積極串聯學研與產業需求，提供特殊胜肽、中間體、不純物標準品及客製化合成等服務，協助學術研究單位、生技新創、CDMO及製藥企業克服困難胜肽開發與量產挑戰，降低技術導入門檻與開發成本。<br />
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此次榮獲第22屆國家新創獎，不僅肯定研究團隊多年投入特殊胜肽與困難胜肽合成技術的成果，也展現陽明交大在藥物科學、製程開發與技術轉譯領域的研究能量。研究團隊表示，未來將持續推動技術放大驗證、國際合作及產業鏈結，希望成為串聯學術創新與生技產業的重要橋梁，協助更多創新胜肽藥物加速邁向臨床與市場，提升台灣在高階胜肽製造及精準醫療產業的國際競爭力。</p>
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- <![CDATA[HHRI and NYCU Unveil Silicon Photonic Breakthrough for Next-Generation AI Data Centers]]>Research Highlights2026-07-27<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full"><img alt="A concept illustration of ultra-high-speed optical data transmission. The proof-of-concept silicon photonic transmitter achieved 34.132 Tbit/s through a single optical fiber—equivalent to transferring thousands of high-definition movies in just one second." src="/userfiles/images/20260728112516287.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">A concept illustration of ultra-high-speed optical data transmission. The proof-of-concept silicon photonic transmitter achieved 34.132 Tbit/s through a single optical fiber—equivalent to transferring thousands of high-definition movies in just one second.</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">As artificial intelligence models become larger and more computationally demanding, the next bottleneck in AI is no longer processing power alone—it is how quickly massive amounts of data can move between chips, servers and entire data centers.<br />
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Researchers at National Yang Ming Chiao Tung University (NYCU) and the Hon Hai Research Institute (HHRI) have developed a high-capacity silicon photonic transmitter that combines a quantum-dot comb laser, wavelength-division multiplexing and multicore fiber technologies to increase optical data transmission. The proof-of-concept system achieved an aggregate transmission capacity of <strong>34.132 Tbit/s</strong> through a single optical fiber, providing a promising architecture for future AI data centers and co-packaged optics (CPO). The study was published in <em>Optics Express.</em><br />
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<strong>Replacing Electrons With Light</strong><br />
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The rapid rise of large language models (LLMs) and generative AI has transformed the architecture of modern AI data centers, where thousands—or even tens of thousands—of GPUs work together to train and deploy increasingly sophisticated models. As computing power continues to scale, however, the volume of data exchanged between processors grows even faster. Moving data efficiently has therefore become one of the industry’s greatest engineering challenges.<br />
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To overcome this bottleneck, the semiconductor industry has increasingly turned to silicon photonics, which uses light instead of electrical signals to transmit data at much higher speeds. Unlike conventional copper interconnects, which consume more power, generate more heat and suffer greater signal loss over longer distances, optical communication can carry substantially more information with significantly higher energy efficiency. As a result, silicon photonics is widely regarded as one of the key enabling technologies for next-generation AI infrastructure.<br />
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The joint NYCU–HHRI research team sought to increase transmission capacity further while reducing the number of optical components required, creating a simpler, more compact and energy-efficient optical transmission architecture.<br />
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<strong>One Laser, One Fiber, 34.132 Tbit/s</strong><br />
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One of the team’s key innovations is the use of an ultra-broadband quantum-dot comb laser. Conventional optical communication systems typically require multiple independent lasers to generate different wavelengths. In contrast, the new transmitter uses a single laser to stably produce 23 distinct optical wavelengths, greatly simplifying the optical architecture.<br />
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The system can be likened to a single light source generating 23 independent high-speed optical channels, each capable of carrying data simultaneously without interfering with the others. By replacing multiple lasers with a single light source, the design reduces system complexity while easing challenges related to packaging, thermal management and device control.<br />
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Each wavelength employs PAM4 (Pulse Amplitude Modulation 4-level), enabling transmission at 212 Gbit/s while carrying twice as much information as conventional binary modulation within the same bandwidth. The researchers further expanded system capacity by incorporating a seven-core multicore optical fiber. Unlike conventional optical fibers, which contain only a single transmission path, multicore fibers integrate multiple independent cores within one fiber, allowing several data streams to travel simultaneously.</div>
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By combining 23 wavelength channels with seven spatial cores, the transmitter simultaneously employs wavelength-division multiplexing (WDM) and space-division multiplexing (SDM), dramatically increasing overall throughput. Together, the system achieved an aggregate transmission capacity of 34.132 Tbit/s through a single optical fiber. To validate the architecture, the team successfully transmitted data over 2 kilometers of optical fiber while maintaining excellent signal integrity.<br />
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The researchers emphasize that the current work represents a proof of concept demonstrating the feasibility of the integrated architecture. Before commercialization, additional advances in device packaging, long-term reliability and scalable manufacturing will still be required.<br />
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<strong>Toward the Next Generation of AI Infrastructure</strong><br />
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Beyond boosting transmission capacity, the researchers also designed specialized high-frequency electrodes within the silicon photonic chip to suppress electromagnetic interference generated during simultaneous multi-channel operation, further improving signal integrity.<br />
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The technology could contribute to the development of co-packaged optics (CPO), an emerging architecture that places optical components much closer to AI processors and network switches. By shortening electrical transmission distances, CPO can significantly reduce power consumption and latency while overcoming one of the major performance bottlenecks in future AI computing systems.<br />
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As AI models continue to grow, demand for faster and more energy-efficient optical interconnects will only increase. By combining advanced silicon photonics with innovative optical transmission architectures, the collaboration between NYCU and HHRI demonstrates Taiwan’s growing leadership in silicon photonics and high-speed optical communications, while laying the groundwork for the next generation of AI data center infrastructure.<br />
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The research was led by Hao-Chung Kuo, director of the Semiconductor Research Institute at HHRI, and Chi-Wai Chow, distinguished professor at NYCU, together with researchers from both institutions. The project was supported by Taiwan’s National Science and Technology Council (NSTC) and the Industrial Technology Research Institute (ITRI), with additional research collaboration from the team led by Chair Professor Wood-Hi Cheng at National Chung Hsing University.<br />
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<img alt="A schematic illustration of co-packaged optics (CPO), where optical engines are integrated closer to AI processors to shorten electrical interconnect distances, improving bandwidth, energy efficiency and signal integrity." src="/userfiles/nycuen/images/20260728114243233.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">A schematic illustration of co-packaged optics (CPO), where optical engines are integrated closer to AI processors to shorten electrical interconnect distances, improving bandwidth, energy efficiency and signal integrity.</span></span></em></div>
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<div class="ed-model18-title-text">AI資料傳輸迎來新突破<br />
陽明交大攜手鴻海研究院開發高容量矽光子發射器</div>
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<div class="col-md-6"><span style="font-size:80%;"><span style="color:#4e5f70;">資料來源/鴻海研究院<br />
文圖/國際宣傳辦公室 </span></span><br />
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當AI快速發展，全球資料中心持續擴建，運算能力早已不再只是比拚GPU有多快，如何讓龐大的資料在晶片、伺服器與機櫃之間快速流動，正成為下一個關鍵挑戰。<br />
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國立陽明交通大學攜手鴻海研究院，成功開發新一代高容量矽光子發射器（Silicon Photonic Transmitter），透過單一量子點梳狀雷射、多波長光訊號與多核心光纖整合，大幅提升資料傳輸效率，為未來AI資料中心與共同封裝光學（Co-Packaged Optics, CPO）提供新的技術方向。研究成果已發表於國際光學期刊《Optics Express》。<br />
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<strong>從「電子」改成「光」</strong> <strong>讓資料跑得更快</strong><br />
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近年大型語言模型（LLM）與生成式AI快速發展，一座AI資料中心往往需要數千甚至數萬顆GPU共同運算。然而，GPU愈多，需要交換的資料量也同步暴增。如果資料無法即時送達，再快的運算晶片也必須等待資料傳輸完成，導致整體效能受到限制。因此，全球科技產業近年積極投入矽光子（Silicon Photonics）技術，希望利用光訊號取代部分電訊號，降低高速傳輸造成的能耗、散熱與訊號損失。<br />
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傳統晶片之間主要透過銅線傳送電子訊號，就像高速公路上的車流，距離愈長、速度愈快，越容易塞車、耗能，也更容易發熱。矽光子技術則改以光來傳遞資料。由於光可以承載更多資訊，且長距離傳輸時能維持較低的能量損耗，因此被視為下一代AI資料中心的重要核心技術。這次陽明交大與鴻海研究院的研究，便希望利用更少的光源與光纖，傳送更多資料，同時降低系統複雜度。<br />
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<strong>一顆雷射、一根光纖 打造34.132 Tbit/s高速傳輸</strong><br />
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研究團隊最大的突破之一，是採用超寬頻量子點梳狀雷射（Quantum-dot Comb Laser）。一般光學系統若需要多個波長，通常必須配置多顆獨立雷射；此次研究則只利用一顆雷射，便能穩定產生23個不同波長的光訊號。可以把它想像成：一盞燈，同時分出23條不同顏色、彼此互不干擾的高速光通道。如此一來，不僅能減少雷射數量，也能降低光學系統在封裝、散熱與控制上的複雜度。</div>
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此外，每個波長皆採用PAM4高速調變技術，每秒可傳輸212 Gbit資料，相較於傳統傳輸方式，可在相同頻寬下承載更多資訊。除了增加波長數量外，研究團隊另一項創新，是採用7核心多核心光纖（Multi-core Fiber）。一般光纖只有一條傳輸路徑，而多核心光纖則像是在同一條光纖內建置多條獨立車道，可讓多組資料同時傳輸。當23個波長再搭配7個光纖核心後，整體系統可同時利用**波長多工（WDM）與空間多工（SDM）**兩種技術，大幅提升傳輸容量。最終，單根光纖總傳輸容量達到34.132 Tbit/s（每秒34.132兆位元）。<br />
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研究團隊也完成2公里光纖傳輸測試，證實高速傳輸後仍能維持良好的訊號品質。不過，研究人員也指出，這項成果目前仍屬概念驗證（Proof of Concept），主要目的在於驗證整合架構的可行性，距離商業化應用仍需克服封裝、可靠度及量產等挑戰。<br />
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<strong>為下一代AI資料中心奠定基礎</strong><br />
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除了高速傳輸外，研究團隊也在矽光子晶片中導入特殊高頻電極設計，降低多通道同時運作時的電磁干擾，提升整體訊號穩定性。研究成果未來可望應用於共同封裝光學（CPO）技術，將光學元件更靠近AI晶片與交換器，降低高速電訊號傳輸造成的能耗與延遲。<br />
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隨著AI模型持續擴大，資料中心對高速互連技術的需求也將快速增加。此次陽明交大與鴻海研究院共同完成的研究，不僅展現台灣在矽光子與高速光通訊領域的研發實力，也為下一代AI運算基礎建設提供新的技術方向。<br />
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本研究由鴻海研究院半導體所所長郭浩中、小組長洪瑜亨、研究員張雲翰，以及陽明交大特聘教授鄒志偉共同完成，並獲國家科學及技術委員會、工業技術研究院及中興大學講座教授鄭木海研究團隊支持。</p>
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- <![CDATA[NYCU, Military Academy Partner to Prepare the Next Generation of AI-Ready Military Leaders]]>Industry Cooperation2026-07-23<![CDATA[<!-- Twitter Card -->
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<div class="ed_txt"><strong>Edited by Chance Lai</strong><br />
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<div class="ed_txt" style="text-align: justify;">Artificial intelligence is transforming not only how wars are fought, but also how future military leaders are educated. As autonomous systems, cybersecurity and data-driven decision-making become increasingly central to modern defense, military academies around the world are looking beyond traditional training to cultivate officers with strong technological capabilities.<br />
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Responding to this shift, the Republic of China Military Academy and National Yang Ming Chiao Tung University (NYCU) signed a strategic alliance agreement on July 22 to strengthen collaboration in defense technology, interdisciplinary education and talent development. Facilitated by Stan Shih, chairman of the StanShih Foundation, the partnership brings together one of Taiwan’s premier military academies and one of its leading research universities to prepare future officers for an increasingly intelligent and technology-driven security environment.<br />
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<strong>Bridging Academia and National Defense</strong><br />
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The collaboration focuses on technologies expected to shape the future of defense, including artificial intelligence (AI), unmanned aerial systems (UAS), big data analytics, cybersecurity and intelligent control.<br />
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Through cross-institutional course enrollment, joint research projects, faculty and student exchanges, academic seminars and talent development initiatives, the two institutions will combine NYCU’s research strengths with the Military Academy’s practical training to create a more integrated educational model.<br />
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The partnership reflects a growing international trend in which universities and defense institutions work together to accelerate innovation while preparing talent capable of navigating rapidly evolving technological challenges.<br />
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<strong>Turning Research into Real-World Impact</strong><br />
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As one of Taiwan’s leading research universities, NYCU has established internationally recognized strengths in engineering, artificial intelligence, information and communications technology, semiconductor research and intelligent systems.<br />
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By connecting these academic capabilities with defense education, the university hopes to expand opportunities for interdisciplinary collaboration while translating research into practical applications that support future national defense and security needs.<br />
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The alliance also provides new opportunities for faculty members and students from both institutions to collaborate on emerging technologies, encouraging innovation across disciplinary boundaries.</div>
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<strong>A Dual-Degree Pathway for Future Officers</strong><br />
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A key component of the agreement is the establishment of a dual bachelor’s degree program. Students who complete the academic requirements of both institutions will be eligible to earn bachelor’s degrees from both the Republic of China Military Academy and NYCU. The program combines military leadership education with advanced engineering and technology training, enabling graduates to develop broader interdisciplinary expertise while enhancing their future career competitiveness.<br />
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As military operations become increasingly supported by AI, autonomous platforms and digital technologies, the program is designed to cultivate officers capable of integrating technological innovation with strategic leadership and systems thinking.<br />
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<strong>Preparing for Tomorrow’s Battlefield</strong><br />
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Major General Fang-Jung Tan, president of the Republic of China Military Academy, said technological innovation has become a defining element of future defense capabilities. He said the partnership with NYCU represents an important step toward integrating military education with scientific and technological advancement, helping cultivate officers equipped with modern operational thinking, advanced technology applications and systems integration expertise.<br />
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For NYCU, the agreement represents another step in strengthening collaboration between academia and society. By connecting higher education with emerging national priorities, the university aims to contribute not only to scientific discovery, but also to the development of talent capable of addressing the complex challenges of an increasingly digital world.<br />
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<img alt="Maj. Gen. Fang-Jung Tan (left), president of the Republic of China Military Academy, and NYCU President Chi-Hung Lin exchange signatures during the agreement ceremony, marking the beginning of institutional collaboration." src="/userfiles/nycuen/images/20260723115012174.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">Major General Fang-Jung Tan (left), president of the Republic of China Military Academy, and NYCU President Chi-Hung Lin exchange signatures during the agreement ceremony, marking the beginning of institutional collaboration.</span></span></em></div>
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<div class="ed-model18-title-text">AI時代重塑軍事教育<br />
陸軍軍官學校與陽明交大簽署策略聯盟</div>
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文/國際宣傳辦公室 </span></span><br />
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人工智慧（AI）正改變戰爭型態，也重新定義未來軍事人才的培育方式。隨著自主系統、資通訊安全及數據驅動決策逐漸成為現代國防的重要核心，世界各國軍事院校正突破傳統訓練模式，積極培養兼具科技素養與跨域能力的新世代軍事領導人才。<br />
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因應此一趨勢，陸軍軍官學校與國立陽明交通大學於7月22日正式簽署策略聯盟合作協議，在智榮基金會董事長施振榮促成下，雙方將攜手深化國防科技、跨域教育及人才培育合作。此次合作結合台灣重要軍事教育機構與頂尖研究型大學的資源，共同培育能夠因應智慧化、科技化安全環境挑戰的未來軍事人才。<br />
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<strong>結合學術與國防 打造跨域人才培育模式</strong><br />
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此次合作聚焦未來國防發展關鍵技術，包括人工智慧（AI）、無人飛行系統（UAS）、大數據分析、資通訊安全及智慧控制等領域。透過跨校修課、共同研究、師生交流、學術研討會及人才培育等多元合作機制，雙方將結合陽明交大的科研能量與陸軍軍官學校的實務訓練優勢，打造更完整的跨域教育模式。這項合作也呼應全球高等教育與國防機構攜手推動科技創新、培育跨領域人才的發展趨勢，期望培養具備因應快速科技變革能力的新世代軍事專業人才。<br />
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<strong>推動科研落地 強化國防科技應用</strong><br />
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身為台灣頂尖研究型大學，陽明交大在工程、人工智慧、資訊與通訊科技、半導體及智慧系統等領域皆具備深厚研究基礎，並享有國際聲譽。藉由合作，陽明交大將進一步串聯科研能量與國防教育，拓展跨域合作機會，加速科研成果轉化為實際應用，支援未來國防科技與國家安全發展需求。此外，合作也將為兩校師生提供更多共同投入新興科技研究的機會，促進跨領域交流與創新。</div>
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<strong>推動雙學士學位 培養科技與領導兼備軍官</strong><br />
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此次合作的重要內容之一，是建立雙學士學位制度。凡完成兩校課程規定的學生，未來可同時取得陸軍軍官學校與陽明交大的學士學位。透過結合軍事領導教育與工程科技專業訓練，學生將具備更完整的跨域能力，提升未來職涯競爭力。<br />
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隨著人工智慧、自主系統及數位科技日益融入軍事作戰，此項制度將培育兼具科技創新、戰略領導及系統整合能力的新世代軍事人才，以因應未來智慧戰場的需求。<br />
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<strong>攜手迎向智慧戰場新時代</strong><br />
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陸軍軍官學校校長譚芳榮少將表示，科技創新已成為未來國防能力的重要基石。此次與陽明交大建立策略合作，不僅是軍事教育與科技發展深度融合的重要里程碑，更將培育具備現代作戰思維、科技應用能力及系統整合專長的新世代軍官。<br />
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對陽明交大而言，此次合作也象徵大學持續深化與社會連結的重要一步。透過結合高等教育與國家發展需求，陽明交大期望不僅持續推動科研創新，更培育具備跨域整合能力的人才，協助因應數位時代日益複雜的全球挑戰。</p>
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- <![CDATA[NYCU Student Rocket Team Completes Full Mission at World’s Largest Rocket Competition]]>Campus Life2026-07-22<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">The NYCU Formosan Fox team joined 174 student rocket teams from around the world at the 2026 International Rocket Engineering Competition, the world’s largest collegiate rocket competition.</span></em></span></div>
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<div class="ed_txt"><strong>Edited by Chance Lai</strong><br />
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<div class="ed_txt" style="text-align: justify;">From the classrooms of National Yang Ming Chiao Tung University (NYCU) to the desert skies of West Texas, a student-built rocket inspired by Taiwan’s sea goddess has completed one of its most ambitious missions yet.<br />
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NYCU’s student rocket team, Formosan Fox, traveled to the United States to compete in the <strong>2026 International Rocket Engineering Competition (IREC)</strong>, the world’s largest collegiate rocket competition. Competing against 174 student teams from around the globe, the team successfully launched and fully recovered its rocket, finishing seventh among participating Asian teams and demonstrating Taiwan’s growing capabilities in student-led aerospace engineering.<br />
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<span style="color:#4e5f70;"><em><span style="font-size:90%;">The Formosan Fox team transports its rocket to the launch site at the 2026 IREC.</span></em></span><br />
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<strong>A Rocket Inspired by Taiwan’s Maritime Culture</strong><br />
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For this year’s competition, the team named its rocket DIVA, inspired by Mazu, Taiwan’s revered goddess of the sea and protector of travelers. The name symbolizes safe journeys and successful voyages—a fitting metaphor for a mission centered on reliable flight, stable communications and full vehicle recovery.<br />
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Rather than serving merely as a cultural reference, DIVA reflected the team’s engineering priorities. Every stage of the project emphasized flight safety, mission reliability and successful recovery, translating a traditional cultural symbol into tangible technical objectives.<br />
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<img alt="Left: DIVA undergoes final pre-launch preparations, including system power-up and igniter installation. Right: Members of the NYCU Formosan Fox team pose with the DIVA rocket before launch at the 2026 IREC." src="/userfiles/nycuen/images/20260723101504767.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">Left: DIVA undergoes final pre-launch preparations, including system power-up and igniter installation. Right: Members of the NYCU Formosan Fox team pose with the DIVA rocket before launch at the 2026 IREC.</span></span></em><br />
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<strong>Turning Lessons Into Engineering Solutions</strong><br />
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Recovering the rocket intact was one of the team’s primary goals this year. In a previous competition at the Spaceport America Cup, the team was unable to recover the rocket’s nose cone. This experience drove significant improvements to this year’s recovery, tracking and communication systems.<br />
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To improve mission reliability, the team developed a non-pyrotechnic separation mechanism and a dual-stage parachute deployment system to reduce opening shock during descent. A dedicated ground communication station also provided real-time telemetry, allowing the team to continuously monitor flight performance, rocket attitude and the predicted landing location, greatly increasing the likelihood of complete vehicle recovery.</div>
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<span style="color:#4e5f70;"><span style="font-size:90%;"><em>The Formosan Fox team presents the DIVA rocket for pre-flight safety inspection before launch at the 2026 IREC.</em></span></span><br />
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<strong>A Year of Testing, Failure and Refinement</strong><br />
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Preparing for IREC required nearly a year of design, manufacturing, testing and repeated revisions. “The greatest challenge in rocket development is rarely the initial design,” said Kao-San Lin, captain of Formosan Fox. “It’s discovering problems during testing and having the determination to solve them, one by one.”<br />
Team members balanced demanding coursework with late-night fabrication and testing sessions, often spending evenings in the workshop after classes. Despite academic deadlines and project pressures, the opportunity to see the rocket successfully lift off remained the team’s strongest motivation.<br />
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Professor Lua Kim Boon of NYCU’s Department of Mechanical Engineering, who led the team, said the project demonstrated the students’ ability to integrate engineering design, manufacturing, testing and teamwork into a complete aerospace system. He noted that the competition also provided an invaluable opportunity for students to showcase their technical capabilities on an international stage.<br />
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<img alt="Comprising students from multiple disciplines, the NYCU Formosan Fox team presents the DIVA rocket at 2026 IREC, the culmination of nearly a year of collaborative design, fabrication and testing." src="/userfiles/nycuen/images/20260723101752247.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">Comprising students from multiple disciplines, the NYCU Formosan Fox team presents the DIVA rocket at 2026 IREC, the culmination of nearly a year of collaborative design, fabrication and testing.</span></em></span><br />
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Professor Ying-Hao Liao, director of NYCU’s Institute of Space Systems Engineering (iSSE), encouraged the students for transforming classroom knowledge into real-world engineering experience. From laboratories in Taiwan to the launch fields of Texas, he said, the team had turned pressure into performance while demonstrating the ambition of Taiwan’s next generation of aerospace engineers.<br />
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<span style="font-size:100%;"><span style="color:#000000;"><strong>Extending the Mission Beyond the Launch</strong><br />
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The DIVA project also expanded beyond rocket engineering through collaborations with Taiwan student satellite team SIGHT Space on a CanSat payload mission, and with the space education initiative Kuroro, a popular educational mascot promoting space science among children.<br />
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For the Formosan Fox team, participating in IREC represents more than a single international competition. It is an opportunity to demonstrate the strength of Taiwan’s engineering education while inspiring more young people to explore careers in aerospace science and technology.</span></span></div>
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<div class="ed-model18-title-text">陽明交大學生火箭隊 Formosan Fox<br />
勇闖世界最大火箭競賽 IREC 成功完成全任務</div>
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<div class="col-md-6"><span style="font-size:80%;"><span style="color:#4e5f70;">文/</span></span><span style="color:#4e5f70;"><span style="font-size:90%;">Formosan Fox、公關組 圖/Formosan Fox<br />
編譯/國際宣傳辦公室</span></span><br />
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本校火箭團隊Formosan Fox前往美國德州，參加全球規模最大的2026國際火箭工程競賽（International Rocket Engineering Competition, IREC），與全球174支學生火箭隊伍同場競技，最終以亞洲第七名成功完成火箭發射與完整回收任務，展現學生團隊的航太工程實力。<br />
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此次Formosan Fox從臺灣傳統信仰中的媽祖汲取靈感，將參賽火箭命名為「DIVA」（天后），象徵航行與旅途平安。對團隊而言，DIVA代表對安全飛行、成功回收與穩定通訊的重視，也希望將臺灣文化意象轉化為具體工程目標。<br />
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成功回收火箭是今年參賽的重要任務之一。團隊過去參與美國太空港盃時，曾留下鼻錐未能順利回收的遺憾，因此今年特別強化回收、追蹤與通訊系統設計。火箭採用非火藥式脫節系統與分階段降落傘開傘設計，以降低開傘瞬間衝擊；同時建置地面通訊站，即時接收飛行資料與火箭姿態資訊，以掌握飛行狀態與落點，提升火箭完整回收的成功率。為了準備此次比賽，團隊近一年持續投入製作、測試與設計修正。</div>
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Formosan Fox團隊隊長林誥三表示，開發火箭最大的挑戰往往不是設計，而是在測試後發現問題，再反覆修正的過程。團隊成員經常白天上課、晚上加工與測試到深夜，即使面臨課業與報告壓力，仍努力推進進度，「能看見火箭成功升空，是支持大家持續投入的重要動力」。<br />
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帶隊的機械工程學系教授賴錦文表示，Formosan Fox團隊從設計、製作到測試修正，展現高度工程實作能力與團隊合作精神，學生能在國際舞臺展現實力與潛力。太空系統工程研究所所長廖英皓則勉勵學生，從教室到德州沙漠，Formosan Fox一路把壓力化為實力，展現臺灣學生勇於挑戰國際的企圖心。<br />
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這次的DIVA火箭專案也與臺灣學生衛星團隊「SIGHT Space探空隨筆」合作規劃罐頭衛星（CanSat）酬載任務，並與太空教育角色「宇宙喵Kuroro」合作，將火箭任務延伸至酬載實作與兒童太空教育推廣。團隊成員一致認為，希望透過參與國際火箭競賽，讓更多人看見臺灣學生在航太工程與實作教育上的投入與潛力。</p>
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- <![CDATA[NYCU, MacKay Memorial Hospital Develop Brainwave Monitoring Method for More Precise Anesthesia]]>Research Highlights2026-07-20<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU, MacKay Hospital Develop Brainwave Monitoring Method for More Precise Anesthesia"><meta name="twitter:description" content="The wearable EEG device developed by Professor Terry B.-J. Kuo and his team at NYCU’s Institute of Brain Science enables real-time brainwave monitoring during anesthesia.><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260721171200481.png"><meta name="NYCU, MacKay Hospital Develop Brainwave Monitoring Method for More Precise Anesthesia"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU, MacKay Hospital Develop Brainwave Monitoring Method for More Precise Anesthesia"><meta property="og:description" content="The wearable EEG device developed by Professor Terry B.-J. Kuo and his team at NYCU’s Institute of Brain Science enables real-time brainwave monitoring during anesthesia."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260721171200481.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=b92bed9e-6ceb-4d19-a06a-312e2f59db9a">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>Researchers from NYCU’s Institute of Brain Science and MacKay Memorial Hospital pose for a group photo.</em></span></span></div>
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<div class="ed_txt" style="text-align: justify;">When patients undergo general anesthesia, they lose consciousness—but does that also mean the brain stops responding to pain?<br />
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A five-year collaborative study by National Yang Ming Chiao Tung University (NYCU) and MacKay Memorial Hospital suggests the answer is more complex. Rather than simply inducing unconsciousness, effective anesthesia requires carefully balancing two distinct processes: suppressing consciousness while maintaining appropriate pain control.<br />
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The interdisciplinary research team has identified a novel electroencephalography (EEG) biomarker—known as <strong>delta–alpha phase-amplitude coupling (PAC)</strong>—that more accurately reflects the brain’s response to painful stimuli during surgery than conventional monitoring methods. The findings were published in the April issue of <em>Anesthesiology</em>.<br />
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<div class="ed_pic_full"><img alt="The wearable EEG device developed by Professor Terry B.-J. Kuo and his team at NYCU’s Institute of Brain Science enables real-time brainwave monitoring during anesthesia." src="/userfiles/nycuen/images/20260721171200481.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">The wearable EEG device developed by Professor Terry B.-J. Kuo and his team at NYCU’s Institute of Brain Science enables real-time brainwave monitoring during anesthesia.</span></em></span><br />
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<strong>A More Objective Measure of Pain Under Anesthesia</strong><br />
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During surgery, anesthesiologists continuously adjust anesthetic and analgesic medications to keep patients unconscious while preventing excessive physiological stress caused by surgical stimulation.<br />
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Traditionally, these adjustments rely largely on indirect physiological indicators such as heart rate, blood pressure, pharmacological models, and clinical experience. However, because patients respond differently to surgery and anesthetic drugs, these measures cannot always accurately reflect how the brain is processing pain.<br />
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The new study demonstrates that PAC provides a more direct and objective indicator of the balance between <strong>nociception</strong>—the brain’s processing of harmful stimuli—and <strong>analgesia</strong>, enabling clinicians to optimize anesthetic dosing with greater precision.<br />
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<strong>Wearable Brainwave Device Enables Real-Time Monitoring</strong><br />
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The study was made possible through a lightweight wearable EEG system developed by Professor Terry B.-J. Kuo and his team at NYCU’s Institute of Brain Science.<br />
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Designed specifically for the demanding environment of operating rooms, the device combines miniaturized hardware with advanced signal-processing algorithms capable of filtering surgical noise while continuously capturing high-quality brainwave signals.<br />
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According to Kuo, the system allows individualized, real-time assessment of brain activity, providing anesthesiologists with an objective reference when determining whether additional anesthetic or analgesic medication is needed.<br />
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Such precision may help reduce the risk of intraoperative awareness, postoperative delirium, and potential long-term cognitive decline—particularly among elderly patients and other high-risk surgical populations.</div>
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<strong>Toward Precision Anesthesia</strong><br />
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Dr. Tzu-Chun Wang, senior attending anesthesiologist at MacKay Memorial Hospital and a doctoral researcher at NYCU’s Institute of Brain Science, said precision anesthesia begins well before surgery.<br />
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Before an operation, anesthesiologists evaluate factors including a patient’s age, medical history, medications, allergies, and surgical procedure to determine an individualized anesthesia plan. During surgery, medications are continuously adjusted based on physiological monitoring, while postoperative recovery is supported through Enhanced Recovery After Surgery (ERAS) protocols involving multidisciplinary teams including surgeons, nurses, and nutrition specialists.<br />
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The newly identified PAC biomarker adds another layer of objective information, helping clinicians better distinguish between adequate unconsciousness and adequate pain control—two physiological states that are often assumed to occur together but are governed by different neural mechanisms.<br />
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<strong>Engineering Medicine Driving Clinical Innovation</strong><br />
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Speaking on behalf of the collaborative project, NYCU President Chi-Hung Lin said advances in medical technology continue to expand the possibilities for understanding one of science’s greatest frontiers—the human brain.<br />
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“This collaboration exemplifies the spirit of Engineering Medicine by bringing together engineering, neuroscience, and clinical medicine,” Lin said. “Through close integration across disciplines, we are gaining deeper insight into how the brain functions and creating technologies that can improve patient care.”<br />
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Mackay Memorial Hospital Superintendent Wen-Han Chang emphasized that anesthesiologists play a critical role throughout surgery, noting that even small adjustments in medication dosage require careful judgment and extensive clinical expertise to ensure both patient safety and surgical success.<br />
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<strong>Expanding Beyond the Operating Room</strong><br />
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Building on their long-standing collaboration, NYCU and Mackay Memorial Hospital are continuing to translate neuroscience research into clinical practice.<br />
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The team is now extending the wearable brainwave monitoring technology to intensive care settings, where objective brain activity measurements may further improve the management and neurological outcomes of critically ill patients.<br />
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As precision medicine continues to reshape modern healthcare, the researchers believe brain-guided anesthesia represents an important step toward safer, more personalized surgical care.<br />
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<img alt="Dr. Tzu-Chun Wang (right) and Professor Terry B.-J. Kuo, whose teams collaborated on the precision anesthesia study." src="/userfiles/nycuen/images/20260721171525867.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">Dr. Tzu-Chun Wang (right) and Professor Terry B.-J. Kuo, whose teams collaborated on the precision anesthesia study.</span></em></span><br />
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<div class="ed-model18-title-text">陽明交大攜手馬偕醫院解開手術麻醉之謎<br />
透過腦波儀分析 精準達到麻醉與止痛的完美平衡</div>
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編譯/國際宣傳辦公室 </span></span><br />
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病人在手術中因麻醉而沈沈睡去，就會失去對疼痛的感覺嗎？最新的研究顯示，完美精準的手術中麻醉，要在「失去意識」與「調控疼痛」中求取平衡，才能讓大腦無意識下進行手術，也達到較佳的止痛平衡。<br />
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本校與馬偕紀念醫院共同發表這項歷時五年跨越醫學與研發團隊的研究成果，麻醉醫師以微型穿戴式腦波儀監測麻醉腦部狀態。研究發現比現行麻醉指標，「delta-alpha Phase Amplitude Coupling」(簡稱PAC)更能精準反映麻醉中大腦在「傷害感受（Nociception）」和疼痛控制(Analgeisa)下的平衡狀態，有助麻醉醫師精準掌握麻醉與止痛的藥物調控，該研究成果並榮登4月頂尖國際期刊「麻醉學」《Anesthesiology》。<br />
手術時的麻醉是怎麼讓病人失去意識的？病人在麻醉情況下，是不是因為「無意識」就忘了「疼痛」？拜醫療技科的進步，這些難解的麻醉之謎，在研究團隊的努力下有了嶄獲。<br />
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醫學院腦科學研究所博士王資竣，同時也是馬偕紀念醫院麻醉部資深主治醫師表示，精準麻醉第一步仰賴術前詳細的麻醉評估，麻醉醫師根據病人的年齡、既有疾病、固定用藥、過敏史以及手術類型等，規劃適合病人的麻醉方式。手術中透過各類監測工具，隨時調整麻醉與止痛藥物的平衡，術後則結合加速康復(ERAS)跨領域整合照護模式，與外科、護理、營養等團隊合作減少病人手術壓力與併發症，減輕術後不適，促進恢復並縮短住院天數。<br />
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王資竣表示，傳統麻醉醫師要瞭解病人是否處於足夠的麻醉深度，主要是藉由監測病人脈搏、血壓等生理訊號，並結合藥物動力學等知識以及臨床經驗判斷止痛是否足夠。當麻醉醫師監測術中的患者心跳上升、血壓升高等表徵波動時，則會調整麻醉與止痛用藥。但臨床往往因個體差異大和術式不同，傳統做法難以達到精準的麻醉與止痛用藥。<br />
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為了達到麻醉安全，取得病人在麻醉與止痛間的完美平衡，此次利用本校研發的腦波儀，透過監測數據指標PAC，精準反映大腦對疼痛刺激的反應，提供麻醉醫師更客觀的判斷依據，做為調整藥物的標準。</div>
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由醫學院腦科學研究所教授郭博昭率團隊研發的「穿戴式腦波儀」，是一種輕量化穿戴裝置與頂尖演算法的結合，郭博昭表示，在克服手術室多變環境及雜訊干擾的情況下，穩定收集患者腦波訊號並進行分析，透過精準個別化監測，作為麻醉醫師給予追加藥物的客觀指標，降低術中清醒風險，減少術後瞻妄及可能的腦部退化，對高風險族群的手術安全提供更多保障。<br />
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陽明交大校長林奇宏表示，醫療科技近年快速發展，然而人類對大腦運作機制的理解仍是神經科學與醫學持續探索的重要課題。這次的合作，充分展現工程醫學（Engineering Medicine）的跨領域整合精神，透過工程、醫學與臨床應用的緊密結合，有助於深化對大腦運作機制的理解，逐步揭開腦科學的面紗。<br />
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馬偕紀念醫院總院長張文瀚表示，麻醉醫師是手術團隊中非常重要且關鍵的角色，每一個藥物劑量的調整都是「失之毫釐差之千里」，得靠專業醫師非常精準的拿捏與充分的經驗，才能協助手術的完成。<br />
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多數人以為，全身麻醉就是「睡著」，病人睡得夠深，手術就能順利完成。但近年來國際麻醉醫學逐漸朝向病人從術前、術中、術後的腦部健康與精準麻醉的照護模式，以病人安全為前提，強調維護病人腦部健康，兼顧精準止痛，麻醉用藥更精準，降低麻醉與手術對大腦可能造成的影響。<br />
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馬偕與陽明交大長期推動產學合作，從麻醉醫學、腦科學到臨床照護，持續推動將研究成果轉譯至臨床應用。目前也正將腦波監測技術研究推展至加護病房照護，希望透過更多客觀指標，提升重症病人的照護品質。</p>
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- <![CDATA[NYCU Joins Taiwan Regenerative Medicine Alliance to Advance Next-Generation Healthcare]]>Industry Cooperation2026-07-15<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full"><img alt="From left: Hank Huang, Vice President of the Office of Industrial-Academia Co-creation, NYCU; Chun-Hsuan Ho, Chairman of the Taiwan Regenerative Medicine Alliance; Chi-Hung Lin, President of NYCU; Chi-Wei Yu, Deputy Director of Research Division VII, TIER; and Tzu-Hao Cheng, Senior Vice President of NYCU. (Photo credit: Taiwan Regenerative Medicine Alliance)" src="/userfiles/nycuen/images/20260715235058330.jpg" /></div>
<div class="ed_pic_full" style="text-align: center;"><em><span style="color:#4e5f70;"><span style="font-size:90%;">From left: Hank Huang, Vice President of the Office of Industrial-Academia Co-creation, NYCU; Chun-Hsuan Ho, Chairman of the Taiwan Regenerative Medicine Alliance; Chi-Hung Lin, President of NYCU; Chi-Wei Yu, Deputy Director of Research Division VII, TIER; and Tzu-Hao Cheng, Senior Vice President of NYCU.<br />
(Photo credit: Taiwan Regenerative Medicine Alliance)</span></span></em></div>
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<div class="ed_txt" style="text-align: justify;">Taiwan is strengthening its regenerative medicine ecosystem through a new partnership between the Taiwan Regenerative Medicine Alliance (TRMA) and National Yang Ming Chiao Tung University (NYCU), bringing together expertise in biomedical engineering, artificial intelligence, clinical medicine, and semiconductor technologies to accelerate next-generation healthcare innovation.<br />
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The two organizations recently signed a memorandum of understanding (MOU), marking a new phase of collaboration across academia, industry, research institutions, and healthcare providers. Witnessed by the Taiwan Institute of Economic Research (TIER), the agreement aims to build a more integrated innovation ecosystem that translates scientific discoveries into clinical and industrial applications while enhancing Taiwan’s international competitiveness.<br />
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<strong>Integrating Engineering and Medicine</strong><br />
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Since the 2021 merger of National Yang-Ming University and National Chiao Tung University, NYCU has combined its strengths in medicine, life sciences, engineering, and information and communication technologies to develop innovative healthcare solutions.<br />
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NYCU President Chi-Hung Lin said the university continues to leverage this interdisciplinary foundation to advance smart healthcare, biomedical engineering, and regenerative medicine.<br />
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“By integrating engineering, medicine, and digital technologies, NYCU is creating new opportunities for innovation in regenerative medicine,” Lin said. “Through collaboration with industry and research partners, we hope to accelerate technological translation, cultivate future talent, and strengthen Taiwan’s global competitiveness.”<br />
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As one of the alliance’s key academic partners, NYCU will contribute expertise in BioICT biomedical chips, AI-enabled healthcare, automated stem cell manufacturing, and translational biomedical research.<br />
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Among its flagship technologies is a semiconductor-based BioICT platform that integrates microfluidics, capacitive sensing, temperature control, and microscopic imaging onto a single chip. Designed using Taiwan’s semiconductor manufacturing technologies, the platform enables automated cell quality analysis while improving production efficiency and reducing manufacturing costs.<br />
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The technology has already been adopted by the CiRA Foundation at Kyoto University in Japan for automated quality assessment of induced pluripotent stem (iPS) cells, highlighting its potential for international regenerative medicine applications.<br />
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<strong>Building the Next Generation of Smart Biobanking</strong><br />
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A major focus of the partnership will be developing a Next-Generation Intelligent Biobank (NGIB) capable of storing up to 500,000 biological samples.<br />
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Unlike conventional biobanks that rely heavily on manual operation, the proposed platform combines fully automated ultra-low-temperature storage with NYCU’s proprietary BioICT Quality Control (QC) Chip and AI-powered predictive maintenance technologies. The system is expected to improve storage efficiency, quality management, and long-term reliability while transforming Taiwan’s semiconductor expertise into advanced biomedical infrastructure for regenerative medicine.<br />
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The collaboration will also expand AI-assisted drug discovery through NYCU’s College of Pharmaceutical Sciences, where researchers use biomedical databases and machine learning algorithms to predict interactions between therapeutic compounds and biological targets, helping shorten the early stages of drug development.<br />
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In parallel, NYCU Hospital will work toward developing clinical operations that align with international ISO certification and PIC/S Good Manufacturing Practice (GMP) standards, laying the foundation for future international collaboration in regenerative medicine.<br />
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<strong>Bringing Semiconductor Innovation to Regenerative Medicine</strong><br />
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One of NYCU’s key contributions to the alliance will be its semiconductor-based biomedical chip technologies.<br />
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Developed using Taiwan Semiconductor Manufacturing Company (TSMC)’s standard semiconductor fabrication process, the BioICT platform integrates microfluidics, capacitive sensing, temperature control, and microscopic imaging into a single chip. The technology enables automated cell quality analysis while improving manufacturing efficiency and reducing production costs.</div>
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The platform has already been adopted by the CiRA Foundation at Kyoto University in Japan for automated quality assessment of induced pluripotent stem (iPS) cells, demonstrating its potential for international regenerative medicine applications.<br />
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<strong>Developing Next-Generation Smart Biobanking</strong><br />
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The collaboration will also focus on developing a Next-Generation Intelligent Biobank (NGIB) capable of storing up to 500,000 biological samples.<br />
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The system will combine fully automated ultra-low-temperature cell storage with NYCU’s proprietary BioICT Quality Control (QC) Chip and AI-powered predictive maintenance technologies.<br />
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By reducing reliance on manual handling and improving storage standardization, the platform is expected to enhance the safety, efficiency, and scalability of cell preservation while translating Taiwan’s semiconductor precision manufacturing capabilities into advanced biomedical infrastructure.<br />
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<strong>Accelerating AI-Driven Drug Discovery and Clinical Translation</strong><br />
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NYCU’s College of Pharmaceutical Sciences will contribute AI-assisted drug discovery technologies that combine large-scale biomedical databases with machine learning algorithms to predict interactions between therapeutic compounds and biological targets, helping shorten early-stage drug development.<br />
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The partnership also supports the development of international-standard clinical infrastructure at NYCU Hospital, with the long-term goal of achieving ISO certification and PIC/S Good Manufacturing Practice (GMP) compliance for regenerative medicine, positioning the hospital as a potential hub for future Taiwan-Japan clinical collaboration.<br />
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<strong>Training the Next Generation of Regenerative Medicine Professionals</strong><br />
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<span style="font-size:100%;"><span style="color:#000000;">Beyond research collaboration, the alliance and NYCU plan to establish a new academic program in regenerative medicine and cell engineering to cultivate the next generation of industry professionals.<br />
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The curriculum will include certification courses, advanced technical training, and executive education programs designed to prepare professionals for international standards such as ISO 17034, ISO 20387, and PIC/S GMP requirements for clinical operations and quality management.<br />
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Lin said the partnership extends beyond developing next-generation cell therapies and automated manufacturing technologies. “Our goal is also to build an ecosystem that connects academia and industry while cultivating the highly skilled workforce needed to support the future growth of regenerative medicine,” he said.<br />
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The TIER described the agreement as an important milestone for Taiwan’s regenerative medicine sector. The institute said. “By strengthening collaboration among academia, industry, government, and research organizations, Taiwan will be better positioned to expand its strategic role in the global regenerative medicine economy.”</span></span><br />
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<strong>Developing Future Talent</strong><br />
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Lin said the collaboration represents more than a research partnership. “Our goal is not only to develop next-generation cell therapies and automated manufacturing technologies, but also to build an ecosystem that connects academia and industry while preparing the talent needed to support the future growth of regenerative medicine,” he said.<br />
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NYCU and the alliance plan to establish a new academic program in regenerative medicine and cell engineering, accompanied by professional training programs ranging from foundational certification courses to advanced technical and management education. The initiative aims to prepare professionals capable of meeting international standards, including ISO 17034, ISO 20387, and PIC/S GMP requirements for regenerative medicine and cell therapy.<br />
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For NYCU, the partnership reflects the university’s commitment to translating interdisciplinary research into real-world healthcare solutions. By combining expertise in medicine, engineering, artificial intelligence, and semiconductor technologies, the university aims to help shape the next generation of regenerative medicine in Taiwan and beyond.</div>
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<div class="ed-model18-title-text">產官學研跨界整合<br />
台灣再生醫療聯盟與陽明交大締結合作備忘錄</div>
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編譯/國際宣傳辦公室 </span></span><br />
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台灣再生醫療聯盟與國立陽明交通大學今日正式簽署合作備忘錄MOU，標誌著我國再生醫療產業邁入「產官學研跨界整合、立足台灣、協同日新、邁向國際」的新階段。台灣經濟研究院作為聯盟策略倡議者，全程見證此一合作。陽明交通大學將以其BioICT生醫晶片、AI智慧醫療、幹細胞自動化製程等領域的研發能量，成為聯盟重要的學研合作夥伴。<br />
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台灣再生醫療聯盟整合了國家級產官學科研機構，以及極光智聯、芮康生物科技股份有限公司等產業夥伴，此次陽明交大的正式加入，讓聯盟形成從基礎研究、技術開發、臨床驗證到商業應用的完整產業合作鏈。<br />
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陽明交大林奇宏校長表示，陽明大學與交通大學於2021年合校為「國立陽明交通大學」，結合資通訊科技與生醫專長，推動智慧醫療與生醫科技發展，並期望透過強強聯手提升國際競爭力，發揮一加一大於二的綜效。校方長期投入資源於半導體生醫晶片研發，其開發之晶片整合微流道運算、電容感測、溫度控制與顯微影像功能，採用台積電標準半導體製程製作，有助於提升製造效率及降低生產成本。此技術獲得國際再生醫學機構——日本京都大學CiRA基金會採用，應用於iPS細胞品質自動化檢測。<br />
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聯盟將借重陽明交大在整合生物醫學與創新工程的領先地位，共同發展符合再生醫療特性之「次世代智慧生物銀行 NGIB」，以50萬人規模為目標，建立大型自動化生物儲存系統。</div>
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透過極低溫全自動化快速存取細胞儲存技術，結合專屬「品質檢測晶片 BioICT QC Chip」與AI預測性維護技術開發經驗，克服傳統儲存依賴人工、空間且難以智能管理標準化之痛點，協助聯盟提升高品質細胞儲存量能，並將台灣半導體精密控制優勢轉化為高附加價值之自動化生物儲存系統，為再生醫療基礎設施發展提供技術支持。<br />
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陽明交大藥物科學院具備藥物資料庫與AI智能篩藥技術，利用大數據與AI演算法預測藥物與標靶的相互作用，縮短開發時程。透過此次合作，陽明交大附設醫院將朝向取得ISO國際認證及符合PIC/S GMP相關規範的臨床作業標準發展，並可望成為台日再生醫療合作的重要節點。<br />
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林奇宏校長表示，此次合作不僅針對下世代細胞治療藥品設計與自動化製程進行開發，更將作為產業橋梁，紮根培育下世代產業人才，提升產業競爭力。聯盟計畫將配合陽明交通大學，創新開設「再生醫療與細胞工程學分學程」與專業人才培訓計畫，包含基礎認證班、專業技術班及高階管理班，確保產業具備ISO 17034、ISO 20387及PIC/S GMP規範下的臨床操作與品管能力。<br />
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台灣經濟研究院表示：「今日的簽署代表台灣在再生醫療領域邁出重要的一步。透過產官學研的緊密結合，將有助於提升台灣在全球再生醫療經濟版圖中的戰略地位。」</p>
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- <![CDATA[NYCU Brings Global Nursing Leaders Together to Explore the Future of Healthcare in the AI Era]]>International Affairs2026-07-15<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Brings Global Nursing Leaders Together to Explore the Future of Healthcare in the AI Era"><meta name="twitter:description" content="On June 30, NYCU’s College of Nursing hosted an international symposium featuring scholars from UCLA, The Hong Kong Polytechnic University, and the University of Sydney.><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260715224051467.png"><meta name="NYCU Brings Global Nursing Leaders Together to Explore the Future of Healthcare in the AI Era"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Brings Global Nursing Leaders Together to Explore the Future of Healthcare in the AI Era"><meta property="og:description" content="On June 30, NYCU’s College of Nursing hosted an international symposium featuring scholars from UCLA, The Hong Kong Polytechnic University, and the University of Sydney."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260715224051467.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=15148032-4914-47c9-b28b-54218bc1f182">
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<div class="ed_pic_full"><img alt="International nursing scholars, researchers, clinicians and students gathered at National Yang Ming Chiao Tung University for the International Symposium: Nursing Leadership in the Era of Complexity, exploring how leadership, artificial intelligence and education are reshaping the future of nursing." src="/userfiles/nycuen/images/20260715223532298.jpg" /></div>
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<div class="ed_txt"><strong>Edited by Chance Lai</strong><br />
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<div class="ed_txt" style="text-align: justify;">As healthcare systems worldwide confront aging populations, rapid advances in artificial intelligence, and increasingly complex patient needs, nursing is entering a period of profound transformation. To explore how the profession can respond to these changes, the College of Nursing at National Yang Ming Chiao Tung University (NYCU) hosted the <strong>International Symposium: Nursing Leadership in the Era of Complexity</strong> on June 30, bringing together internationally recognized scholars from the University of California, Los Angeles (UCLA), The Hong Kong Polytechnic University, and the University of Sydney.<br />
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Bringing together scholars, clinicians, researchers and students from Taiwan and overseas, the symposium explored how technological innovation, interdisciplinary collaboration and educational reform are reshaping the competencies required of future nursing professionals.<br />
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<div class="ed_pic_full"><img alt="Professor Li-Yin Chien, Dean of NYCU’s College of Nursing, opens the International Symposium and highlights the importance of global collaboration in nursing education and leadership." src="/userfiles/nycuen/images/20260715223727388.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">Professor Li-Yin Chien, Dean of NYCU’s College of Nursing, opens the International Symposium and highlights the importance of global collaboration in nursing education and leadership.</span></em></span><br />
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<strong>Preparing Nursing Leaders for a Rapidly Changing World</strong><br />
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At the symposium, Dean Li-Yin Chien said the rapid evolution of healthcare systems and AI technologies presents both unprecedented challenges and new opportunities for the nursing profession.<br />
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She emphasized that the symposium was designed to strengthen international collaboration while encouraging fresh thinking across nursing education, research and clinical practice. By fostering partnerships with leading universities worldwide, NYCU aims to cultivate nursing professionals with global perspectives, leadership capabilities and the interdisciplinary skills needed to advance sustainable healthcare.<br />
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Throughout the symposium, speakers explored how technological innovation, interdisciplinary collaboration and educational reform are reshaping the competencies expected of future nursing professionals.<br />
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<strong>Global Leadership Requires Cultural Competence and Collaboration</strong><br />
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The keynote address was delivered by Professor Wei-Ti Chen of the UCLA School of Nursing, who spoke on “Leading Beyond Complexity: The Future of Nursing in a Connected World.”<br />
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Drawing on her extensive work in global health, chronic disease management and health equity, Chen argued that nursing leadership today extends well beyond clinical expertise. As healthcare systems become increasingly interconnected, future nursing leaders must also develop cross-cultural communication skills, collaborate across disciplines, and embrace emerging technologies.<br />
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She stressed that international partnerships and the open exchange of knowledge will be essential to improving healthcare quality and advancing health equity globally.</div>
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<strong>AI Is Redefining the Skills of Future Nurses</strong><br />
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The second keynote, “From Zero to One: What Capabilities Our Future Nurses Need to Be Equipped with under the Current AI Wave?”, was presented by Dr. Vivian Hui from The Hong Kong Polytechnic University.<br />
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Hui examined how artificial intelligence is transforming clinical care, nursing education and research. She argued that tomorrow’s nurses will need far more than traditional clinical knowledge. Digital literacy, data analysis, critical thinking and effective human-AI collaboration will become core professional competencies.<br />
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Using real-world healthcare examples, Hui demonstrated how AI is already supporting patient care and clinical decision-making. She encouraged nursing educators to integrate AI into curricula so graduates can confidently navigate the era of intelligent healthcare while maintaining the human-centered values that define the profession.<br />
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<strong>Innovation in Nursing Education</strong><br />
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The symposium concluded with a keynote by Dr. Jung-Jae Lee from the University of Sydney, titled “Evolving Nursing Education Research: Rigor and Innovation.”<br />
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Lee highlighted emerging directions in nursing education research, emphasizing that educational innovation should be grounded in rigorous evidence. He discussed how advances in research methodology, curriculum design and simulation-based learning can strengthen both educational quality and clinical outcomes.<br />
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Looking ahead, Lee advocated for greater investment in interdisciplinary collaboration, digital technologies and international academic exchange. These approaches, he said, will help prepare future nurses with strong clinical judgment, leadership abilities and a commitment to lifelong learning.<br />
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<img alt="Faculty members, students and international speakers exchange ideas during the symposium’s discussion session." src="/userfiles/nycuen/images/20260715224051467.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">Faculty members, students and international speakers exchange ideas during the symposium’s discussion session.</span></em></span><br />
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<span style="font-size:100%;"><span style="color:#000000;"><strong>Strengthening International Partnerships</strong><br />
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The symposium concluded with an interactive panel discussion, during which speakers and participants exchanged perspectives on artificial intelligence, global health, nursing education and the evolving competencies required of healthcare professionals.<br />
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NYCU’s College of Nursing said it will continue to expand international academic partnerships and foster collaborative research and educational initiatives with leading institutions worldwide. Through sustained global engagement, the college aims to broaden students’ international perspectives, accelerate innovation in nursing education, and prepare graduates to lead the next generation of healthcare both in Taiwan and beyond.</span></span></div>
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<div class="ed-model18-title-text">AI時代下的護理如何再進化？<br />
陽明交大攜手國際學者共探未來護理領導</div>
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編譯/國際宣傳辦公室 </span></span><br />
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面對全球人口高齡化、人工智慧（AI）快速發展，以及醫療照護需求日益複雜，護理專業正迎來前所未有的挑戰與轉型契機。國立陽明交通大學護理學院舉辦「International Symposium: Nursing Leadership in the Era of Complexity（複雜時代下的護理領導）」國際研討會，邀請美國加州大學洛杉磯分校（UCLA）、香港理工大學及澳洲雪梨大學等國際知名學者，分享全球護理領導、人工智慧應用及護理教育創新的最新發展，吸引來自國內外的師生、研究人員及臨床護理專業人士齊聚交流，共同探討未來護理人才培育的新方向。<br />
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本次研討會聚焦快速變遷的全球健康照護環境，從科技創新、跨域合作到教育改革，探討護理專業如何因應未來挑戰。陽明交大護理學院也期望藉由此次國際交流平台，深化與世界頂尖大學的合作夥伴關係，提升臺灣護理教育與研究的國際能見度，培育兼具全球視野、創新能力與領導素養的新世代護理人才。<br />
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<strong>培養新世代護理領導力 跨文化能力成為關鍵</strong><br />
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陽明交大護理學院院長簡莉盈於開幕致詞時表示，全球健康照護環境正快速變遷，人工智慧等新興科技持續改變醫療服務模式，護理專業正站在轉型的重要關鍵點。她指出，未來護理人才除了具備專業知識與臨床能力，更需要擁有全球視野、跨域合作能力及創新思維。她期盼透過此次研討會促進國內外學者交流合作，激盪護理教育、研究與臨床實務的新觀點，共同培育具備領導力的護理人才，攜手推動全球健康照護的永續發展。<br />
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隨後，美國加州大學洛杉磯分校（UCLA）護理學院教授陳韋蒂（Wei-Ti Chen）以「Leading Beyond Complexity: The Future of Nursing in a Connected World」為題，分享全球健康與跨文化護理的發展趨勢。她表示，隨著全球醫療照護體系日益緊密連結，未來護理領導者除了具備扎實的臨床專業外，更應培養跨文化溝通、跨領域合作及科技應用能力，以因應未來健康照護挑戰。<br />
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陳韋蒂也分享多年投入全球健康、慢性疾病管理及健康平權研究的經驗，強調唯有透過國際合作與知識共享，才能共同提升全球健康照護品質，促進更公平且永續的健康照護體系。</div>
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<strong>AI改變護理工作 數位素養成核心能力</strong><br />
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香港理工大學護理學院Vivian Hui博士以「From Zero to One: What Capabilities Our Future Nurses Need to be Equipped with under the Current AI Wave?」為題，探討人工智慧時代下未來護理人才所需具備的核心能力。<br />
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她指出，AI正逐步改變臨床照護、護理教育及研究模式，未來護理人員除了專業醫療知識外，更需具備數位素養、資料分析能力及人機協作思維。透過多項健康照護案例，她展示AI如何協助臨床照護與決策，同時鼓勵教育者將人工智慧融入課程設計，培養兼具科技素養與批判思考能力的護理人才，迎接智慧醫療的新時代。<br />
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<strong>創新教育模式 打造具全球競爭力的護理人才</strong><br />
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澳洲雪梨大學護理學院Jung-Jae Lee博士以「Evolving Nursing Education Research: Rigour and Innovation」為題，分享護理教育研究的最新發展。<br />
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Lee從研究方法、課程設計及模擬教育等面向，說明如何兼顧研究品質與教育創新，提升護理教育成效。他表示，未來護理教育應更加重視實證研究、跨領域合作及創新教學策略，透過模擬教學、數位科技與國際交流，培育具備臨床判斷、領導能力及終身學習精神的新世代護理人才，持續提升全球護理教育品質。<br />
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<strong>深化國際合作 拓展護理教育全球影響力</strong><br />
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研討會最後安排綜合交流與討論，三位國際講者與現場師生針對人工智慧、全球健康、護理教育及未來人才培育等議題深入對話，現場互動熱烈。陽明交大護理學院表示，未來將持續深化國際學術合作，與世界各國護理學者及頂尖大學建立長期夥伴關係，拓展學生國際視野，促進護理教育與研究創新，培育具備國際競爭力的護理專業人才，持續為全球健康照護發展貢獻力量。</p>
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- <![CDATA[NYCU Disaster Prevention Team Assists Emergency Response at Matai’an Creek Landslide-Dammed Lake]]>USR2026-07-14<![CDATA[<div class="ed_model08 clearfix">
<div class="ed_pic_full"><img alt="Aerial view of the upper reaches of Matai’an Creek in Hualien County." src="/userfiles/nycuen/images/20260716162315505.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>Aerial view of the upper reaches of Matai’an Creek in Hualien County.<br />
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<div class="ed_txt"><strong>By Ting En Yen</strong><br />
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<div class="ed_txt" style="text-align: justify;">At NYCU, there is a group of scientists from the Disaster Prevention and Water Environment Research Center (DPWE). Last year, on what seemed like an ordinary July evening, an alert popped up on screens in the center’s lab, showing that a slope upstream of Hualien’s Matai’an Creek was collapsing.<br />
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Associate Professor Wei-An Chao from the Department of Civil Engineering detected unusual vibrations on the slope using his real-time landslide monitoring system and discovered that a 200-meter-high natural dam was forming in the valley. This made the DPWE the first team to discover the Matai'an Creek barrier lake.<br />
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Over time, it created a massive barrier lake deep in the uninhabited mountains, with a capacity of about 90 million cubic meters and many uncertainties.<br />
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The day after detecting the unusual vibrations, the DPWE responded to an emergency request from the Forestry and Nature Conservation Agency (FANCA) by monitoring, investigating, and tracking changes in the Matai'an Creek barrier lake.<br />
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<div class="ed_pic_full"><img alt="Members of the NYCU Center for Disaster Prevention and Water Environment Research." src="/userfiles/nycuen/images/20260716162649301.png" /><br />
<em><span style="color:#4e5f70;"><span style="font-size:90%;">Members of the NYCU Center for Disaster Prevention and Water Environment Research.</span></span></em><br />
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<strong>Working together</strong><br />
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"The tricky thing about barrier lakes is that you have no idea when they have formed. In the past, we typically had to wait until mountain rangers or hikers spotted the lakes, or we could find that lakes had formed when downstream water level monitors detected a sudden drop in water level. By that point, hours or even days had already passed," Prof. Chao explains.<br />
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In disaster prevention work, the earlier you detect something unusual, the more time you have to respond. Prof. Chao describes the real-time landslide monitoring system as a "landslide hunter." This is the system that detected the formation of the Matai'an Creek barrier lake.<br />
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It works by capturing vibration signals from landslides, debris flows, or water flow, and sends out alerts to relevant agencies the moment a barrier lake forms.<br />
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Since floodwater movement generates vibrations, the team has set up a flood early warning system based on microseismic signals along both sides of the river. Prof. Chao explains that floodwaters travel at about three to five meters per second, while vibration signals travel much faster.<br />
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By taking advantage of the difference in speed, the system can issue warnings about 20 minutes in advance to residents living more than 10 kilometers downstream.<br />
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These 20 minutes give residents time to move their vehicles, close doors and windows, or evacuate to higher ground. Without this early warning system, downstream residents often only realize what is happening when the floodwaters actually arrive.<br />
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After discovering the Matai'an Creek barrier lake had formed, FANCA sent the investigation request to DPWE. Assistant Research Fellow Kuo-wei Li from DPWE served as the principal investigator, coordinating relevant agencies to undertake investigation and monitoring work.<br />
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Satellite imagery confirmed the barrier lake's location and scale, and Dr. Li describes the formation of this natural dam as being like a giant slide. Earth and rocks collapsed from a mountaintop a kilometer high, sliding two kilometers before piling up into a massive wall in the creek, which blocked the water flow.<br />
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This type of dam structure formed from earth and rocks is often extremely loose. Creek water seeps through it like water through a sieve and might even hollow out the interior.<br />
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Dr. Li regularly operates drones and analyzes aerial imagery and LiDAR data captured by the Aerial Survey and Remote Sensing Branch of the FANCA to monitor changes in the dam's cracks and seepage. These data can help to reveal whether the dam is stable and if there are any signs of imminent failure.<br />
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Dr. Li also arranged for Chunghwa Telecom to install dedicated fiber optic cables in the overgrown mountain area so that images of the barrier lake and dam could be livestreamed publicly on YouTube.<br />
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After the Matai'an Creek barrier lake burst in September last year due to heavy rain from Typhoon Ragasa, a second and third barrier lake formed one after another nearby.<br />
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Dr. Li explains that as long as slopes continue to collapse and the earth and rocks block the river channel again, new barrier lakes will keep forming. This situation could last for several years, so the DPWE team needs to remain vigilant about monitoring the situation at Matai'an Creek.<br />
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After a barrier lake forms, the next critical question is just how big this lake actually is. Research Fellow Sheng Hsueh Yang from DPWE was tasked with turning aerial footage from the site into analyzable data.<br />
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When Dr. Yang first learned the Matai'an Creek barrier lake had formed, he faced a series of unknowns. Because there were no roads leading to the barrier lake site, he could only use remote sensing images and photos at the time, piecing together the true appearance of the barrier lake bit by bit.</div>
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Dr. Yang tells us this is a process that evolves over time, as the data become clearer and clearer. From rainfall amount and watershed area to dam height and storage capacity, every parameter has to be calibrated repeatedly to ultimately calculate how much water the barrier lake can hold and when it will fill up.<br />
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Figuring out when the barrier lake will be filled is just the first step. What's even more important is to assess how much water will rush downstream when it breaches and which areas may be flooded as a result.<br />
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Dr. Yang explains that if the weather stays calm, water will slowly overflow in stages. But if a typhoon hits with heavy rain, water keeps pouring in and keeps scouring the dam. The destructive power of these two scenarios is worlds apart. Dr. Yang conducts hydraulic modeling for different scenarios to estimate possible flood zones and water level changes.<br />
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As principal investigator, Dr. Li compiles the team's investigation data, monitoring information, and analysis results, transforming the raw data into disaster risk assessment reports.<br />
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These reports are provided to FANCA and relevant agencies as the basis for issuing warnings and making evacuation decisions.<br />
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Throughout the entire disaster prevention process, the DPWE team is responsible for monitoring and interpreting the data, while evacuation planning and on-site emergency response are handled by the government.<br />
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<strong>Living with nature</strong><br />
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To install flood early warning system monitoring stations upstream of Matai'an Creek, Prof. Chao and his team drove for several hours to Hualien. Then, they switched vehicles and drove a pickup truck onto a forest road. It was the night before a typhoon hit. The truck bounced along through the mud, with the constant sound of Matai'an Creek rushing in their ears.<br />
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Racing against the typhoon's arrival, the team dug holes in the darkness, buried instruments, and set up solar panels. On the way back, they saw a hundred-pace viper lying across the middle of the road.<br />
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"The hundred-pace viper is considered a mountain deity by locals. Even indigenous residents, who know the mountains well, don't encounter them easily," Prof. Chao says in amazement. The snake was coiled in the middle of the road and watched the team for a while. Then, it slowly moved aside.<br />
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Prof. Chao recalls that in all his years of fieldwork, this was the first time he had encountered a hundred-pace viper. It didn't rain that night. The monitoring station was successfully installed, and on the way back, they had even met the mountain deity.<br />
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Dr. Li is stationed in eastern Taiwan. After Typhoon Ragasa hit last September, the team launched high-intensity follow-up monitoring work on the Matai'an Creek barrier lake. When asked about that period, he shared a harrowing story.<br />
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On the day of Mid-Autumn Festival, he had finished a disaster response meeting in northern Taiwan and drove back east with his family. The fatigue from working day after day suddenly caught up with him and he lost consciousness. When he woke up, the car had careened halfway into a ditch beside the road, and all the airbags had deployed. Fortunately, the whole family was safe.<br />
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DPWE's work extends across Taiwan. Prof. Chao's monitoring system sends real-time landslide alerts to frontline emergency responders. Dr. Li has extensive mountain survey experience and once trekked mountain trails for eight days and seven nights to investigate the safety of the Batongguan Historic Trail.<br />
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Meanwhile, Dr. Yang's smart flood prevention platform integrates 84 pumping stations across New Taipei City, using AI to predict flood risks.<br />
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Disasters rarely happen the way we expect. "Dealing with uncertainty is just part of everyday disaster prevention work," Chief Director Chih-Ping Lin of the DPWE tells us. Because of this, disaster prevention workers need more than just technical skills. They also need cross-disciplinary collaboration, a resilience mindset, and the ability to work with uncertainty.<br />
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"We are not trying to control nature. We are trying to live alongside it," Prof. Lin says. "What matters is real-time monitoring and dynamic decision-making that allows us to minimize losses and recover quickly when disasters strike."<br />
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From barrier lakes to typhoons and earthquakes to debris flows, every disaster tests our ability to coexist with nature.<br />
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To face these uncertainties, the scientists are dedicated to providing early warning systems that are truly effective and building a resilient social system. Keys to their success include the monitoring data sent back late at night and the researchers traveling back and forth to field sites.<br />
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<img alt="The NYCU Center for Disaster Prevention and Water Environment Research returned to Hualien to support emergency response efforts for the landslide-dammed lake on Wanli Creek." src="/userfiles/nycuen/images/20260716163444238.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">The NYCU Center for Disaster Prevention and Water Environment Research returned to Hualien to support emergency response efforts for the landslide-dammed lake on Wanli Creek.</span></span></em></div>
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<div class="ed-model18-title-text">陽明交大防災與水環境研究中心<br />
再次前進馬太鞍溪堰塞湖支援應變</div>
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<div class="col-md-6"><span style="font-size:80%;"><span style="color:#4e5f70;">文/公關組<br />
圖/防災與水環境研究中心、林保署花蓮分署</span></span><br />
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在學校裡，有一群科學家，他們是防災與水環境研究中心 (防災中心) 的成員。去年一個看似平凡的七月傍晚，中心實驗室裡的螢幕突然跳出警示，顯示花蓮馬太鞍溪上游的山坡正在崩塌。<br />
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土木工程學系趙韋安副教授的即時崩塌監測系統偵測到這處山坡異常的震動，發現一座兩百公尺高的天然壩正在山谷間堆積成形，隨著時間在無人深山中形成一座蓄水量達九千萬立方公尺、充滿變數的巨大堰塞湖。防災中心也成為第一個發現馬太鞍溪堰塞湖的團隊。<br />
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隔天，應林業及自然保育署 (林保署) 的緊急委託，這群科學家開始監測、調查與追蹤這座馬太鞍溪堰塞湖的變化。<br />
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<strong>他們如何協作？</strong><br />
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「堰塞湖最麻煩的，就是你根本不知道它形成了。過去通常要等巡山員、登山客發現，或下游水位計偵測到水位驟降才會知道有堰塞湖形成，但這時往往已經過了數小時甚至數天，」趙老師說明。<br />
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而在防災工作中，越早發現異狀，越可爭取更多時間應對。趙老師形容即時崩塌監測系統像「崩塌獵人」，這套系統偵測到了馬太鞍溪堰塞湖的形成，可捕捉山崩、土石流或水流產生的震動訊號，在堰塞湖形成的第一時間就發出警訊通知相關單位。<br />
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由於洪水流動同時會產生震動，團隊沿著河道兩岸架設微地動洪水預警系統。趙老師說明，洪水一秒約走三到五公尺，但震動訊號傳遞極快，利用兩者的速度差，這套系統能提前約二十分鐘，將預警傳給十幾公里外的下游居民。<br />
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這二十分鐘可讓居民有時間移動車輛、關閉門窗或垂直避難。如果沒有這套預警系統，下游居民往往在洪水到達的那一刻才知道發生了什麼。<br />
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那麼發現馬太鞍溪堰塞湖形成後，接下來要做什麼？在林保署委託後，防災中心李國維助理研究員擔任計畫主持人，協調相關單位投入調查與監測工作。<br />
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衛星影像證實了堰塞湖的位置與規模後，他形容這座天然壩體的形成就像大型溜滑梯一樣，土石從一公里高的山頭崩塌而下，滑行兩公里後在溪中堆疊起一座阻斷水流的巨牆。這種土石形成的壩體結構往往極為鬆散，溪水會像穿過指縫一樣滲透，甚至可能掏空內部。<br />
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李博士定期操作無人機、以及透過分析林保署航測及遙測分署拍攝的航照與光達資料，掌握壩體的裂縫與滲水量變化。這些資料可以用來分析壩體是否穩定、有沒有立即破壞的跡象。李博士也協調中華電信在荒煙蔓草的山區拉起專用光纖，讓堰塞湖與壩體的影像可以在Youtube上公開直播。<br />
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馬太鞍溪堰塞湖在去年九月因樺加沙颱風帶來的豪雨潰決後，附近又陸續形成了第二、第三座堰塞湖。李博士解釋，只要邊坡持續崩塌、土石再次阻斷河道，新的堰塞湖就會不斷形成，這種情況可能持續數年，因此防災中心團隊仍需要持續監測馬太鞍溪堰塞湖的後續發展。<br />
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堰塞湖形成後，下一個關鍵問題是這座湖到底有多大。防災中心楊昇學研究員的任務，是把現場空拍影像變成可分析數據。在剛知道馬太鞍溪堰塞湖形成時，楊博士面對的是一連串未知數。因為現場沒有道路通往堰塞湖，當時只能使用遙測影像與相片，一點一點拼湊出堰塞湖的真實樣貌。</div>
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楊博士告訴我們，這是個隨著時間演進、資料會越來越明確的過程。從降雨量、集水區面積，到壩體高度與庫容，每一個參數都得反覆校正，最終計算出這座堰塞湖能蓄多少水、何時會滿。<br />
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確定堰塞湖何時會滿只是第一步，更關鍵的是評估潰決時會有多大的水量衝到下游來、可能淹水到哪裡。楊博士解釋，如果天氣平靜，水會慢慢一層層流下來；但如果碰上颱風豪雨，水不斷灌進來、不斷沖刷壩體，兩種情境的破壞力天差地別。楊博士針對不同情境進行水理模擬，推估可能的淹水範圍與水位變化。<br />
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作為計畫主持人，李博士彙整團隊的調查資料、監測數據與分析結果，轉化為災害風險評估報告，提供給林保署及相關單位作為警戒發布與疏散決策的依據。在這整個防災流程中，防災中心團隊的職責是監測與科學判讀，至於疏散規劃與現場應變執行，則由政府負責。<br />
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<strong>與大自然共處</strong><br />
為了在馬太鞍溪上游架設洪水預警系統測站，趙老師和團隊搭了好幾個小時的車到花蓮，再改搭發財車進入林道。那是颱風來臨的前一個夜晚，發財車在泥濘中顛簸前行，耳邊不斷傳來馬太鞍溪的水聲。<br />
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團隊趕在颱風來臨前，在黑暗中挖洞、埋設儀器、架設太陽能板。回程時，他們看見一條百步蛇橫臥在路中央。<br />
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「百步蛇被當地視為山神，連原住民都不容易遇到，」趙老師驚嘆的說。那條百步蛇盤在路中央，看了他們一會兒，然後緩緩讓開。趙老師回憶說，在野外工作這麼多年第一次遇見百步蛇。那晚沒下雨，測站順利安裝完成，回程還遇見了山神。<br />
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李博士駐點東部，去年九月樺加沙颱風來襲後，團隊展開高強度的馬太鞍溪堰塞湖後續監測工作。談起那段時間一件讓他印象深刻的事，中秋節那天他在北部開完災害應變會議，開車帶著家人返回東部途中，因連日工作累積的疲勞突然失去意識，醒來時車子一半掉進路旁山溝，安全氣囊都爆開了，所幸一家人都平安。<br />
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防災中心的工作遍及全台各地，趙老師的監測系統即時推播崩塌預警給第一線應變人員。李博士有豐富的山林調查經驗，曾為調查八通關古道安全性連續走了八天七夜的山路，楊博士的智慧防汛平台整合新北市八十四座抽水站，用AI預判淹水風險。<br />
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災害很少照預期的方式發生。「面對不確定性，就是防災工作的日常，」防災中心林志平主任告訴我們。正因如此，防災工作者需要的除了技術，還要有跨領域整合、韌性思維，以及接受不確定性的心理準備。<br />
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「我們不是去控制大自然，而是與大自然共處。」林主任說，「重要的是即時監測、動態決策，讓我們能在災害發生時減少損失、快速恢復。」<br />
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從堰塞湖到颱風，從地震到土石流，每一場災害都考驗著人與自然共處的能力。而面對這些不確定性，讓預警資訊真正發揮作用、建構韌性的社會體系，是這群科學家持續努力的方向。那些深夜傳回的監測數據、現場來回的身影，都在實踐著這個目標。</p>
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- <![CDATA[NYCU Brings AI and Autonomous Vehicle Research to Penghu to Advance Smart Island Governance]]>USR2026-07-09<![CDATA[<div class="ed_model08 clearfix">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">Representatives from NYCU and National Penghu University of Science and Technology visited the Penghu County Government during the delegation's trip to Penghu. (Photo credit: Penghu County Government.)</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">Artificial intelligence is rapidly reshaping how governments deliver public services. As local administrations accelerate digital transformation, National Yang Ming Chiao Tung University (NYCU) is expanding its research partnerships beyond campus to help address real-world challenges.<br />
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On July 3–4, an NYCU delegation visited Penghu County, where the university met with the Penghu County Government and signed a memorandum of understanding with National Penghu University of Science and Technology (NPU). The partnership will focus on AI governance, autonomous systems, smart healthcare, marine technology, and interdisciplinary talent development, combining academic expertise with regional needs to accelerate the adoption of smart technologies across Taiwan’s offshore islands.<br />
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<div class="ed_pic_full"><img alt="NYCU President Chi-Hung Lin (left) and Penghu Deputy Magistrate Chieh-Hsing Lin (right) during a meeting in Penghu on July 3 to explore future collaboration. (Photo credit: Penghu County Government.)" src="/userfiles/nycuen/images/20260709115017392.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">NYCU President Chi-Hung Lin (left) and Penghu Deputy Magistrate Chieh-Hsing Lin (right) during a meeting in Penghu on July 3 to explore future collaboration. (Photo credit: Penghu County Government)</span></em></span><br />
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<strong>AI and Autonomous Systems for Island Resilience</strong><br />
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Penghu Deputy Magistrate Chieh-Hsing Lin said that ferry services between the islands are frequently disrupted by adverse weather, creating challenges for transporting supplies and providing timely medical services.<br />
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To strengthen island resilience, the county plans to explore using autonomous surface vessels and drones to transport medical specimens, emergency supplies, and other essential goods between islands. The initiative aims to improve logistics efficiency while reducing operational costs. At the same time, in line with the Executive Yuan’s policy to integrate AI into public administration, Penghu is actively introducing AI technologies to improve government efficiency and support smarter public governance.<br />
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NYCU President Chi-Hung Lin said the university is developing a series of <strong>Agentic AI</strong> training programs tailored to the needs of local governments. Courses will be delivered either through online instruction or on-site in Penghu to help public-sector employees strengthen their practical AI capabilities.</div>
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Lin added that NYCU will integrate its interdisciplinary strengths in artificial intelligence, intelligent computing, robotics, autonomous systems, and smart healthcare to jointly develop applications in autonomous transportation, marine technology, and digital healthcare, enabling university research to address the needs of offshore communities directly.<br />
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<strong>Building Long-Term Partnerships for Smart Island Innovation</strong><br />
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In addition to meeting with the Penghu County Government, NYCU signed an MOU with National Penghu University of Science and Technology to establish a long-term collaboration framework.<br />
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The partnership will combine Penghu’s unique marine testing environment with NYCU’s research expertise to advance autonomous vehicle testing and validation, smart healthcare, marine technology, and interdisciplinary talent development.<br />
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During the visit, researchers from both universities shared their latest work in autonomous systems, AI-powered computer vision, and smart healthcare. The delegation also surveyed a potential autonomous vehicle testing site in Siyu Township, laying the groundwork for future joint research and field validation.<br />
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Looking ahead, NYCU will continue working with local governments and regional partners to translate interdisciplinary research into practical solutions. By leveraging local environments as real-world testing grounds, the university aims to accelerate the deployment of AI governance, smart healthcare, and other emerging technologies that strengthen public services and support sustainable regional development.<br />
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<img alt="Presidents from NYCU and National Penghu University of Science and Technology sign a memorandum of understanding to strengthen future collaboration." src="/userfiles/nycuen/images/20260709115229882.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">Presidents from NYCU and National Penghu University of Science and Technology sign a memorandum of understanding to strengthen future collaboration.</span></em></span></div>
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<div class="ed-model18-title-text">陽明交大攜AI與無人載具科研能量<br />
助力澎湖智慧治理</div>
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面對人工智慧快速發展與地方治理數位轉型需求，國立陽明交通大學積極將科研能量延伸至地方應用。7月3日至4日，陽明交大前往澎湖，拜會澎湖縣政府，並與國立澎湖科技大學簽署合作備忘錄，聚焦AI治理、無人載具、智慧醫療及人才培育等領域，結合大學研究能量與地方需求，推動智慧科技在離島落地應用。<br />
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澎湖縣副縣長林皆興表示，澎湖交通船經常因天候因素停航，對離島物資運輸及緊急醫療帶來挑戰。未來希望運用無人船、無人機串聯離島間的物資、醫療檢體及篩檢物資運輸，降低人力與維運成本，提升離島醫療服務韌性。此外，配合行政院推動行政AI化政策，縣府也正積極導入人工智慧技術，提升行政效率，推動智慧治理。<br />
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林奇宏校長表示，陽明交大正規劃「AI助理（Agentic AI）」系列培訓課程，可依地方政府需求量身設計，透過遠距教學或安排教師赴澎授課，協助公部門提升AI應用能力。校方也將整合人工智慧、智慧運算、機器人、無人系統及智慧醫療等跨域研發成果，攜手發展無人載具、海洋科技及智慧醫療應用，讓研究成果回應離島發展需求。</div>
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除拜會澎湖縣政府外，陽明交大也與澎湖科技大學簽署合作備忘錄，建立長期合作機制。雙方將整合澎湖海域測試環境與陽明交大的研究能量，推動無人載具測試驗證、智慧醫療、海洋科技及跨域人才培育。交流期間，雙方分享無人載具、AI視覺辨識及智慧醫療等研究成果，並前往澎湖西嶼勘查無人載具測試場域，為後續合作奠定基礎。<br />
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未來，陽明交大將持續與地方深化合作，結合各地場域特色與校內跨域研發能量，逐步推動AI治理、智慧醫療等技術落地應用，為公共服務與科技發展開創更多可能。</p>
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- <![CDATA[NYCU Vulpes Racing Takes Third Place at Formula Student Taiwan, Sets Sights on Japan]]>Campus Life2026-07-08<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Vulpes Racing Takes Third Place at Formula Student Taiwan"><meta name="twitter:description" content="Following the Taiwan competition, the team will take VR8 to Formula SAE Japan.><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260708103848318.png"><meta name="NYCU Vulpes Racing Takes Third Place at Formula Student Taiwan"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Vulpes Racing Takes Third Place at Formula Student Taiwan"><meta property="og:description" content="Following the Taiwan competition, the team will take VR8 to Formula SAE Japan."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260708103848318.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=f45db84d-1626-442e-a3b4-03faedb475c6">
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<div class="ed_pic_full"><img alt="Members of NYCU Vulpes Racing gather with VR8 following the Formula Student Taiwan competition, marking the culmination of a year of student-led engineering and teamwork." src="/userfiles/nycuen/images/20260708103718266.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">Members of NYCU Vulpes Racing gather with VR8 following the Formula Student Taiwan competition, marking the culmination of a year of student-led engineering and teamwork.</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">How long does it take to build a formula-style race car from scratch — one that can actually compete on the track? For NYCU Vulpes Racing, the answer is a full year of design, testing, setbacks and breakthroughs.<br />
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NYCU Vulpes Racing, the formula racing team of National Yang Ming Chiao Tung University (NYCU), recently placed third overall at Formula Student Taiwan (FST) with the debut of its latest electric race car, VR8. The result highlights the team’s student-led engineering, hands-on problem-solving and cross-disciplinary collaboration.<br />
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Following the Taiwan competition, the team will take VR8 to Formula SAE Japan, one of Asia’s leading student engineering competitions, where it will compete alongside top university teams from around the world.<br />
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<div class="ed_pic_full"><img alt="Developed entirely by students, VR8 integrates mechanical design, electrical systems and vehicle engineering into a single competition-ready platform." src="/userfiles/nycuen/images/20260708103848318.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">Developed entirely by students, VR8 integrates mechanical design, electrical systems and vehicle engineering into a single competition-ready platform.</span></em></span><br />
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<strong>A Race Car as an Engineering Laboratory</strong><br />
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Often described as “F1 for students,” Formula SAE and Formula Student competitions are among the world’s most challenging collegiate engineering contests.<br />
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Unlike conventional racing events, teams are required to design, build, test, and validate a formula-style race car from the ground up. They are evaluated not only on dynamic performance, but also on engineering design, cost analysis, business presentation, and overall project execution.<br />
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For NYCU Vulpes Racing, VR8 represents a yearlong effort that brought together students from mechanical engineering, electrical engineering, electronics, computer science, and related fields. From chassis design and suspension systems to electrical control integration, body fabrication, final assembly, and testing, every stage was led by student teams working across disciplines.<br />
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The car became more than a machine. It became a mobile engineering laboratory, turning classroom knowledge into real-world performance.<br />
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<img alt="Students troubleshoot and refine VR8 throughout the competition, applying engineering knowledge through teamwork, testing and rapid problem-solving." src="/userfiles/nycuen/images/20260708103946899.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">Students troubleshoot and refine VR8 throughout the competition, applying engineering knowledge through teamwork, testing and rapid problem-solving.</span></span></em></div>
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<strong>Racing Against Time Before Reaching the Track</strong><br />
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Long before the car reached the starting line, the real challenge had already begun. In the 24 hours before the competition, team members worked in shifts to complete final adjustments. During the event, they continued inspecting the vehicle and refining its settings under the summer heat in Yunlin, ensuring VR8 performed at its best every time it took to the track.<br />
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For the team, every lap was built on thousands of components, countless tests, and long hours of verification. Each successful run — and each problem solved — marked another step in transforming engineering theory into practical capability.<br />
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<img alt="Before every run, team members inspect and fine-tune VR8 to ensure reliability and consistent performance on the track." src="/userfiles/nycuen/images/20260708104133369.png" /><br />
<span style="color:#4e5f70;"><span style="font-size:90%;"><em>Before every run, team members inspect and fine-tune VR8 to ensure reliability and consistent performance on the track.</em></span></span><br />
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<strong>The Next Stop: Formula SAE Japan</strong><br />
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Founded in 2008, NYCU Vulpes Racing has spent nearly two decades advancing student-built formula race cars. Over the years, the team has moved from internal combustion vehicles to electric race cars, gaining experience through both domestic and international competitions.<br />
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After completing VR7.5 and competing in Japan last year, the team introduced the new-generation VR8 this year, building on its growing international competition experience.<br />
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The team will continue refining VR8 before competing at Formula SAE Japan, where it will race alongside leading university engineering teams from across Asia and beyond.<br />
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For the students, VR8 represents far more than a race car. It embodies the courage to transform ideas into reality and reflects the innovation, resilience and teamwork that define engineering education at NYCU.<br />
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<img alt="The podium finish recognizes a year of perseverance, engineering innovation and teamwork behind the development of VR8." src="/userfiles/nycuen/images/20260708104227388.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">The podium finish recognizes a year of perseverance, engineering innovation and teamwork behind the development of VR8.</span></em></span></div>
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<div class="ed-model18-title-text">陽明交大賽車隊獲臺灣盃學生方程式聯賽季軍<br />
再度前進日本挑戰國際賽</div>
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圖/陽明交大方程式賽車隊</span></span><br />
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從零打造一輛真正能奔馳賽道的方程式賽車，需要多久？對陽明交大方程式賽車隊（NYCU Vulpes Racing）而言，答案是一整年的設計、測試、失敗與再突破。<br />
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國立陽明交通大學方程式賽車隊 NYCU Vulpes Racing 近日參加「臺灣盃學生方程式聯賽（Formula Student Taiwan, FST）」，以首次亮相的新世代電動方程式賽車 VR8 勇奪總成績第三名，展現學生自主研發與跨領域工程實作的成果。完成臺灣站賽事後，車隊也將帶著 VR8 前往日本，挑戰亞洲最具代表性的學生工程競賽之一 Formula SAE Japan，與世界各地頂尖大學同場競技。<br />
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<strong>一輛賽車，就是一座工程實驗室</strong><br />
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學生方程式（Formula SAE／Formula Student）被譽為「學生界的 F1」，是全球最具規模的大學生工程競賽之一。不同於一般賽車比賽，參賽隊伍必須從零開始設計、製造、測試並驗證一輛符合國際規範的方程式賽車，同時接受工程設計、成本分析、商業簡報及動態性能等多項評比，全面考驗學生的工程能力、專案管理與團隊協作。 <br />
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此次參賽的 VR8，從底盤設計、懸吊系統、電控整合、車體製造，到最後組裝與測試，全由陽明交大學生分工合作完成。車隊成員來自機械、電機、電子、資訊等不同領域，將課堂知識化為實際成果，也讓一輛賽車成為跨域學習的最佳載體。</div>
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<strong>24 小時輪班備戰 只為每一圈都更接近完美</strong><br />
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賽車正式站上賽道之前，真正的挑戰早已開始。比賽前夕，車隊成員連續 24 小時輪班進行最後調校；比賽期間，即使頂著雲林夏日高溫，仍持續檢查車況、修正設定，只為讓車輛在每一次起跑時都能發揮最佳狀態。<br />
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對車隊而言，賽場上的每一圈奔馳，都建立在數千個零件、無數次測試，以及團隊長時間反覆驗證之上。每一次成功完成測試、每一次排除故障，都是學生將理論轉化為實務能力的重要歷程。<br />
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<strong>從臺灣走向國際 再次挑戰 Formula SAE Japan</strong><br />
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2008 年成立的 NYCU Vulpes Racing，長年投入賽車研發，歷經燃油車到電動車世代轉型，近年持續參與國內外賽事，累積工程設計與競賽經驗。去年車隊完成 VR7.5 並赴日本參賽，今年則推出全新世代車款 VR8，持續朝國際舞台邁進。 <br />
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車隊將根據此次競賽經驗持續優化賽車，期盼能代表陽明交大再挑戰更高層級的國際賽事。對隊員而言，VR8 承載著一群學生的夢想。從設計圖上的第一條線，到賽道上的最後一個彎，每一步都凝聚著勇於挑戰、跨域合作與持續創新的精神，也展現陽明交大工程教育強調「做中學」與實作能力培養的核心價值。</p>
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- <![CDATA[NYCU Students Win World Championship at IEEE Hardware Computing Competition]]>Honor2026-07-06<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Students Win World Championship at IEEE Hardware Computing Competition"><meta name="twitter:description" content="A team of four graduate students from NYCU's Institute of Electronics has won the global championship at the 2026 IEEE RCC."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260706145025324.png"><meta name="NYCU Students Win World Championship at IEEE Hardware Computing Competition"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Students Win World Championship at IEEE Hardware Computing Competition"><meta property="og:description" content="A team of four graduate students from NYCU's Institute of Electronics has won the global championship at the 2026 IEEE RCC."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260706145025324.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=37a02f1b-2470-437e-8574-837b0d83919f">
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<div class="ed_pic_full"><img alt="From left, the second through fifth are Yi-Chen Hu, Wei-Chien Cheng, Chia-Yu Kuo, and Kuan-Wei Lai, who led NYCU to first place at the 2026 IEEE Reconfigurable Computing Challenge." src="/userfiles/nycuen/images/20260706145025324.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">From left, the second through fifth are Yi-Chen Hu, Wei-Chien Cheng, Chia-Yu Kuo, and Kuan-Wei Lai, who led NYCU to first place at the 2026 IEEE Reconfigurable Computing Challenge.</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">A team of four graduate students from National Yang Ming Chiao Tung University (NYCU) has won the global championship at the 2026 IEEE Reconfigurable Computing Challenge (RCC), outperforming teams from leading universities including Cornell University, Carnegie Mellon University, the University of California, San Diego, and Peking University.<br />
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Competing at the challenge held alongside the IEEE International Symposium on Field-Programmable Custom Computing Machines (FCCM) in Atlanta, Georgia, the students developed an FPGA-based accelerator that significantly improves the efficiency of real-time 3D scene reconstruction and rendering—an increasingly important technology for applications ranging from augmented and virtual reality to autonomous driving and robotics.<br />
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<strong>Advancing Real-Time 3D Computing</strong><br />
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The championship team—Kuan-Wei Lai, Yi-Chen Hu, Wei-Chien Cheng, and Chia-Yu Kuo—from NYCU’s Institute of Electronics was advised by Assistant Professor Yi-Chung Wu of the Integrated Circuits and Intelligent Systems Laboratory.<br />
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Their award-winning project, “<strong>A High-Throughput FPGA Accelerator for Real-Time Sort-Free 3D Gaussian Splatting</strong>,” addresses a major computational bottleneck in modern 3D scene reconstruction.<br />
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3D Gaussian Splatting (3DGS) has emerged as one of the most promising techniques for generating highly realistic 3D scenes. However, achieving real-time performance requires processing enormous volumes of data while handling computationally intensive operations, particularly depth sorting, which often limits overall system performance.<br />
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To overcome this challenge, the NYCU team jointly optimized both the underlying algorithm and the hardware architecture. By redesigning the dataflow and computation pipeline, they eliminated the need for depth sorting, enabling a highly efficient FPGA accelerator that substantially increases processing throughput and reduces system latency.<br />
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<strong>Building a Complete System from the Ground Up</strong><br />
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Team leader Kuan-Wei Lai said the project took nearly a year to complete, with every stage—from algorithm design and hardware architecture to FPGA implementation and system integration—developed entirely by the student team.<br />
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“The greatest challenge wasn’t designing a single algorithm or circuit,” Lai said. “It was integrating algorithms, hardware, software, and the FPGA platform into a complete system capable of operating reliably under limited hardware resources.”<br />
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The team spent months refining and validating the design through continuous debugging and testing. Even in the days leading up to the international finals, members continued to optimize system performance and rehearse demonstrations to ensure the platform would perform reliably under competition conditions.</div>
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<strong>Beyond Technical Innovation</strong><br />
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According to the students, participating in the inaugural FCCM Reconfigurable Computing Challenge offered more than international recognition. Working alongside leading research teams from around the world broadened their perspectives on high-performance computing, AI acceleration, and digital circuit design.<br />
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The competition also reinforced an important lesson: breakthrough algorithms alone are not enough. International researchers increasingly value complete system implementation and practical engineering that address real-world applications.<br />
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<strong>Training Engineers for Next-Generation Computing</strong><br />
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Wu said the championship recognizes not only the team’s technical achievement but also its ability to integrate algorithm design, hardware development, system implementation, and international presentation into a complete engineering solution.<br />
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“These students demonstrated outstanding capabilities across the entire innovation process—from research and architecture design to system realization,” Wu said. “We will continue advancing research in digital circuit design while cultivating engineers with strong system integration skills and global competitiveness.”<br />
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The IEEE Reconfigurable Computing Challenge was launched in 2026 as part of FCCM, one of the world’s premier conferences on field-programmable gate arrays (FPGAs) and reconfigurable computing. The symposium brings together leading researchers from academia and industry to showcase advances in high-performance computing architectures and hardware acceleration technologies.<br />
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<img alt="The NYCU team demonstrates its award-winning FPGA acceleration system and presents its research." src="/userfiles/nycuen/images/20260706145418715.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">The NYCU team demonstrates its award-winning FPGA acceleration system and presents its research.</span></em></span></div>
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<div class="ed-model18-title-text">突破3D場景重建即時運算瓶頸<br />
陽明交大奪IEEE硬體加速競賽最高榮耀</div>
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圖/研究團隊</span></span><br />
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本校電子研究所賴冠維、胡奕晨、鄭惟謙、郭家佑四位學生，在今年電機電子工程師學會(Institute of Electrical and Electronics Engineers, IEEE)舉辦的國際硬體加速創新競賽(Reconfigurable Computing Challenge, RCC)，一舉擊敗康乃爾大學等國際名校代表隊，獲得全球冠軍。<br />
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這四位來自電子研究所吳易忠助理教授帶領的積體電路與智慧系統實驗室團隊成員，於美國亞特蘭大的競賽中，開發出高效能的現場可程式化閘陣列（Field-Programmable Gate Array, FPGA）加速架構，大幅提升3D場景重建與顯示效率，擊敗康乃爾大學、卡內基美隆大學、加州大學聖地牙哥分校、北京大學等學生代表隊。<br />
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從AR與VR沉浸式體驗、自駕車環境感知和機器人導航，許多新興科技都仰賴即時且高擬真的3D場景重建技術。四位學生著重在如何在有限運算資源下快速處理龐大資料，建立高品質的3D場景，是推動相關應用落地的重要挑戰。指導學生的吳易忠表示，3DGS是近年備受關注的新興3D場景重建技術，能夠呈現接近真實照片品質的視覺效果。但這項技術過程中必須處理大量資料與複雜運算，其中深度排序（sorting）更是影響效能的重要瓶頸。為了解決此問題，團隊從演算法與硬體架構同步優化，重新規劃資料流與運算流程，成功消除深度排序需求，並打造適合平臺執行的高效能加速架構，大幅提升效率並降低系統延遲。<br />
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在這次競賽中擔任隊長的電子所賴冠維同學表示，這項研究歷時一年完成，從演算法分析、硬體架構設計、FPGA 實作到系統整合，皆由團隊自主開發。研究過程中，最大的挑戰並非單一演算法或電路設計，而是在有限的硬體資源下，如何將演算法、硬體電路、軟體控制與 FPGA 平臺有效整合，打造出一套穩定且能即時運作的完整系統。從研究構想到系統實現，團隊歷經無數次除錯與測試，經常為了解決單一問題反覆驗證數日。即使在決賽前夕，仍持續進行效能優化與展示流程演練，力求以最佳狀態迎接國際競賽挑戰。</div>
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團隊成員表示參與 FCCM 2026 RCC競賽，最大的收穫不僅是獲得國際肯定，更透過與全球頂尖研究團隊交流，拓展對高效能運算、人工智慧加速及電路設計等領域的視野。競賽過程中也深刻體會到除了技術創新，國際社群也相當重視系統實作能力與實際應用價值。不僅提升國際交流能力，也進一步思考如何讓研究成果走出實驗室，回應實際需求。<br />
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吳易忠表示，獲得全球冠軍不僅是對學生研究成果的肯定，更展現它們在演算法設計、硬體開發、系統整合與國際發表等方面的綜合能力。未來團隊將持續深化數位電路設計相關研究，推動研究成果與實際應用接軌，並持續培育具備系統整合能力與國際競爭力的研發人才，提升臺灣在先進運算與智慧系統領域的國際能見度與影響力。<br />
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補充說明：<br />
獲獎作品為「A High-Throughput FPGA Accelerator for Real-Time Sort-Free 3D Gaussian Splatting」。參加FCCM 2026 首屆可重組運算挑戰賽（Reconfigurable Computing Challenge, RCC）獲得全球冠軍。FCCM（IEEE International Symposium on Field-Programmable Custom Computing Machines）為全球FPGA（Field-Programmable Gate Array）與可重組運算領域最具影響力的國際研討會之一，長期匯聚世界各地頂尖大學、研究機構及產業界專家，共同發表最新研究成果與技術發展。</p>
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- <![CDATA[NYCU Partners with HNMC to Advance BNCT and Medical Imaging Research]]>Industry Cooperation2026-07-02<![CDATA[<div class="ed_model08 clearfix">
<div class="ed_pic_full"><img alt="NYCU Partners with HNMC to Advance BNCT and Medical Imaging Research" src="/userfiles/nycuen/images/20260702084141903.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">On June 29, NYCU President Chi-Hung Lin (right) and HNMC General Manager Hsiao-Lien Shen signed a cooperation agreement for the establishment of the Bo’ai Campus BNCT and Advanced Imaging Research Center</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU) has taken another step toward advancing next-generation cancer treatment and precision medicine through a new partnership with Heron Neutron Medical Corp. (HNMC). On June 29, the two organizations signed an agreement to establish the Bo’ai Campus BNCT and Advanced Imaging Research Center, creating a multidisciplinary hub that will bridge scientific discovery, translational medicine, and clinical innovation.<br />
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<strong>Building an Integrated Platform for Precision Medicine</strong><br />
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The initiative builds on NYCU’s longstanding strengths in biomedical science, medical imaging, clinical research, and interdisciplinary engineering. By combining the university’s expertise in medical research, physician-scientist training, and translational medicine with HNMC’s capabilities in boron neutron capture therapy (BNCT) systems and advanced medical technologies, the new center aims to accelerate the development of innovative approaches to cancer diagnosis and treatment.<br />
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BNCT has emerged as one of the most promising forms of precision radiotherapy. The treatment works by delivering boron-containing compounds that selectively accumulate in tumor cells, then exposing them to neutron irradiation, thereby enabling highly targeted destruction of cancer cells while minimizing damage to surrounding healthy tissue.</div>
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As global interest in BNCT continues to grow, researchers see the technology as a potential breakthrough for treating cancers that are difficult to manage with conventional therapies.<br />
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Advanced medical imaging will be another cornerstone of the center. From early diagnosis and treatment planning to therapeutic evaluation and data-driven clinical research, imaging technologies provide the precision needed to support more personalized and effective care.<br />
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Located on NYCU’s Bo’ai Campus, the research center will integrate BNCT, medical imaging, clinical investigation, translational medicine, and cross-disciplinary innovation into a single collaborative ecosystem. The center is expected to strengthen partnerships among researchers, clinicians, and industry while cultivating future talent and expanding Taiwan’s capabilities in precision oncology, biomedical innovation, and next-generation healthcare.<br />
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<div class="ed-model18-title-text">陽明交大攜手禾榮科技<br />
共建博愛校區硼中子捕獲治療暨前瞻影像研究中心</div>
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為推動前瞻醫療科技發展，深化硼中子捕獲治療（Boron Neutron Capture Therapy, BNCT）與醫學影像研究的跨域整合，國立陽明交通大學6月29日與禾榮科技舉行「博愛校區硼中子捕獲治療暨前瞻影像研究中心建置合約」簽約儀式，正式啟動雙方合作，共同打造兼具研究、轉譯及臨床應用能量的前瞻醫療研究平台。<br />
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陽明交大長期深耕生醫科技、醫學影像、醫工整合及臨床轉譯研究，持續結合醫學、工程與資訊等跨域專業，推動創新醫療技術發展。此次合作將結合陽明交大在基礎研究、臨床醫學、人才培育及跨域研究上的優勢，以及禾榮科技在BNCT系統建置與先進醫療技術研發的經驗，共同建置「博愛校區硼中子捕獲治療暨前瞻影像研究中心」，為台灣精準醫療與癌症治療研究奠定更完整的研發基礎。</div>
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<p>BNCT是一項新興的精準放射治療技術，透過含硼藥物選擇性聚集於腫瘤細胞，再配合中子照射，可在降低正常組織傷害的同時，提升癌症治療的精準度，近年已成為全球癌症治療研究的重要發展方向之一。結合前瞻醫學影像技術，更可應用於疾病診斷、治療規劃、療效評估及研究資料分析，進一步提升精準醫療的整體效益。<br />
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未來，研究中心將以陽明交大博愛校區為核心基地，逐步整合BNCT、醫學影像、臨床研究、轉譯醫學及跨域研發等資源，建立兼具研究創新、人才培育及臨床應用功能的前瞻醫療平台，促進跨領域合作與關鍵技術發展，為台灣精準醫療、癌症治療及生醫產業發展注入新動能。<br />
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- <![CDATA[Could Gut Bacteria Help Protect the Brain? NYCU Study Links Microbiome to Alzheimer’s Biomarkers]]>Research Highlights2026-07-01<![CDATA[<div class="ed_model08 clearfix">
<div class="ed_pic_full"><img alt="A conceptual illustration depicts the gut-brain axis and highlights the association between Akkermansia muciniphila, gut microbial communities, and Alzheimer’s disease biomarkers. The study suggests that gut microbiome composition may be linked to amyloid-beta accumulation and brain health." src="/userfiles/nycuen/images/20260701131539127.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">A conceptual illustration depicts the gut-brain axis and highlights the association between Akkermansia muciniphila, gut microbial communities, and Alzheimer’s disease biomarkers. The study suggests that gut microbiome composition may be linked to amyloid-beta accumulation and brain health.</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">Scientists have long known that the trillions of microbes living in the human gut influence metabolism, immunity, and cardiovascular health. A new study now suggests they may also be closely connected to one of the world’s most devastating neurological disorders.<br />
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Researchers at National Yang Ming Chiao Tung University (NYCU) have found that older adults with higher levels of Akkermansia muciniphila—a next-generation probiotic increasingly recognized for its health benefits—show significantly lower levels of amyloid-beta accumulation in the brain, a key biological hallmark of Alzheimer’s disease.<br />
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Published in Alzheimer’s Research & Therapy, the study analyzed stool samples, Alzheimer’s disease biomarkers, and brain imaging data from 439 older adults. While the findings do not prove that gut bacteria prevent Alzheimer’s disease, they provide compelling new evidence that the gut microbiome may play a far greater role in brain aging than previously understood.<br />
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<span style="color:#4e5f70;"><em><span style="font-size:90%;">The study identifies a significant association between gut microbial composition and Alzheimer’s disease biomarkers, providing new insights into the gut-brain axis while highlighting the need for further research to establish causality.</span></em></span><br />
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<strong>Looking Beyond the Brain</strong><br />
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For decades, Alzheimer’s research has focused primarily on what happens inside the brain, particularly the buildup of amyloid-beta plaques. New drugs designed to remove these deposits have offered renewed hope for patients, but scientists are increasingly asking whether the disease may begin much earlier—and outside the brain itself.<br />
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One of the strongest candidates is the gut microbiome. Through immune, metabolic, and neural pathways, the trillions of microorganisms inhabiting the digestive tract communicate continuously with the brain, forming what researchers describe as the gut-brain axis.<br />
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Among these microbes, Akkermansia muciniphila has attracted growing attention. Previous animal studies have linked the bacterium to improved metabolism, reduced inflammation, and enhanced memory, suggesting it may help protect cognitive function.<br />
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<strong>A More Detailed View of the Gut Microbiome</strong><br />
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Rather than grouping bacteria into broad taxonomic categories, the NYCU team used high-resolution genomic sequencing to identify microbes at the species level, allowing researchers to distinguish subtle but potentially important biological differences.</div>
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The analysis identified 59 bacterial species associated with either mild cognitive impairment or Alzheimer’s disease. Interestingly, even closely related bacteria appeared to play different roles: some species were more abundant in cognitively healthy participants, while others were enriched in individuals with cognitive decline.<br />
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The researchers also found that these microbes operate as interconnected communities rather than in isolation. Interactions among bacterial species may alter key metabolic functions—including pathways involved in branched-chain amino acid biosynthesis—that are associated with amyloid accumulation and neurodegeneration.<br />
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These findings suggest that it is the overall balance of the gut ecosystem, rather than any single bacterial species, that may influence brain health.<br />
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<strong>Toward Personalized Strategies for Dementia Prevention</strong><br />
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Professor Yi-Fang Chuang of NYCU’s Institute of Public Health, who led the study, said the research represents an important step toward understanding how gut microbes may contribute to Alzheimer’s disease.<br />
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“Although we observed a clear association between the gut microbiome and Alzheimer’s biomarkers, the underlying biological mechanisms remain to be clarified,” Chuang said. “Future longitudinal studies will be needed to determine whether microbial changes contribute to disease progression or are themselves a consequence of neurodegeneration.”<br />
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She added that gut microbial composition varies considerably across populations because of differences in genetics, diet, and lifestyle. Consequently, findings from Western populations cannot always be generalized to Asian communities.<br />
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By establishing one of Taiwan’s most comprehensive datasets linking gut microbiomes, brain imaging, and Alzheimer’s biomarkers, the study provides a valuable resource for future dementia research and opens new possibilities for developing microbiome-based strategies to predict, prevent, and eventually slow the progression of Alzheimer’s disease.<br />
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<img alt="Professor Yi-Fang Chuang led the study, which combines microbiome analysis, brain imaging, and Alzheimer’s disease biomarkers to advance dementia research." src="/userfiles/nycuen/images/20260701131538246.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">Professor Yi-Fang Chuang led the study, which combines microbiome analysis, brain imaging, and Alzheimer’s disease biomarkers to advance dementia research.</span></em></span></div>
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<div class="ed-model18-title-text">特定腸道菌影響大腦健康<br />
陽明交大研究發現 59 種細菌與阿茲海默症有關</div>
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腸道細菌與肥胖、心血管等多種慢性病息息相關，如今科學家發現它的影響力恐怕還延伸到大腦。最新刊登在《Alzheimer's Research & Therapy》的研究發現，透過分析 439 位長者的糞便樣本、阿茲海默症生物標記與大腦影像，發現腸道內擁有較多次世代益生菌「嗜黏蛋白阿克曼菌」（Akkermansia muciniphila，簡稱Akk菌）的人，大腦中的類澱粉蛋白沉積較少。雖然因果關係仍待釐清，但仍意味著腸道菌相可能對於阿茲海默症發生與進展中扮演某種角色。<br />
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嗜黏蛋白阿克曼菌（Akkermansia muciniphila）是近年備受關注的明星益生菌，在人類與動物的腸胃道中皆可發現。在動物實驗中發現，這隻細菌與體重調節相關，能降低發炎反應，同時能改善記憶表現，被認為具有保護大腦的潛力。<br />
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有別於過去僅以菌屬分類的做法，研究團隊採用高解析度的基因檢測技術深入到物種層級的精細分析，就像從“看清楚哪一家人”進化到“認出哪一個人”，辨識出59種與輕度認知障礙及阿茲海默症相關的關鍵腸道菌種。</div>
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研究發現，同一家族的細菌，有些在認知正常者體內較多，有些則在認知障礙患者體內較多。這些細菌並非單打獨鬥，而是會相互影響、彼此合作或競爭，形成複雜的生態網絡，共同左右大腦健康。研究還發現，這些腸道菌功能的改變（例如影響支鏈胺基酸的合成），與大腦中毒素的累積和神經退化息息相關。<br />
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主持這研究的公共衛生研究所教授莊宜芳表示，阿茲海默症研究多年來聚焦於大腦中的類澱粉蛋白沉積，近幾年針對蛋白沉積的新藥也陸續問世，為患者帶來新希望。然而，腸道裡數量龐大的細菌群落會透過血液、神經系統等多種途徑，悄悄影響大腦健康。<br />
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不過莊宜芳也指出，此研究初步證實了腸道菌相與大腦健康的關聯性，至於其中的因果機制與作用，則有待後續追蹤研究釐清。雖然目前還無法斷定是細菌導致了病變，還是病變改變了細菌，但這項發現為未來開發“益生菌預防藥物”提供了可能的方向。她進一步說明，由於腸道細菌組成與族群、飲食習慣密切相關，西方研究成果難以直接應用於臺灣族群，而本研究建立的臺灣本土資料庫，正為腸道菌相與失智症研究開啟新方向。</p>
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- <![CDATA[NYCU’s iGEM Team Wins Gold, Adding New Momentum to Global Evolution]]>Feature Story2026-06-29<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Confirms That Hesperetin Allows Doxorubicin to Fight Cancer Without “Harming the Heart”"><meta name="twitter:description" content="The NYCU team has developed a patented probiotic transformation technology to mass-produce hesperetin, a compound now entering the commercial phase to help cancer patients mitigate the side effects of Doxorubicin."><meta name="twitter:image" content="hhttps://www.nycu.edu.tw/nycu/en/app/news/image?module=headnews&detailNo=1508850802691674112&init=N"><meta name="NYCU Confirms That Hesperetin Allows Doxorubicin to Fight Cancer Without “Harming the Heart"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Confirms That Hesperetin Allows Doxorubicin to Fight Cancer Without “Harming the Heart"><meta property="og:description" content="The NYCU team has developed a patented probiotic transformation technology to mass-produce hesperetin, a compound now entering the commercial phase to help cancer patients mitigate the side effects of Doxorubicin."><meta property="og:image" content="https://www.nycu.edu.tw/nycu/en/app/news/image?module=headnews&detailNo=1508850802691674112&init=N"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=1a1a3d07-3d7b-43a2-aad3-8d2583064e11">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">Professor Wen-Liang Chen advocates a shift toward objective-driven research, in which genes are treated as modular “building blocks” to solve complex biological challenges.</span></em></span></div>
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<div class="ed_txt"><strong>By <a href="https://elite.nycu.edu.tw/2026/06/01/nycus-igem-team-wins-gold-adding-new-momentum-to-global-evolution/" rel="noreferrer noopener" target="_blank" title="NYCU ELITE(Open New Windows)"><u>NYCU ELITE</u></a></strong><br />
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<div class="ed_txt" style="text-align: justify;">The international Genetically Engineered Machine (iGEM) Competition is the world’s largest-scale student competition in synthetic biology, attracting approximately 300 teams to participate each year. In the 2025 competition, National Yang Ming Chiao Tung University (NYCU) won the gold medal with its “Genomic Integrated Bio-Brick Platform (GenOMe)” and was nominated for two special awards. GenOMe employs a standardized, modular design like LEGO bricks, supplemented by precise mathematical modeling for prediction, which dramatically increased the success rate of genome integration technology from 0.2% to 80%<br />
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This means that the time required for culturing and screening microbial strains, which previously could last for six months to a year, will be reduced to a few weeks or even a few days in the future. This development demonstrates tremendous value for both commercial and clinical applications and has earned high praise from international reviewers.<br />
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Wen-Liang Chen, the Professor of the Department of Biological Science and Technology at NYCU, who has served as the iGEM team leader since 2013, pointed out that the Massachusetts Institute of Technology (MIT) founded iGEM with the aim of applying an engineering mindset to solve problems faced in biological research. The hope is that, by modularizing genes as building blocks, they can be arranged and combined according to research objectives to create “biological machines” with specific functions capable of performing specialized tasks. NVIDIA founder Jensen Huang also publicly stated that biology will evolve from the “science of discovery” toward the “science of engineering” in the future.<br />
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“While there is a certain element of romance and artistry to discovery, engineering must have clear objectives,” Prof. Chen emphasized. He noted that during the iGEM competition participation and training program, NYCU instructors did not proactively provide answers; instead, they allowed students to take the lead to a large extent in defining problems, seeking resources, and solving issues.<br />
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For example, the team had originally planned to refine GenOMe and develop new applications as their entry for the 2026 competition, but if students decided at the last minute to change the topic, Prof. Chen respected their decision: “Even if there wasn’t enough time, students must take responsibility. Regret is sometimes an indispensable part of education.”<br />
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<strong>Solving Biological Problems with an Engineering Mindset</strong><br />
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Wen-Liang Chen, the Professor of the Department of Biological Science and Technology at NYCU, who has served as the iGEM team leader since 2013, pointed out that the Massachusetts Institute of Technology (MIT) founded iGEM with the aim of applying an engineering mindset to solve problems faced in biological research. The hope is that, by modularizing genes as building blocks, they can be arranged and combined according to research objectives to create “biological machines” with specific functions capable of performing specialized tasks. NVIDIA founder Jensen Huang also publicly stated that biology will evolve from the “science of discovery” toward the “science of engineering” in the future.<br />
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“While there is a certain element of romance and artistry to discovery, engineering must have clear objectives,” Prof. Chen emphasized. He noted that during the iGEM competition participation and training program, NYCU instructors did not proactively provide answers; instead, they allowed students to take the lead to a large extent in defining problems, seeking resources, and solving issues.<br />
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For example, the team had originally planned to refine GenOMe and develop new applications as their entry for the 2026 competition, but if students decided at the last minute to change the topic, Prof. Chen respected their decision: “Even if there wasn’t enough time, students must take responsibility. Regret is sometimes an indispensable part of education.”<br />
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<div class="ed_pic_full"><img alt="Highlighting the team’s diverse culture, Professor Chen notes how students from the humanities have even led the team to merge “BioArt” with synthetic biology, completely redefining traditional research boundaries © NYCU Elite" src="/userfiles/nycuen/images/20260701130459936.jpg" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">Highlighting the team’s diverse culture, Professor Chen notes how students from the humanities have even led the team to merge “BioArt” with synthetic biology, completely redefining traditional research boundaries © NYCU Elite</span></em></span><br />
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The members of NYCU’s iGEM team come from diverse backgrounds. The team in 2025 consists of 18 freshmen students from the Department of Biological Science and Technology, the Department of Electronics and Electrical Engineering, the School of Medicine, the Department of Biotechnology and Laboratory Science in Medicine, and the Department of Computer Science. “The most challenging part was mathematical modeling, which could not be accomplished by students with a computer science background alone. The equations for GenOMe were developed collaboratively by members from the Department of Biological Science and Technology, the School of Medicine, and the Department of Computer Science,” said Prof. Chen.<br />
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In this type of Project-Based Learning (PBL) training, if students discover that they lack skills in areas such as experimental methods or mathematical modeling during the problem-solving process, they must take the initiative to learn and fill in the gaps in their fundamental science knowledge. Prof. Chen added, “AI generates content at an astonishing rate. In this era of rapidly expanding knowledge and rapid AI development, it is more important for students to learn to set goals so that they can efficiently filter out the content they truly need!”<br />
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<img alt="From cold-calling experts to pitching research like a startup product, NYCU students cultivate essential professional skills—initiative, resilience, and bilingual communication—equipping them to transform academic ideas into tangible social contributions © NYCU Elite" src="/userfiles/nycuen/images/20260701130459598.jpg" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">From cold-calling experts to pitching research like a startup product, NYCU students cultivate essential professional skills—initiative, resilience, and bilingual communication—equipping them to transform academic ideas into tangible social contributions.</span></em></span></div>
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<div class="ed_pic_full">It is particularly worth noting that in 2023, the team was even led by a student from the College of Humanities, Arts, and Social Sciences. The team introduced the concept of “BioArt,” using engineered bacteria combined with the three primary RGB colors to create various patterns, and even organized an online art exhibition and expert lectures. “By combining soft elements into the rigid concepts of engineering and biology, the team completely overturned conventional notions of what biology and engineering can be!” Prof. Chen said with a grin.</div>
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<strong>Proactive Seeds Eventually Blossom and Bear Fruit</strong><br />
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In addition, Prof. Chen observed that iGEM places great emphasis on the “Integrating Human Practices” aspect of its competition design, which is highly inspiring for education. “The concept of this competition design is to have teams demonstrate whether their technology makes a tangible contribution to society and industry.” He further explained that if participants treat their entry as a startup product, students must engage with other researchers and industry professionals during the R&D phase. This not only helps them understand the genuine needs of these stakeholders and adjust their R&D direction accordingly, but also enables them to gain recognition for their research concepts and value.<br />
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“We’ve had students ride their scooters all the way from Hsinchu to the Taiwan Agricultural Research Institute, Ministry of Agriculture, in Taichung, to discuss the accuracy of predictive models with researchers. Some students had personally written letters inviting the director of the Academia Sinica to grant an interview. Students reached out not only to research institutions but even to businesses on their own initiative.” Prof. Chen recalled that if the content of a student’s invitation letter was insufficient, the process of securing an interview was bound to encounter setbacks. It was only then that instructors stepped in to guide students in refining their interview invitation process. “As long as we can plant the seed of initiative in students’ minds, the energy they bring to society one day will be truly remarkable.”<br />
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Before officially announcing the entry, he will help students continuously improve their spoken English skills, with the goal of being able to explain the key features of the entry in 3 to 5 minutes. “At the iGEM exhibition, students couldn’t just sit there waiting for people to come to them. I also told the students they must take the initiative to invite students from other universities or judges to visit the NYCU booth.” Prof. Chen’s strict demands on the iGEM team members finally bore beautiful fruit when the students used their award-winning theme to launch a startup.</div>
<div class="ed_pic_full"><strong>Taking Bold Steps and Exploring Endless Possibilities</strong><br />
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<img alt="From cold-calling experts to pitching research like a startup product, NYCU students cultivate essential professional skills—initiative, resilience, and bilingual communication—equipping them to transform academic ideas into tangible social contributions © NYCU Elite" src="/userfiles/nycuen/images/20260701130459174.jpg" /><br />
<span style="font-size:90%;"><span style="color:#4e5f70;"><em>From cold-calling experts to pitching research like a startup product, NYCU students cultivate essential professional skills—initiative, resilience, and bilingual communication—equipping them to transform academic ideas into tangible social contributions.</em></span></span><br />
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<strong>Taking Bold Steps and Exploring Endless Possibilities</strong><br />
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Since 2014, Prof. Chen’s team has won numerous iGEM grand awards and gained recognition over several consecutive years with their “Toxin-Free Smart Technology Agricultural System (AgriTalk),” which integrates technologies such as biotechnology, AI, and the Internet of Things to provide functions including pest control and environmental monitoring. Encouraged by Jason Yi-Bing Lin, the then Vice President of NYCU, Prof. Chen, and the iGEM student team refined their prototype concept into a commercializable system and established the startup “AgriTalk” in 2019.<br />
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This group of students, forged through the iGEM competition, brought the spirit of initiative and proactively promoted themselves from the competition into the business world. Early in its startup journey, AgriTalk successfully invited the CTO of a major international corporation to visit its booth at CES in the U.S. with a precise one-minute presentation. “That year at the event, we generated approximately 1 billion dollars in business opportunities, with companies from over 30 countries expressing interest in having us set up manufacturing facilities there.” Although we can only precisely partner with a few companies due to their limited scale, Prof. Chen remains immensely proud of his students’ achievements in their first entrepreneurial venture.<br />
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Another project previously recognized by an iGEM grand award and made by Prof. Chen’s team is the “Smart Disease Detection Platform,” which employs an innovative technology that combines engineered bacteria with chips. This approach has not only significantly increased the biochip manufacturing yield—from less than 10% to over 90%—but also enables high-precision, rapid testing service for disease markers in pets. This technology has already attracted corporate partners to jointly collaborate, and the team is poised to formally enter the semiconductor and biomedical sensor markets through technology transfer and mergers and acquisitions.<br />
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“Be brave enough to take the leap and give it a try. No matter the outcome, one will gain a wealth of experience, and that will encourage one to venture into new fields in the future.” Prof. Chen’s words of encouragement to students eager to take on the iGEM challenge were concise yet powerful. In fact, Prof. Chen and the NYCU members, who once underwent the grueling “ordeal” of iGEM together, are the living embodiment of these words. For them, winning an iGEM award is not the end goal, but rather a fresh starting point for entering the industry, solving social problems, and changing the human world.</div>
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<div class="ed-model18-title-text">陽明交大iGEM奪金<br />
世界進化再添新動能</div>
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國際遺傳工程與機器設計競賽（iGEM）為全球最大規模的合成生物學學生競賽，每年吸引約300個團隊與會。2025年賽事中，國立陽明交通大學（NYCU）以「基因組整合生物磚平台（GenOMe）」勇奪金牌，並一舉獲得兩項特別獎提名。GenOMe運用如同樂高積木般的標準化組裝設計，同時輔以精密的數學模型預測，讓基因組整合技術的成功率，由0.2％大幅躍升至80％。<br />
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這意味著原本可能需要耗費半年到一年的菌種培育與篩選時間，未來將能縮短至數週甚至數天，在商業與臨床應用皆展現了極高的價值，獲得國際評審的高度讚譽。<br />
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<strong>以工程思維，解決生物問題</strong><br />
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2013年起即擔任iGEM參賽領隊的陽明交大生物科技學系教授陳文亮指出，麻省理工學院（MIT）創辦iGEM，就是希望用工程的思維來解決生物研究所面臨的問題，期盼將基因如同積木般模組化後，即可依據研究目的排列組合，製造出具有特定功能、可執行特殊任務的「生物機器」。NVIDIA創辦人黃仁勳也曾公開表示，未來生物學將從「發現的科學（science of discovery）」朝向「工程的科學（science of engineering）」演進。<br />
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「其實Discovery存在某種浪漫與藝術的成分，但Engineering必須要有明確的目標。」陳文亮強調，陽明交大的iGEM參賽培訓過程中，老師不會主動提供答案，而是讓學生在訂定題目、尋求資源、問題解決等面向保有極大程度的主導權。<br />
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例如，原本團隊規劃將GenOMe修正並開發新的應用，作為2026年的參賽主題，但若學生臨時想換題目，陳文亮也會予以尊重：「即使時間上來不及，學生也要負起責任。遺憾有時也是教育中不可或缺的一環」。<br />
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<strong>專案導向學習，知識爆炸時代解方</strong><br />
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NYCU的iGEM團隊成員背景多元，2025年團隊就由18位生物科技學系、電機工程學系、醫學系、醫學生物科技暨檢驗學系、資訊工程學系等大一學生組成。「最困難的是數學建模，這無法由資工背景的學生單獨完成，GenOMe的方程式就是由生技、醫學和資工系的成員共同完成。」陳文亮表示。<br />
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這種專案導向學習（Project-Based Learning, PBL）的訓練，學生在解題過程中若發現自己對於實驗方法、數學建模等技能有所不足，就必須主動學習以補足相關的基礎科學知識。陳文亮補充：「AI創造內容的速度太快，在這個知識快速膨脹與AI高速發展的時代，學生更要學會設定目標，才能有效率地篩選出真正需要的內容！」<br />
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特別值得一提的是，2023年團隊甚至是由人文社會學院學生擔任隊長，並引入了「生物藝術（BioArt）」的概念，將工程菌結合RGB三原色繪製出各式圖樣，更舉辦了線上畫展與專家演講。「在硬邦邦的工程和生物之中，結合了柔性的元素，完全顛覆了既有對於生物與工程的想像！」陳文亮笑著說道。</div>
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<p><strong>積極主動的種子，終將開花結實</strong><br />
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此外陳文亮觀察到，iGEM極度重視「人文實踐整合（Integrating Human Practices）」的賽制設計，對於教育也極具啟發性。「這個賽制的設計概念，就是要讓團隊證明自己的技術對於社會和產業有沒有實質貢獻。」他進一步解釋，如果將參賽主題當成新創公司的產品來看，學生在研發期就要嘗試與其他研究者、業界人士接觸，不僅藉此了解對方的真實需求，並藉此修正研發方向，還要讓對方認可你的研究概念與價值。<br />
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「我們曾有學生從新竹騎著機車到台中農試所，與研究員討論預測模型準確性。有人則親自寫信邀請中研院的所長接受訪談。不只是研究單位，學生連企業都會自己去接洽。」陳文亮回憶，如果學生邀請函內容不到位，邀訪過程難免受挫，這時老師們才會出手指導學生修正邀訪流程。「只要能在學生心中種下積極主動的種子，總有一天學生在社會上發光發熱的能量會很不一樣。」<br />
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至於正式發表參賽主題之前，他會協助學生持續精進英文口說能力，目標要能在3至5分鐘內說明參賽主題的特點。「在iGEM發表會場中也不能呆坐著等人上門，我也告訴學生必須主動出擊，邀請其他學校學生或評審來參觀NYCU攤位。」陳文亮對於iGEM團隊成員的嚴格要求，終於在學生運用得獎主題創業時，開出美麗的花朵。<br />
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<strong>勇敢大步嘗試，開創無限可能</strong><br />
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2014年起，陳文亮團隊便以整合生物科技、AI、物聯網等技術，具有害蟲防治與環境監控等功能的「無毒智慧科技農業系統（AgriTalk）」為主題，連續多年獲得iGEM多項大獎肯定。在時任交大副校長林一平的鼓勵下，陳文亮與iGEM團隊學生將原型概念修正為可商業化的系統後，於2019年成立了新創公司「農譯科技（AgriTalk）」。<br />
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這群歷經iGEM洗禮的學生，將比賽時主動出擊、積極自我行銷的精神帶到了商場。農譯科技創業之初，就曾在美國CES展上，以1分鐘的精準簡報成功邀請大型國際企業技術長到訪攤位。「那一年在會場中，我們創造出約10億美元的商機，30多國的業者都希望我們能去建廠。」雖然礙於公司規模，只能精選幾家合作業者，陳文亮對於學生首度創業的成績，仍相當引以為傲。<br />
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陳文亮團隊另一項曾獲得iGEM大獎肯定的「智慧疾病檢測平台」，在運用工程菌與晶片結合的創新技術後，不僅將原本低於10%的生物晶片製程良率大幅提升至90%以上，更可針對寵物疾病因子提供高精度、快速檢測服務。這項技術目前也已吸引企業共同合作，即將透過技術轉移與併購等模式，正式進軍半導體與生醫感測器市場。<br />
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「要勇敢地跨出去嘗試，無論結果如何，都能夠得到很多經驗，未來才有勇氣去跨足更多領域。」對於有心接受iGEM挑戰的學子們，陳文亮的勉勵簡潔而有力。事實上，陳文亮和曾經共同接受iGEM殘酷「洗禮」的NYCU成員們，正是這段話的最佳實踐者。對他們而言，iGEM奪獎並不是終點，而是跨入產業、解決社會問題與改變人類世界的嶄新起點。</p>
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- <![CDATA[NYCU Ranked 49th Globally in THE Sustainability Impact Ratings 2026]]>SDGs2026-06-25<![CDATA[<div class="ed_model08 clearfix">
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<div class="ed_txt"><strong>By Chance Lai</strong><br />
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<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU) has been ranked 49th worldwide and second in Taiwan in the <em>2026 Times Higher Education (THE) Sustainability Impact Rankings</em>. Among the university’s strongest performances were SDG 3 (Good Health and Well-Being), where NYCU ranked 17th globally, SDG 9 (Industry, Innovation and Infrastructure), ranked 26th, and SDG 11 (Sustainable Cities and Communities), ranked 48th.<br />
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The THE Sustainability Impact Rankings are among the world’s largest assessments of university contributions to sustainable development. This year’s rankings evaluated 1,646 universities from 116 countries and regions based on the <em>United Nations Sustainable Development Goals (SDGs)</em>, measuring institutions across research, teaching, campus operations, community engagement, and global partnerships.<br />
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<div class="ed_pic_full"><img alt="Certificates recognizing NYCU’s achievements across multiple SDGs in the 2026 THE Impact Rankings." src="/userfiles/nycuen/images/20260625161434050.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">Certificates recognizing NYCU’s achievements across multiple SDGs in the 2026 THE Impact Rankings.</span></em></span><br />
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<strong>Beyond Rankings: Measuring Real-World Impact</strong><br />
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According to NYCU Senior Vice President Chien Chou, the significance of the SDGs lies in their focus on challenges shared by societies worldwide. “Taiwan cannot remain on the sidelines of global sustainability issues,” Chou said. “As one of Taiwan’s leading research universities, NYCU has a responsibility to contribute solutions through education, research, and innovation.”<br />
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Chou noted that the value of the THE Sustainability Impact Rankings extends beyond international recognition. More importantly, they provide a common framework that enables universities worldwide to assess and strengthen their sustainability efforts.<br />
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Speaking after attending the THE Global Sustainable Development Congress in Indonesia, Chou observed that many participating institutions were less concerned with improving rankings than with exploring how sustainability could be embedded into research, teaching, university governance, and public engagement. “The goal is not simply to achieve better rankings,” she said. “The goal is to make sustainability part of the culture and decision-making process of a university.”<br />
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<strong>Health and Well-Being: Advancing Through the Integration of Medicine and Technology</strong><br />
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<img alt="NYCU ranked 17th globally in SDG 3 (Good Health and Well-Being), reflecting the growing impact of interdisciplinary collaboration between medicine, engineering, artificial intelligence, and biomedical research following the university merger." src="/userfiles/nycuen/images/20260625161936363.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">NYCU ranked 17th globally in SDG 3 (Good Health and Well-Being), reflecting the growing impact of interdisciplinary collaboration between medicine, engineering, artificial intelligence, and biomedical research following the university merger.</span></span></em><br />
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As one of Taiwan’s few comprehensive research universities with strengths in both medicine and engineering, NYCU has expanded initiatives in smart healthcare, precision medicine, healthy aging, and digital health technologies. Researchers across the university are developing AI-assisted clinical decision systems, smart ward-round technologies, and precision healthcare applications while advancing research in cancer treatment, neurodegenerative diseases, and regenerative medicine.<br />
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The university’s commitment to global health collaboration was also reflected in the 2026 NYCU College of Medicine International Symposium: A New Ecosystem for Medical Research, held in June. The event brought together nearly 200 scholars, clinicians, and researchers from Taiwan, the United States, Japan, Singapore, and other countries to explore how artificial intelligence, digital healthcare, and interdisciplinary research are reshaping the future of medicine.</div>
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<strong>Building Innovation Ecosystems from Semiconductors to AI Governance</strong><br />
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<img alt="NYCU ranked 26th globally in SDG 9 (Industry, Innovation and Infrastructure), reflecting its contributions to technological innovation and industrial development." src="/userfiles/nycuen/images/20260625162054524.png" /><br />
<span style="color:#4e5f70;"><span style="font-size:90%;"><em>NYCU ranked 26th globally in SDG 9 (Industry, Innovation and Infrastructure), reflecting its contributions to technological innovation and industrial development.</em></span></span><br />
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For decades, the university has served as one of Taiwan’s key talent pipelines for the semiconductor and high-tech sectors. NYCU maintains close partnerships with industry leaders, including TSMC, MediaTek, and NVIDIA. This year, NYCU and TSMC jointly launched a summer semiconductor program that offers specialized courses to university students nationwide, providing broader access to semiconductor knowledge and practical training while helping to address the growing global demand for advanced technology talent.<br />
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Beyond talent development and research, the university has also begun examining emerging sustainability questions associated with artificial intelligence. As AI models continue to grow in scale, the management and allocation of computing resources have become increasingly important challenges for universities and research institutions worldwide.<br />
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To address this issue, NYCU recently partnered with Phison Electronics to establish a campus-wide AI heterogeneous computing resource management platform. The system enables intelligent scheduling of GPUs and other computing resources, improving utilization efficiency while exploring new approaches to compute governance—a field that seeks to make advanced computing infrastructure more accessible, efficient, and sustainable.<br />
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<strong>From Individual Achievements to Institutional Transformation</strong><br />
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For NYCU, the latest ranking represents more than international recognition. It also serves as a benchmark for evaluating long-term progress in sustainability governance. In recent years, sustainability initiatives at the university have evolved from isolated projects into institution-wide efforts supported by administrative units, academic departments, faculty members, students, and researchers.<br />
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Ding-Han Wang, Associate Director of NYCU’s Office of Sustainability and Social Responsibility, said one of the university’s most significant changes has been the growing integration of sustainability across different areas of campus life. Faculty members are incorporating SDGs into research and teaching. Students are participating in University Social Responsibility (USR) projects and community engagement initiatives. Administrative units are developing new policies and governance mechanisms that align with sustainability goals.<br />
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According to Wang, achievements in smart healthcare, artificial intelligence, semiconductor technology, and net-zero sustainability collectively contributed to NYCU’s strong performance in this year’s rankings. “International rankings should not be the destination,” Wang said. “They are the result of sustained efforts. By continuing to strengthen collaboration across the university and building more comprehensive systems and mechanisms, NYCU can further expand its positive impact on society and contribute to sustainable development on a global scale.”<br />
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<img alt="NYCU presents its sustainability programs and SDG achievements at the THE Global Sustainable Development Congress, providing an opportunity to engage with universities and sustainability leaders worldwide." src="/userfiles/nycuen/images/20260625162539324.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">NYCU presents its sustainability programs and SDG achievements at the THE Global Sustainable Development Congress, providing an opportunity to engage with universities and sustainability leaders worldwide.</span></em></span></div>
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<div class="ed-model18-title-text">陽明交大名列全球大學永續影響力第49名<br />
全台排名第二</div>
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英國高等教育調查機構《Times Higher Education》（THE）公布「2026大學永續影響力評比（Sustainability Impact Ratings 2026）」，國立陽明交通大學名列全球第49名、全台第二。其中，「良好健康與福祉（SDG 3）」排名全球第17名、「產業、創新與基礎建設（SDG 9）」排名第26名、「永續城鄉與社區（SDG 11）」排名第48名，成為本次表現最亮眼的三項指標。<br />
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<strong>從研究成果到社會影響力 永續表現重新定義大學價值</strong><br />
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THE永續影響力評比是目前全球最具規模的大學永續發展評比之一。本年度共有來自全球116個國家與地區、1,646所大學參與，依據聯合國17項永續發展目標（SDGs）進行評估，並從研究、教學、校務治理、社會參與及國際合作等面向，綜合衡量大學對永續發展的實際貢獻。<br />
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陽明交大副校長周倩表示，聯合國永續發展目標所回應的是全球共同面臨的挑戰，台灣無法置身事外，而作為台灣重要研究型大學之一，陽明交大更有責任透過教育、研究與創新，為社會問題提出具體解方。<br />
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她認為，THE Sustainability Impact Ratings最大的價值，不只是提供一項國際排名，更重要的是建立一套國際共同採用的永續治理架構。此次在印尼舉行的國際研討會中，許多大學分享的重點並非如何提升排名，而是如何將永續融入研究、教學、校務治理及社會參與，讓永續成為校園文化的一部分。<br />
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<strong>醫學與科技跨域融合 健康福祉躋身全球前20強</strong><br />
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作為全台少數兼具醫學與工程優勢的研究型大學，陽明交大近年推動智慧醫療、精準健康及高齡照護創新，整合醫學院、附設醫院體系、生醫工程及人工智慧研究能量，發展AI輔助醫療決策系統、智慧病房巡診技術及精準醫療應用，並在癌症治療、神經退化疾病及再生醫學等領域累積研究成果，回應全球健康照護需求，同時深化醫學研究與國際學術交流。<br />
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今年6月舉辦的「NYCU College of Medicine International Symposium: A New Ecosystem for Medical Research」，集結來自台灣、美國、日本及新加坡等地近200位學者、臨床醫師與研究人員，共同探討人工智慧、智慧醫療及跨領域研究如何重塑未來醫療體系，展現陽明交大在健康福祉與國際學術合作上的投入。</div>
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<strong>攜手產業打造創新生態系 從半導體到AI探索新型永續議題</strong><br />
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陽明交大長期扮演台灣半導體與高科技產業人才培育的重要基地，並與台積電（TSMC）、聯發科技（MediaTek）、輝達（NVIDIA）等國際企業建立長期合作關係。近期，陽明交大與台積電共同推動半導體人才培育計畫，推出暑期第三學期半導體專項課程，開放全國大學生選修，讓更多學生提早接觸半導體產業知識與實務應用，回應全球高階科技人才需求持續成長的趨勢。<br />
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除了人才培育與技術研發，陽明交大近年也開始關注人工智慧時代的新型永續議題。隨著AI模型規模快速成長，運算資源如何有效管理與分配，逐漸成為全球高等教育與研究機構共同面臨的課題。為此，學校近期與群聯電子合作建置全校共享AI異質運算資源管理平台（Phison HCI），透過智慧調度GPU及各類運算資源，提高整體算力使用效率，探索「算力治理（Compute Governance）」的新模式，讓研究資源獲得更有效率且更具永續性的運用。<br />
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<strong>從個別成果走向制度治理 永續逐漸成為校園文化 </strong><br />
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周倩副校長表示，對陽明交大而言，這項排名代表的不只是國際肯定，更是一個持續檢視與精進永續治理的重要參考。近年來，學校的永續發展也逐步從個別成果的累積，走向制度化治理的建立，讓永續成為支持學校長期發展的重要力量。<br />
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永續發展與社會責任辦公室副主任王鼎涵觀察，陽明交大近年最大的改變，在於永續已從少數單位推動的工作，逐步發展為跨行政單位、跨院系所共同投入的方向。無論是教師將SDGs融入研究與教學、學生投入USR與社會實踐，或行政單位推動制度創新，都能看見越來越多與SDGs連結的成果。<br />
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他進一步指出，智慧醫療、人工智慧、半導體科技及淨零永續等跨域成果，正是此次名列全球第49名、全台第二的重要基礎。未來若能持續深化跨單位合作，建立更完整的制度與機制，陽明交大將進一步擴大對社會的正向影響力，也讓國際評比成為長期累積後自然展現的成果。</p>
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- <![CDATA[2026 Taiwan Bamboo Expo Spotlights Bamboo Innovation at NYCU]]>Campus Life2026-06-24<![CDATA[<div class="ed_model08 clearfix">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>As a featured venue of the Hsinchu Exhibition of the 2026 Taiwan Bamboo Expo, NYCU has transformed its campus into an open-air showcase of bamboo innovation, sustainable design, and architectural experimentation. (Photo credit: Taiwan Bamboo Society)</em></span></span></div>
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<div class="ed_txt" style="text-align: justify;">Visitors arriving at National Yang Ming Chiao Tung University (NYCU) are often drawn first to the tranquil scenery surrounding Bamboo Lake, where rows of bald cypress trees reflect on the water, and students gather beneath the shade of the lakeside landscape. In recent years, however, another feature has quietly reshaped the campus experience. Across lawns, pathways, and waterfront spaces, a growing collection of bamboo structures has transformed NYCU into one of Taiwan’s most distinctive hubs for bamboo innovation—a place where architecture, engineering, digital fabrication, and sustainability converge.<br />
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Over the past five years, bamboo has taken on a new role across the campus. What was once associated primarily with traditional craftsmanship now appears in architectural installations, public spaces, and experimental structures that explore new possibilities for sustainable design. Supported by a talent development initiative jointly promoted by Taiwan’s Forestry and Nature Conservation Agency and the Taiwan Bamboo Society, architects, engineers, artisans, and students from Taiwan and abroad have collaborated to explore new possibilities for bamboo construction.<br />
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This year, NYCU has become a permanent exhibition venue for the Hsinchu section of the 2026 Taiwan Bamboo Expo. Under the theme <em>“The Everyday Life and Future of Bamboo,”</em> the campus itself serves as an open-air exhibition, inviting visitors to experience how a centuries-old material is being reimagined for the challenges of the future.<br />
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<span style="color:#4e5f70;"><em><span style="font-size:90%;">MemutAR demonstrates how augmented reality (AR) technology can support the assembly of complex bamboo structures, pointing toward new possibilities for digital construction and sustainable architecture. (Photo credit: Taiwan Bamboo Society)</span></em></span><br />
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<strong>A Growing Platform for Bamboo Innovation</strong><br />
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According to Pei-Hsien Hsu, Director of NYCU’s Graduate Institute of Architecture and Chair of the Taiwan Bamboo Society, one of the most encouraging developments has been the increasing participation of younger generations.<br />
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“In recent years, we have seen more young architects and students engage in bamboo research, design, and construction,” Hsu said. “Through design education, international workshops, and hands-on building experiences, bamboo is becoming an important medium for exploring sustainable architecture and rediscovering its relevance in contemporary life.”<br />
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Today, the campus showcases a diverse range of bamboo structures that demonstrate how traditional materials can intersect with advanced engineering, digital technologies, and environmental design.<br />
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<strong>Bridge Cocoon: A Journey of Transformation Beside the Lake</strong><br />
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<img alt="Bridge Cocoon, a contemporary bamboo structure by a lakeside grove." src="/userfiles/nycuen/images/20260625121113617.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">Bridge Cocoon, located beside the lakeside bald cypress grove, has become one of Taiwan’s most iconic contemporary bamboo structures. (Photo credit: Taiwan Bamboo Society)</span></em></span><br />
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Among the most recognizable works is Bridge Cocoon, designed by Taiwanese architect NK Kuo. Inspired by the protective cocoon built by insects during metamorphosis, the project introduced steam-bending techniques—traditionally used in timber construction—to bamboo for the first time in Taiwan. Through a carefully controlled steaming process, locally sourced Makino bamboo retains its natural fiber strength while achieving elegant curved forms.<br />
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The resulting structure combines bamboo arches, handmade bamboo paper, fabric membranes, and recycled marine waste buoys to create an immersive cocoon-like environment integrated with a pedestrian bridge along the lake. During the day, sunlight filters through the bamboo framework, casting shifting patterns of light and shadow. At night, the structure glows softly from within. Walking through the installation evokes a symbolic journey of transformation, renewal, and emergence. The project received national recognition by winning the Grand Prize at Taiwan’s Seventh <em>ADA New Architects Award</em>.<br />
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<strong>Bamboo Dome: Reimagining the Dialogue Between Engineering and Nature</strong><br />
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<img alt="Bamboo Dome installation at NYCU showcasing sustainable architecture." src="/userfiles/nycuen/images/20260625121748716.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">Bamboo Dome, one of the featured installations at NYCU, showcases the potential of bamboo as a sustainable material in contemporary architecture and engineering. (Photo credit: Taiwan Bamboo Society)</span></em></span></div>
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Located in front of NYCU’s Engineering Building 1, Bamboo Dome explores the relationship between structural logic and natural materials. Designed collaboratively by Japanese structural engineer Hideyuki Hagiuda and Taiwanese structural engineer Kuan-Fan Chen, the installation is built around a system of interlocking bamboo arches. Its location was intentionally chosen to encourage engineering and architecture students to reconsider the role of natural materials in structural design.<br />
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Viewed from above, the dome resembles a starburst radiating outward across the landscape. At ground level, overlapping bamboo arches form a semi-open gathering space where sunlight filters through narrow gaps, creating an environment that balances technical precision with organic beauty. The structure serves not only as a gathering place but also as a teaching tool, demonstrating how sustainable materials can be integrated into contemporary engineering practice.<br />
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<strong>MemutAR: Building Across Borders Through Digital Technology</strong><br />
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<img alt="MemutAR international team demonstrating AR-integrated bamboo construction." src="/userfiles/nycuen/images/20260625121938043.png" /><br />
<span style="color:#4e5f70;"><span style="font-size:90%;"><em>MemutAR, created by an international team, integrates bamboo construction and augmented reality (AR) technology to showcase innovative approaches to sustainable architecture. (Photo credit: Taiwan Bamboo Society)</em></span></span><br />
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Each project reveals a different dimension of contemporary bamboo architecture. Bridge Cocoon explores material innovation, Bamboo Dome investigates structural possibilities, and MemutAR demonstrates how digital technologies can reshape the way bamboo buildings are assembled and shared across borders. Designed by architect Kristof Crolla, Associate Dean of the Faculty of Architecture at the University of Hong Kong, together with the LEAD research team, the project demonstrates how advanced technologies can redefine the construction process.<br />
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The bamboo components were prefabricated by master craftsmen in Bali before being dismantled and shipped to Taiwan. Using augmented reality (AR) technology, local teams were then able to precisely position and reassemble the structure on site.<br />
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The project showcases how digital tools can overcome geographic limitations, enabling complex bamboo structures to be replicated with accuracy across different locations. It also offers a glimpse into how future construction industries may combine traditional craftsmanship with digital workflows to improve efficiency and collaboration.<br />
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<strong>Seeing the Future of Bamboo on Campus</strong><br />
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<img alt="Bridge Cocoon bamboo structure illuminated at night on campus." src="/userfiles/nycuen/images/20260625122036286.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">Illuminated after sunset, Bridge Cocoon demonstrates how bamboo architecture can enrich everyday experiences, transforming campus spaces into places for gathering, reflection, and connection. (Photo credit: Taiwan Bamboo Society)</span></em></span><br />
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Together, these structures illustrate how bamboo is being reimagined by a new generation of architects, engineers, and designers. Across the NYCU campus, bamboo is no longer viewed simply as a traditional material—it has become a platform for experimentation, collaboration, and new approaches to sustainable living. They demonstrate how a material deeply rooted in local culture can be reinterpreted through engineering innovation, digital manufacturing, and contemporary design.<br />
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According to Forestry and Nature Conservation Agency Director-General Hua-Ching Lin, bamboo remains one of Taiwan’s most valuable natural resources. Its rapid growth cycle and strong carbon-sequestration capabilities make it increasingly relevant as societies seek sustainable solutions in response to climate change and net-zero ambitions.<br />
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As bamboo applications continue to expand into architecture, public spaces, and everyday environments, NYCU’s campus offers a rare opportunity to witness this transformation firsthand—where a traditional material is helping shape new possibilities for sustainable living and future design.</div>
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<div class="ed-model18-title-text">2026竹博會新竹展區在陽明交大<br />
展現台灣新世代竹構與永續能量</div>
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照片/臺灣竹會</span></span><br />
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提到新竹的校園風景，許多人會想到陽明交通大學竹湖畔的綠意與落羽松景觀。近年來，這座充滿人文氣息的校園，逐漸發展成全台少見的竹構創新基地。歷經五年推動與累積，竹子從傳統工藝材料走向建築、公共藝術與生活空間，讓校園成為觀察台灣竹構發展的重要現場。<br />
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由林業及自然保育署與臺灣竹會共同推動的人才培育計畫，匯聚國內外建築師、工程師與學生參與實作。隨著一座座竹構作品落成，陽明交大校園也成為設計交流、技術實驗與永續建築展示的重要平台。<br />
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今年，陽明交大成為「2026竹博會」新竹展區常設展場，以「竹的日常與未來」為主題，整座校園化身開放式展覽空間。漫步校園，湖畔、草地與建築之間散布著各具特色的竹構作品，呈現竹材在結構設計、數位製造與空間美學上的多元可能。<br />
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陽明交大建築研究所所長、臺灣竹會理事長許倍銜表示，過去幾年最大的收穫，是看見愈來愈多年輕建築師與學生投入竹構研究與創作。從設計教育、國際工作坊到實際建造，竹材逐漸成為新世代建築人探索永續材料的重要媒介，也讓更多人重新認識竹子在當代生活中的價值。<br />
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<strong>湖畔上的竹繭 體驗「破繭而出」的旅程</strong><br />
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設計師郭恩愷以昆蟲築繭為靈感，首次將原本應用於木構造的蒸氣彎曲技術導入竹材，發展出創新的「蒸氣彎竹」工法。完整保留竹纖維結構的桂竹，在蒸氣處理後形成優雅弧線，與湖畔小橋自然融合。<br />
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竹拱、竹紙、繃布以及回收海廢浮球共同構成如繭般的空間。白天，陽光穿透竹構灑落光影；夜晚，建築內部緩緩發光。穿行其中，彷彿經歷一場從蛻變到新生的旅程。《橋繭》不僅展現台灣竹構工藝的創新突破，也榮獲第七屆 ADA 新銳建築獎首獎肯定。</div>
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<strong>走進竹穹林 重新想像工程與自然的對話</strong><br />
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位於工程一館前的《竹穹林》，由日本結構技師萩生田秀之與台灣結構技師陳冠帆共同設計。作品以「竹拱圈」為核心概念，選址於工程館旁，希望讓工程與建築相關領域的學生，重新思考自然材料在結構設計中的可能性。<br />
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從空中俯瞰，《竹穹林》宛如向四周綻放的星芒；走入其中，層層交錯的竹拱形成半開放空間，陽光穿透竹材縫隙灑落地面，展現結構理性與自然美感並存的空間體驗。<br />
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<strong>AR組裝的竹建築 跨越國界的數位合作實驗</strong><br />
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另一座引人注目的作品《竹旋幻居》則展現竹構建築的未來想像。作品由香港大學建築學院副院長高仕棠（Kristof Crolla）率領 LEAD 團隊設計，整座建築先由峇里島竹工匠完成預製，再拆解海運至台灣，並透過擴增實境（AR）技術輔助定位與組裝，由台灣團隊完成重建。<br />
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這項跨越國界的合作模式，展現數位工具如何突破地理限制，使高技術竹構得以被精準複製與重現，也為未來建築產業帶來更多可能。<br />
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<strong>在校園裡，看見竹子的未來 </strong><br />
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從《橋繭》的蒸氣彎竹工法，到《竹穹林》的結構實驗，再到《竹旋幻居》的數位建造技術，陽明交大校園裡的竹構作品記錄著台灣竹構發展的不同面向，也展現傳統材料在當代設計與建築中的創新可能。<br />
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林業及自然保育署署長林華慶表示，竹子是台灣重要的在地資源，具有生長快速、固碳效益高等特性。面對氣候變遷與淨零轉型趨勢，竹材的應用正持續拓展至建築、公共空間與生活環境之中，也讓這項陪伴台灣多年的自然資源，在永續未來的想像中扮演更重要的角色。</p>
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- <![CDATA[NYCU and Phison Partner to Build Campus-Wide AI Compute Governance Platform]]>Industry Cooperation2026-06-23<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU and Phison Partner to Build Campus-Wide AI Compute Governance Platform"><meta name="twitter:description" content="NYCU and Phison Electronics have launched a joint initiative to establish a campus-wide GPU resource management platform."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260623141509486.png"><meta name="NYCU and Phison Partner to Build Campus-Wide AI Compute Governance Platform"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU and Phison Partner to Build Campus-Wide AI Compute Governance Platform"><meta property="og:description" content="NYCU and Phison Electronics have launched a joint initiative to establish a campus-wide GPU resource management platform."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260623141509486.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=40f3e246-78fd-4d19-aaf4-8b3ca0ead8b0">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">NYCU President Chi-Hung Lin (center, front row) and Phison Electronics CEO Khein-Seng Pua (third from left, front row) mark the launch of the Phison HCI platform, a collaboration aimed at advancing AI compute governance and expanding shared computing resources across the university.</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">As artificial intelligence (AI) continues to advance, the focus of AI development is gradually shifting beyond raw computing power toward a new challenge: how to manage, allocate, and optimize computing resources efficiently.<br />
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To address this emerging need, National Yang Ming Chiao Tung University (NYCU) and Phison Electronics have launched a joint initiative to establish a campus-wide GPU resource management platform, creating a more integrated and efficient AI computing environment for research, education, and innovation.<br />
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The collaboration was marked by a donation ceremony on June 22 to deploy the Phison Heterogeneous Computing Infrastructure (Phison HCI), an AI heterogeneous computing resource management platform. The project brings together NYCU’s College of Computer Science, College of Electrical and Computer Engineering, Industry Academia Innovation School, and Information Technology Service Center, reflecting a university-wide effort to strengthen AI infrastructure through shared governance and cross-disciplinary collaboration.<br />
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<strong>Managing AI Resources in the Era of Compute Governance</strong><br />
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The rapid expansion of AI has led universities and research institutions worldwide to invest heavily in high-performance computing resources. Yet as GPU clusters continue to grow, ensuring that these resources are effectively utilized has become an increasingly important challenge.<br />
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NYCU President Chi-Hung Lin noted that as one of Taiwan’s leading hubs for AI and semiconductor talent development, the university has continuously invested in advanced computing infrastructure and AI research capabilities. However, the growing number of GPU systems across different academic units has also created new demands for resource coordination and sharing. “Connecting computing resources across departments and improving overall utilization have become critical priorities,” Lin said.<br />
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By introducing the Phison HCI platform, NYCU aims to improve the efficiency of existing computing resources, enable broader access to AI infrastructure, and support interdisciplinary research projects that require large-scale computing power. The platform is also expected to strengthen collaboration among researchers, faculty members, and students while expanding opportunities for innovative AI applications.</div>
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<strong>Building a Flexible Foundation for Future AI Infrastructure</strong><br />
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According to Khein-Seng Pua, the initiative extends beyond addressing current GPU management needs. “Our goal is to help NYCU establish a scalable AI computing infrastructure that can evolve with future technologies,” Pua said.<br />
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He explained that the platform is designed to gradually integrate emerging computing technologies, including AI application-specific integrated circuits (AI ASICs), inference accelerators, and other heterogeneous computing devices. With a Software-Defined Compute architecture, the system will provide a unified management environment that supports diverse hardware platforms and future generations of AI computing technologies.<br />
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Such flexibility, he noted, is increasingly important as AI workloads become more specialized and heterogeneous, requiring institutions to manage a broader range of computing architectures rather than relying solely on traditional GPU resources.<br />
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<strong>A Model for AI Infrastructure in Higher Education</strong><br />
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Beyond improving campus computing efficiency, the partnership is expected to serve as a reference model for AI infrastructure development across Taiwan’s higher education sector.<br />
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By combining academic expertise with industry experience, NYCU and Phison aim to create a shared AI computing ecosystem that supports advanced research, accelerates innovation, and strengthens talent development in both AI and semiconductor technologies.<br />
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As AI continues to reshape scientific discovery, education, and industry, effective compute governance is becoming as important as computing power itself. Through this collaboration, NYCU is taking another step toward building the infrastructure needed to support the next generation of AI-driven research and innovation.</div>
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<div class="ed-model18-title-text">陽明交大攜手群聯電子<br />
打造全校智慧算力平台，開啟AI算力治理新模式</div>
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隨著人工智慧快速發展，AI已從單純追求算力規模，逐步邁向算力治理（Compute Governance）與資源最佳化的新階段。如何有效管理與調度各類運算資源，已成為提升AI研發效率與降低建置成本的重要關鍵。<br />
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為提升校園算力資源運用效率，本校與群聯電子攜手推動GPU資源管理平臺建置計畫，並於 6 月 22 日舉辦AI異質運算資源管理平台(Phison HCI)捐贈儀式。此次合作由資訊學院、電機學院、產學創新研究學院及資訊技術服務中心共同參與，透過跨單位資源整合與管理機制，打造全校共享的高效能運算環境，建立更完善的AI算力治理模式。<br />
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林奇宏校長表示，作為國內AI與半導體人才培育的重要基地，學校持續投入高效能運算環境建置與AI教研資源整合。然而隨著校內GPU設備規模持續擴增，如何有效串聯不同單位運算資源，提升整體使用效率與共享效益，已成為重要課題。導入AI異質運算資源管理平台後，將有助於提升既有設備使用效率，促進跨領域研究合作與教學資源共享，支援更多前瞻科研計畫與創新應用發展。</div>
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群聯電子潘健成執行長表示，除了優化現階段GPU資源管理需求，更希望協助陽明交大建立具擴充性的AI算力基礎架構。未來平臺可逐步整合 AI ASIC、推論加速器及其他新興異質運算設備，透過 軟體定義計算(Software-Defined Compute) 概念，打造跨架構、跨世代的統一管理環境，成為國內高教體系AI算力共享與治理的重要示範案例。<br />
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透過此次合作，本校與群聯電子共同打造校園AI算力共享環境，並作為國內高等教育體系推動AI基礎建設的重要參考。雙方也將持續結合產業實務與學術研究能量，共同培育AI與半導體領域人才，為臺灣科技創新與產業發展奠定更堅實基礎。</p>
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- <![CDATA[NYCU International Symposium Explores How Future Medicine Will Be Built]]>College Features2026-06-17<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU International Symposium Explores How Future Medicine Will Be Built"><meta name="twitter:description" content="Scholars, researchers, clinicians, and students from Taiwan and abroad gather at the 2026 NYCU College of Medicine International Symposium."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260617231809782.jpg"><meta name="NYCU International Symposium Explores How Future Medicine Will Be Built"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU International Symposium Explores How Future Medicine Will Be Built"><meta property="og:description" content="Scholars, researchers, clinicians, and students from Taiwan and abroad gather at the 2026 NYCU College of Medicine International Symposium."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260617231809782.jpg"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=256c4671-1dcc-41dc-9ab0-f5d763ab3370">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>Scholars, researchers, clinicians, and students from Taiwan and abroad gather at the 2026 NYCU College of Medicine International Symposium on June 7 at NYCU’s Yangming Campus.</em></span></span></div>
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<div class="ed_txt"><strong>By Chance Lai</strong><br />
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<div class="ed_txt" style="text-align: justify;">Medical breakthroughs are only part of the equation. The future of healthcare will also depend on how effectively discoveries can be translated into benefits for patients and society.<br />
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As healthcare faces challenges ranging from aging populations and climate change to the rapid rise of artificial intelligence, solving them will require expertise that extends beyond traditional disciplinary boundaries.<br />
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Hosted by the NYCU College of Medicine, the <strong>2026 NYCU College of Medicine International Symposium: A New Ecosystem for Medical Research</strong> brought together nearly 200 scholars, clinicians, researchers, and students to explore how emerging technologies, interdisciplinary research, and global partnerships are shaping the future of medicine.<br />
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<span style="color:#4e5f70;"><em><span style="font-size:90%;">Students present their research during the symposium’s poster competition, engaging with scholars and experts across diverse fields of medical science.</span></em></span><br />
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<strong>Rethinking Medical Research for the Future</strong><br />
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According to NYCU College of Medicine Dean Shuu-Jiun Wang, the symposium reflects a growing recognition that future healthcare challenges cannot be addressed through a single discipline alone.<br />
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“The merger that formed NYCU created a unique opportunity to bring together medicine, biology, engineering, data science, and semiconductor technologies,” Wang said. “Our goal is to create an environment where expertise from different fields can converge to address increasingly complex health challenges.”<br />
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Reflecting this vision, the symposium focused on three themes: aging and neurodegenerative diseases, public health and smart healthcare, and AI-enabled medicine.<br />
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<strong>From Disease Prediction to Patient Care</strong><br />
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Discussions throughout the symposium highlighted the challenge of moving medical innovation from research findings to patient care.<br />
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Professor Joseph J. Y. Sung, Senior Vice President (Health & Life Sciences) and Dean of the Lee Kong Chian School of Medicine at Nanyang Technological University in Singapore, highlighted the growing importance of environmental health research. In his keynote address, <em>“Environmental Health: A New Frontier,”</em> Sung emphasized that while genetics has transformed biomedical science, environmental factors—including climate change, air pollution, diet, and social conditions—remain powerful influences on human health.<br />
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“Climate change is a real problem, and it is coming very quickly,” Sung said. “We need to better understand how environmental hazards contribute to human diseases and how we can prevent them.”<br />
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He also pointed to the growing role of artificial intelligence in analyzing large-scale environmental data, enabling researchers to identify emerging risks and develop prevention strategies earlier.<br />
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<img alt="Professor Joseph J. Y. Sung discusses how environmental data, climate change, and emerging technologies are reshaping the future of public health research." src="/userfiles/nycuen/images/20260617230829183.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">Professor Joseph J. Y. Sung discusses how environmental data, climate change, and emerging technologies are reshaping the future of public health research.</span></em></span><br />
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The symposium’s second keynote speaker, Dr. Karen Wen, Chief Operating Officer and Chief Strategy Officer of GenomeFrontier Therapeutics, addressed the complex pathway from biomedical discovery to clinical application.</div>
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<img alt="Dr. Karen Wen shares insights on translating biomedical discoveries into therapies that benefit patients." src="/userfiles/nycuen/images/20260617231028042.png" /><br />
<span style="color:#4e5f70;"><span style="font-size:90%;"><em>Dr. Karen Wen shares insights on translating biomedical discoveries into therapies that benefit patients.</em></span></span><br />
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Drawing on decades of experience in biotechnology development, Wen discussed the challenges of translating scientific discoveries into approved therapies, highlighting Taiwan’s progress in biologics and CAR-T cell treatments.<br />
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She emphasized that meaningful innovation requires close collaboration among researchers, healthcare providers, regulators, and industry partners to move discoveries from the laboratory to clinical practice.<br />
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Together, the keynote speakers highlighted a central challenge facing modern medicine: understanding the causes of disease while ensuring that scientific discoveries ultimately reach patients.<br />
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<strong>Building Future Research Partnerships</strong><br />
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Across keynote lectures, panel discussions, and networking sessions, participants explored topics ranging from neurodegenerative diseases and healthy aging to AI-assisted healthcare, digital health technologies, and precision medicine.<br />
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Beyond scientific discussions, the symposium also fostered dialogue on future collaborations. Participants from academia, healthcare institutions, and industry exchanged perspectives on joint research initiatives, academic exchanges, and emerging partnership opportunities.<br />
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<strong>Preparing the Next Generation of Medical Innovators</strong><br />
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The symposium also highlighted emerging scientific talent through a student poster competition featuring 75 research projects spanning cancer and immunology, neuroscience, aging, public health, bioinformatics, environmental health, and traditional medicine.<br />
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Undergraduate, master’s, and doctoral students presented their findings and engaged directly with international scholars and experts.<br />
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Participants also experienced virtual reality–based physiology and surgical simulations, demonstrating how emerging technologies are reshaping medical education and research training.<br />
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<img alt="Dr. Feng-Yi Hsu demonstrates a virtual reality–based dental suturing simulation, showcasing how immersive technologies are transforming medical education and surgical training." src="/userfiles/nycuen/images/20260617231235806.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">Dr. Feng-Yi Hsu demonstrates a virtual reality–based dental suturing simulation, showcasing how immersive technologies are transforming medical education and surgical training.</span></em></span><br />
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As medicine continues to evolve amid AI, environmental change, and technological convergence, NYCU remains committed to leveraging its unique strengths in medicine, engineering, data science, and emerging technologies to address future healthcare challenges.<br />
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The symposium underscored a central message: the future of healthcare will depend on building ecosystems that connect discovery, innovation, education, and patient care.</div>
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<div class="ed-model18-title-text">探索醫學研究新生態<br />
陽明交大國際研討會聚焦AI、環境健康與未來醫療</div>
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照片/醫學院、國宣辦</span></span><br />
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醫學研究的目的，是讓科學發現真正回應人類健康需求。面對高齡化社會、氣候變遷及人工智慧快速發展帶來的變局，未來醫療需要更廣泛的知識整合與創新思維，才能提出有效解方。<br />
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由國立陽明交通大學醫學院於6月7日主辦的「2026 NYCU College of Medicine International Symposium: A New Ecosystem for Medical Research（打造全新的醫學研究生態系）」，吸引近200位來自國內外的學者、臨床醫師、研究人員與學生參與，從環境健康、智慧醫療到AI驅動的未來醫學，共同探討醫學研究如何透過跨域合作與全球鏈結，加速創新成果落實於臨床與社會。<br />
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<strong>從疾病預測到病人照護 重新思考醫學研究的未來</strong><br />
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陽明交大醫學院院長王署君表示，這場論壇反映當代醫學研究與教育正在經歷的重要轉變。隨著醫療與社會議題日益複雜，未來醫學需要結合醫學、生物、工程、資料科學與先進科技等不同領域的專業，共同探索創新解方。王署君指出，陽明與交大合校後，創造了跨領域整合發展的獨特優勢。「我們希望打造一個讓不同領域專業匯聚的平台，共同面對當代醫療與社會發展帶來的新課題。」此次論壇以高齡與神經退化疾病、公共衛生與智慧醫療，以及AI驅動的未來醫學三大主題為核心，探討如何縮短科學發現與臨床應用之間的距離，加速創新成果回應實際醫療需求。<br />
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新加坡南洋理工大學副校長暨李光前醫學院院長沈祖堯教授以「Environmental Health: A New Frontier」為題發表專題演講時指出，雖然基因研究大幅推進了生物醫學發展，但氣候變遷、空氣污染、飲食習慣及社會環境等因素，仍深刻影響疾病發生與健康結果。<br />
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他在會後受訪時進一步表示，氣候變遷是真實且持續加劇的全球挑戰，需要更深入了解環境危害如何影響疾病發展，並透過研究與政策提前預防。對於人工智慧在環境健康研究中的應用前景，沈祖堯則抱持樂觀看法。他認為，隨著AI分析能力持續提升，研究人員將更有機會從龐大的環境與健康資料中找出關聯性，進而及早辨識風險，並制定更有效的公共健康策略。</div>
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另一位專題講者、先驅生技營運長暨策略長溫國蘭博士，則從產業角度分享創新療法從實驗室走向臨床的歷程。她以台灣在生物製劑與CAR-T細胞治療領域的發展為例，說明新藥與先進療法從研究到臨床應用所面臨的挑戰與關鍵環節。溫國蘭指出，創新醫療技術的落地，需要研究機構、醫療體系、主管機關與產業夥伴共同參與，才能加速新技術進入臨床並造福病患。她認為，從基礎研究到臨床應用的過程，不僅是科學問題，也涉及法規、製造、臨床驗證與跨領域協作等多重挑戰。<br />
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兩位講者雖從不同角度切入，卻共同指出未來醫學的重要方向：一方面深化對疾病成因與風險因子的理解，另一方面持續推動研究成果落實於臨床與照護現場。<br />
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<strong>建立研究網絡 培育未來醫學人才 </strong><br />
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活動期間同步舉辦學生海報競賽，共展出75件研究成果，涵蓋癌症與免疫學、神經科學、高齡研究、公共衛生、生物資訊、環境健康及傳統醫學等領域。來自學士、碩士及博士班的學生透過研究展示與交流，分享最新成果，也藉此與國內外學者建立連結，拓展研究視野。<br />
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除研究成果展示外，與會者也體驗虛擬實境（VR）生理學實驗及外科技術模擬訓練，了解沉浸式科技在醫學教育與臨床技能培育上的應用潛力。透過數位工具與模擬環境，學生得以在更接近真實情境的場域中學習與實作。<br />
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隨著醫學研究日益跨越學科與國界，建立開放且緊密的合作網絡已成為推動創新的重要基礎。此次論壇匯聚來自不同領域的研究者、臨床醫師與學生，共同探索未來醫療發展方向，也進一步深化國際交流與跨域合作，為下一階段的醫學研究與人才培育奠定基礎。</p>
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- <![CDATA[NYCU and TSMC Expand Semiconductor Talent Development Through Summer Courses]]>Industry Cooperation2026-06-16<![CDATA[<div class="ed_model08 clearfix">
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<div class="ed_txt" style="text-align: justify;">As global demand for semiconductor talent continues to rise, National Yang Ming Chiao Tung University (NYCU) is expanding its longstanding collaboration with TSMC through a summer third-semester program that provides students with earlier, more flexible access to semiconductor education.<br />
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The program, organized by NYCU’s Department of Microelectronics and supported by TSMC, will open course registration on June 25. In addition to NYCU students, the courses will be available to university students across Taiwan, creating broader opportunities for learners from diverse academic backgrounds to explore the semiconductor field during the summer break.<br />
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According to NYCU Dean of Academic Affairs Yong-Sheng Chen, the initiative reflects the university’s commitment to strengthening industry-aligned education while responding to growing workforce needs in advanced technologies. A total of 760 course seats will be offered this summer, enabling students to gain foundational and advanced knowledge in semiconductor-related disciplines. The program is open not only to students in engineering and science fields but also to those seeking interdisciplinary exposure to semiconductor technologies.<br />
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<strong>Building Semiconductor Expertise Through Flexible Learning</strong><br />
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The summer curriculum includes nine courses covering key areas of semiconductor engineering: Circuit Theory, Logic Design, Electronics I, Electronics II, Electronics Laboratory, Differential Equations, Semiconductor Device Physics, Semiconductor Processing Technology, and Semiconductor Laboratory.<br />
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Ming-Dou Ker, Chair of the Department of Microelectronics, said the program was designed to allow students to systematically build semiconductor knowledge without affecting their regular academic-year schedules. “By making use of the summer months, students can engage with the core concepts and technologies that underpin the semiconductor industry while maintaining flexibility in their degree plans,” Ker said.<br />
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The program also serves students from a wide range of academic backgrounds. For those outside electrical engineering, electronics, or semiconductor-related disciplines, the courses provide an entry point into one of the world’s most strategically important industries while helping develop interdisciplinary expertise.</div>
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Students from the University System of Taiwan consortium may also count their coursework toward future applications for double majors or minors in NYCU’s semiconductor engineering programs.<br />
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<strong>Accelerating Academic and Career Pathways</strong><br />
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For students already pursuing semiconductor-related degrees, the third-semester structure offers an opportunity to accelerate graduation planning and academic progression. Some students may be able to complete undergraduate degree requirements within three years, allowing them to pursue graduate studies or enter the workforce earlier.<br />
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The initiative builds upon NYCU’s extensive partnership with TSMC in semiconductor education. Together, the two organizations have established four TSMC-certified semiconductor programs, with industry experts and university faculty jointly participating in curriculum development and review to ensure alignment with evolving industry trends and practical workforce needs.<br />
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The summer program represents a further step in that collaboration, providing students with more flexible learning pathways while strengthening Taiwan’s semiconductor talent ecosystem.<br />
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<strong>Strengthening Taiwan’s Semiconductor Workforce</strong><br />
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As semiconductors become increasingly central to global technological development and economic competitiveness, demand for highly trained professionals continues to grow worldwide.<br />
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Through partnerships with industry leaders such as TSMC, NYCU aims to equip students with both rigorous academic training and a deeper understanding of emerging industry opportunities. More than 700 student enrollments are expected in this year’s summer program, helping cultivate the next generation of semiconductor talent and supporting the industry's long-term development.</div>
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<div class="ed-model18-title-text">陽明交大攜手台積電培育人才<br />
暑假半導體課程 6/25 開放選課</div>
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圖</span></span>/<span style="font-size:80%;"><span style="color:#4e5f70;">國際宣傳辦公室</span></span><br />
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因應全球半導體產業快速發展與高階人才需求持續攀升，陽明交大攜手台積電布局人才培育。今年暑假特別推出第三學期半導體專項課程，將於6月25日開放選課，除本校外，也開放全國大學生把握暑期進修機會。<br />
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陳永昇教務長表示，此次暑期課程由半導體工程學系規劃辦理，並獲得台積電支持，除強化專業能力同時也強調與產業接軌。課程預計開放760個修課名額，協助學生及早接觸半導體專業知識與技術。<br />
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半導體學系柯明道主任表示，暑期課程內容包括《電路學》、《邏輯設計》、《電子學(一)》、《電子學(二)》、《電子實驗》、《微分方程》、《半導體元件物理》、《半導體製程技術》及《半導體實驗》等九門課程。希望讓學生在不影響正常學期修課安排下，利用暑假兩個月時間系統性接觸半導體核心知識與技術。柯明道指出，對非電機、電子或半導體相關科系學生而言，暑期課程有助於建立半導體領域基礎知識與跨領域專長；台聯大系統四校的學生可將相關修課記錄作為未來申請陽明交大半導體工程學系雙主修或輔系的重要依據。</div>
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對相關領域學生而言，則可透過暑期修課加速完成畢業學分規劃，有機會於三年內完成學士學位，提前銜接研究所深造或投入產業發展。<br />
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本校長期與台積電合作推動半導體人才培育，目前已共同建置四項經台積電認證之半導體學程，由產業專家與校內教師共同參與課程規劃與審查，確保教學內容符合產業趨勢與實務需求。此次第三學期課程亦是雙方深化合作的重要成果，希望透過更彈性的修課機制，吸引更多優秀學生投入半導體領域。<br />
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近年半導體產業已成為全球科技競爭核心，人才需求持續增加。透過與台積電等產業夥伴合作，學生除能獲得扎實理論訓練，也能及早了解產業發展方向與未來職涯機會。此次暑期課程預計培育七百多人次的大學生學習，進一步擴大半導體人才庫，回應產業發展需求。</p>
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- <![CDATA[Together Toward Infinite Possibilities: NYCU Celebrates the Class of 2026]]>Campus Life2026-06-15<![CDATA[<div class="ed_model08 clearfix">
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<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU) celebrated the graduation of 5,163 students on June 12, marking a historic milestone as graduates from the university’s Yangming and Chiaotung campuses gathered for a unified commencement ceremony for the first time.<br />
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Centered on the theme of the <strong>Möbius Strip</strong>, this year’s commencement symbolized infinite possibilities and the power of connection. The mathematical structure’s continuous surface reflected a message that resonated throughout the ceremony: while every graduate follows a different path, meaningful achievements are often shaped by the people, communities, and opportunities encountered along the way.<br />
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<em><span style="color:#4e5f70;"><span style="font-size:90%;">Graduates gathered beneath the Möbius Strip motif, a symbol of lifelong learning, shared purpose, and the endless possibilities that lie ahead.</span></span></em><br />
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<strong>Many Journeys, One Community</strong><br />
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Among this year’s graduates was Ai-Tzu Zhang, who entered NYCU through the university’s Pu-Yu Program (now the Tun-Meng Program), an initiative designed to support students from disadvantaged backgrounds. Six years later, she was selected to lead the graduation oath on behalf of the Class of 2026.<br />
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Motivated by the lack of medication literacy she observed in her family and community, Zhang pursued a career in pharmacy with a mission to make healthcare knowledge more accessible. During her studies, she participated in outreach programs promoting medication safety and health education in rural communities and schools.<br />
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Before graduation, she also traveled to Australia through a Ministry of Education initiative to learn community-based approaches to health literacy. “Medicines expire, but education does not,” Zhang said. “Through education and perseverance, everyone can travel farther than they ever imagined.”<br />
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<img alt="Ai-Tzu Zhang, a pharmacy graduate and student representative, led the graduation oath on behalf of the Class of 2026." src="/userfiles/nycuen/images/20260617111409479.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">Ai-Tzu Zhang, a pharmacy graduate and student representative, led the graduation oath on behalf of the Class of 2026.</span></em></span><br />
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<span style="font-size:100%;">The ceremony also reflected NYCU’s growing international community. Speaking on behalf of international graduates, Nguyen Hong Minh Chau of Vietnam reflected on adapting to life and graduate studies in Taiwan.<br />
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At the same time, Sharon Tang of Malaysia described NYCU as a place that encouraged curiosity, exploration, and cross-border opportunities. Their experiences highlighted how students from different cultures and backgrounds found friendship, opportunity, and a sense of belonging during their time at NYCU.</span></div>
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<strong>Learning Beyond the Classroom</strong><br />
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The journeys depicted onstage reflected a broader theme shared by many members of the Class of 2026: some of the most meaningful lessons at NYCU occurred beyond the classroom.<br />
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Whether through community engagement, international exchanges, research projects, clinical training, or cross-cultural friendships, students learned to navigate uncertainty, broaden their perspectives, and apply knowledge to real-world challenges. For many graduates, education was not simply about earning a degree, but about discovering how they could contribute to society.<br />
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<strong>When Challenges Become Turning Points</strong><br />
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That message was echoed by commencement speaker Ray Lu, CEO of the Junyi Academy Foundation, whose address was titled “<em>Three Pieces of Bad News That Changed My Life</em>.” Drawing on personal experiences of uncertainty and unexpected setbacks, Lu encouraged graduates to view challenges not as barriers, but as opportunities for growth.<br />
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“Some bad news may look like a period at first,” he said. “Years later, we realize it was actually a colon—introducing a more important story still waiting to be written.” He urged graduates to transform limitations into possibilities and contribute something meaningful to the world around them.<br />
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<span style="color:#4e5f70;"><em><span style="font-size:90%;">Commencement speaker Ray Lu encouraged graduates to view setbacks as opportunities for growth and transformation.</span></em></span><br />
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<strong>Crossing the Finish Line Together</strong><br />
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In his commencement address, NYCU President Chi-Hung Lin emphasized the importance of collaboration in an increasingly interconnected and AI-driven world. Referencing NASA’s Artemis II mission and astronaut Christina Koch, Lin highlighted a principle that extends far beyond space exploration: “Cross the finish line together.”<br />
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As artificial intelligence continues to reshape industries and societies, Lin noted that teamwork, communication, empathy, and the ability to work across disciplines will remain essential human strengths. He encouraged graduates to view collaboration not simply as a professional skill but as a mindset necessary to address the increasingly complex challenges facing the world.<br />
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<strong>The Next Turn Begins</strong><br />
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As graduates tossed their caps into the air, the Möbius Strip that defined this year’s commencement served as a fitting symbol of the journeys ahead. Like the stories represented throughout the ceremony, its continuous surface suggests that learning, growth, and human connection rarely move in straight lines. Instead, they evolve through unexpected encounters, shared experiences, and new opportunities.<br />
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For NYCU’s Class of 2026, graduation marks the next turn in a journey that began long before commencement day. Their paths may lead to different places, but the values cultivated at NYCU—curiosity, resilience, collaboration, and a commitment to creating positive impact—will continue to connect them long after they leave campus.</div>
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<div class="ed-model18-title-text">一起，邁向無限可能！<br />
陽明交大合校後首度舉辦全校聯合畢業典禮</div>
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照片/公關組、學務處</span></span><br />
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國立陽明交通大學於6月12日舉辦畢業典禮，歡送5,163名畢業生。今年也是陽明校區與交大校區首次共同舉辦全校聯合畢業典禮，成為校史上的重要里程碑。今年畢業典禮以「莫比烏斯環」（Möbius Strip）作為主視覺，象徵無限延伸的可能性與彼此連結的力量。其連續不斷的曲面，也象徵每位畢業生都擁有不同的人生軌跡，但真正重要的成就，往往來自一路上遇見的人、所處的社群，及把握的每一次機會。<br />
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<strong>不同起點，共同成長</strong><br />
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今年畢業生中，張愛慈的故事格外令人動容。她透過陽明交大的「璞玉計畫」（現為屯蒙組）入學，該計畫主要協助經濟與教育資源相對不足的學生接受高等教育。入學六年，她不僅順利完成藥學系學業，更獲選代表全體畢業生宣讀畢業誓詞。成長過程中，張愛慈看見家人與社區普遍缺乏正確用藥觀念，因此立下志向，希望透過藥學專業讓更多人獲得正確的健康知識。求學期間，她多次參與偏鄉與校園健康教育推廣，向民眾傳遞安全用藥與健康識讀觀念。畢業前夕，她也透過教育部計畫前往澳洲，學習當地社區健康識讀推廣模式。她說：「藥會過期，但教育不會。出生不能決定一生，透過教育和努力，每個人都可以走得比想像中更遠。」<br />
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此外，典禮中，也能看見陽明交大日益多元的國際校園樣貌。代表國際生致詞的越南學生阮洪明珠，分享自己初到臺灣、適應研究所生活的歷程；來自馬來西亞的醫學生鄭宜繽則表示，陽明交大是一個鼓勵探索與跨域發展的地方，讓她擁有跨國交流與學習的機會。她們的故事展現了來自不同文化背景的學生，如何在陽明交大找到友誼、機會與歸屬感。<br />
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<strong>課堂之外的學習</strong><br />
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典禮舞台上的故事，也反映出許多畢業生共同的成長歷程：人生中最重要的學習，往往不只發生在教室裡。無論是投入社區服務、參與國際交換、執行研究計畫、接受臨床訓練，或是在跨文化交流中建立友誼，學生們都在這些經歷中學會面對不確定性、拓展視野，並將所學應用於真實世界的挑戰。對許多畢業生而言，大學教育不只是取得一張文憑，更是找到自己如何為社會帶來貢獻的過程。</div>
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<strong>把挫折化為人生轉機</strong><br />
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今年畢業典禮邀請均一平台教育基金會執行長呂冠緯擔任致詞貴賓，以「三個改變我人生的壞消息」為題發表演說。他以自身經歷為例，分享人生中面對不確定與挫折的時刻，並鼓勵畢業生將挑戰視為成長的契機，而非阻礙。<br />
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呂冠緯說「有些壞消息，一開始看起來像句點；但多年以後回頭看，才發現它其實是冒號——後面還有一段更重要的話，要我們用一生寫出來。」他勉勵畢業生將限制轉化為可能，為身邊的人與社會創造更多正向影響。<br />
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<strong>一起跨越終點線</strong><br />
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林奇宏校長則以團隊合作的重要性勉勵畢業生。他引用美國太空總署阿提米絲二號（Artemis II）任務與太空人 Christina Koch 的觀點，提出一句超越太空探索本身的啟發：「一起跨越終點線（Cross the finish line together）。」<br />
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林奇宏表示，偉大的事不是一個人完成的，面對日益複雜的世界與AI時代來臨，團隊合作、溝通能力及對社會運作的理解，將是難以被取代的核心能力。他鼓勵畢業生，將合作視為一種思維方式，而不只是職場技能，共同面對未來世界日益複雜的挑戰。<br />
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<strong>下一段旅程，正式啟程</strong><br />
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當畢業生將學士帽拋向空中時，今年典禮主視覺「莫比烏斯環」也成為最貼切的象徵。正如典禮中每一段不同的人生故事，學習、成長與人際連結從來不是一條筆直的道路，而是在一次次相遇、合作與機會中不斷延伸。對114級畢業生而言，未來他們或許會走向不同地方，但在陽明交大培養出的好奇心、韌性、合作精神，以及為社會創造正向影響的信念，將持續把彼此連結在一起。</p>
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- <![CDATA[NYCU Student Team Reaches Finals at Singapore Autonomous Underwater Vehicle Challenge]]>Campus Life2026-06-10<![CDATA[<div class="ed_model08 clearfix">
<div class="ed_pic_full"><img alt="The ORCA AUV Team poses with its autonomous underwater vehicle at the 2026 Singapore Autonomous Underwater Vehicle Challenge." src="/userfiles/nycuen/images/20260610234344364.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>The ORCA AUV Team poses with its autonomous underwater vehicle at the 2026 Singapore Autonomous Underwater Vehicle Challenge.</em></span></span></div>
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<div class="ed_txt" style="text-align: justify;">A student team from National Yang Ming Chiao Tung University (NYCU) has advanced to the finals of the 2026 Singapore Autonomous Underwater Vehicle Challenge (SAUVC), one of Asia’s leading competitions for autonomous underwater robotics.<br />
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Competing as Taiwan’s only representative team this year, NYCU’s ORCA AUV Team successfully progressed through the qualification round. It earned a place in the finals alongside top university teams from around the world. Although the team did not finish among the top three, the competition provided a valuable opportunity to validate the performance of its autonomous underwater vehicle (AUV) system, particularly in autonomous navigation, underwater sensing, and integrated decision-making capabilities.<br />
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<span style="color:#4e5f70;"><em><span style="font-size:90%;">The ORCA AUV Team conducts system integration and autonomous navigation tests in the laboratory’s underwater.</span></em></span><br />
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<strong>Testing Autonomous Systems in Challenging Underwater Environments</strong><br />
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The SAUVC competition consists of two major stages: a qualification round and a final round.<br />
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In the qualification stage, autonomous underwater vehicles must independently navigate through a designated gate, execute a turn, and pass through the gate again without any human intervention. Finalists then face a series of advanced missions, including underwater navigation, underwater communication, object retrieval, and object deployment tasks. All operations must be completed autonomously, placing significant demands on a team’s perception, control, and decision-making systems.<br />
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The competition is widely regarded as a rigorous test of underwater robotics technologies and system integration capabilities.<br />
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<strong>Building an Autonomous Underwater Vehicle from the Ground Up</strong><br />
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The ORCA AUV Team is jointly advised by NYCU professors Kim Boon Lua and Chia-Hung Tsai from the Department of Mechanical Engineering. The team brings together 12 students from the Departments of Mechanical Engineering and Electronics and Electrical Engineering.</div>
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Combining computer vision, automatic control, and propulsion technologies, the students developed an autonomous underwater vehicle capable of making navigation and operational decisions in dynamic underwater environments.<br />
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According to Professor Lua, the primary goal of the competition is to encourage students to enter the field of marine robotics and to advance autonomous technologies for applications such as ocean exploration, underwater inspection, subsea operations, and search-and-rescue missions.<br />
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“Competitions like SAUVC emphasize both autonomy and system integration,” Lua said. “Completing these tasks requires teams to integrate multiple engineering disciplines into a reliable and intelligent system, making it an extremely challenging but rewarding learning experience.”<br />
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<strong>Learning Through Engineering Challenges</strong><br />
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For the student team, the road to the competition was filled with technical obstacles. Team member Po-Shao Wu recalled that the group encountered numerous challenges during development and testing, including water leakage, failures in visual recognition systems, and insufficient localization accuracy. Through repeated testing, troubleshooting, and teamwork, the students gradually resolved these issues and improved system reliability.<br />
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“This year, many new members joined the team and were still learning how the system worked,” Wu said. “Despite the steep learning curve, everyone devoted a tremendous amount of time and effort. In the end, we completed the development, testing, and competition missions together.”<br />
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While the team narrowly missed a podium finish, its successful qualification for the finals demonstrated the growing capabilities of NYCU students in autonomous marine robotics. It highlighted the university’s commitment to hands-on engineering education and interdisciplinary innovation.<br />
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<img alt="The ORCA AUV Team prepares and deploys their autonomous underwater vehicle during the 2026 SAUVC, conducting final system checks before competition missions in the pool-based test environment." src="/userfiles/nycuen/images/20260610234844858.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">The ORCA AUV Team prepares and deploys their autonomous underwater vehicle during the 2026 SAUVC, conducting final system checks before competition missions in the pool-based test environment.</span></span></em></div>
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<div class="ed-model18-title-text">台灣唯一獲選參賽隊伍<br />
陽明交大無人潛艇隊挺進國際賽，驗證水下感測導航</div>
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照片/ORCA AUV 無人潛水艇團隊</span></span><br />
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由陽明交通大學學生組成的 ORCA AUV 無人潛水艇團隊，於5月底參加「SAUVC 2026新加坡自主式水下無人機挑戰賽（Singapore Autonomous Underwater Vehicle Challenge）」，在來自世界各地超過50支隊伍的激烈競爭中成功晉級決賽。ORCA AUV不僅是今年台灣唯一獲選參賽的隊伍，更一路闖進決賽，與國際頂尖學生團隊同場較勁。雖最終未能擠進前三名，但團隊透過賽事驗證自主導航、水下感測與系統整合等核心技術能力，展現扎實的研發成果與國際競爭力。<br />
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SAUVC被視為亞洲具代表性的自主式水下無人機學生競賽之一，賽事分為資格賽與決賽兩大階段。資格賽要求潛水艇在完全無人操作的情況下，自主穿越指定尺寸的門框，完成迴轉後再次穿越；決賽則進一步考驗隊伍的系統整合能力，任務涵蓋水下導航、水下通訊、水下取球與放球等挑戰，所有動作皆須由系統自主判斷與執行，對感知、控制與決策技術提出高度要求。<br />
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ORCA AUV團隊由陽明交大機械工程學系教授賴錦文與蔡佳宏共同指導，集結12名來自機械工程學系與電機工程學系的學生。團隊整合視覺影像辨識、自動控制與動力系統等技術，打造具備自主決策能力的無人潛水艇，並透過跨領域合作持續優化系統性能。</div>
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指導教授賴錦文表示，競賽的核心目標在於培養學生投入海洋機器人領域，並促進自主式技術在海洋探索、海底搜救、水下巡檢及水下作業等場域的應用發展。由於競賽高度強調無人載具的自主能力與系統整合能力，因此對參賽隊伍而言是一項極具挑戰性的考驗。<br />
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團隊成員吳柏劭分享，備賽期間遭遇不少技術難關，包括機體漏水、影像辨識失敗及定位精度不足等問題，但團隊透過一次次測試、除錯與改良，逐步克服挑戰。今年團隊也有許多新成員加入，雖然仍在熟悉系統架構與操作流程，但大家都投入大量時間與心力，最終順利完成系統開發、測試及競賽任務。<br />
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ORCA AUV團隊成立於2018年，由機械工程學系、電機工程學系及資訊工程學系學生共同組成，依功能分為「機構設計組」、「機電整合組」及「控制、感知與決策組」三大組別，透過跨領域協作完成自主式水下無人機的開發與驗證。團隊期盼透過持續參與國際競賽，累積更多自主式水下系統的實作經驗，精進關鍵技術能力，未來在國際舞台上爭取更優異成績，為台灣與學校爭光。</p>
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- <![CDATA[NYCU Publishes PlayChip, Bringing Taiwan’s AI-Semiconductor Education Model to the World]]>USR2026-06-09<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Publishes PlayChip, Bringing Taiwan’s AI-Semiconductor Education Model to the World"><meta name="twitter:description" content="The book combines MIT Scratch-inspired learning, semiconductor education, and Physical AI through hands-on experiences."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260609150713239.png"><meta name="NYCU Publishes PlayChip, Bringing Taiwan’s AI-Semiconductor Education Model to the World"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Publishes PlayChip, Bringing Taiwan’s AI-Semiconductor Education Model to the World"><meta property="og:description" content="The book combines MIT Scratch-inspired learning, semiconductor education, and Physical AI through hands-on experiences."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260609150713239.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=5c37929a-a38d-4c7f-8166-223661d1d76c">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>Conceptual illustration of the BeLight AI Semiconductor initiative, which combines Scratch programming, sensor technologies, Physical AI, and game-based learning to make AI and semiconductor education more accessible to younger generations. The newly published English edition seeks to expand Taiwan’s educational model through international collaboration and educator training. (AI-generated image)</em></span></span></div>
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<div class="ed_txt" style="text-align: justify;">As artificial intelligence and semiconductor technologies reshape the global economy, National Yang Ming Chiao Tung University (NYCU) is introducing a new educational model designed to help young learners understand the technologies that increasingly influence everyday life.<br />
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NYCU has officially published the English edition of <strong><em>PlayChip: Taiwan’s E.S.G. EDU (Empowerment x Semiconductor x Gameplay)</em></strong>, a book that combines the educational philosophy of the MIT Media Lab Scratch team, Taiwan’s semiconductor expertise, and the emerging concept of Physical AI. The publication presents a hands-on approach to teaching AI, sensing technologies, and semiconductor fundamentals through creative learning and interactive experiences.<br />
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The book is based on NYCU’s long-running <strong>BeLight AI Semiconductor Initiative</strong>, an industry-academia educational outreach program jointly developed by NYCU faculty, students, and industry partners, including TSMC. Through game design, sensor-based interaction, and AI-assisted learning, the initiative seeks to make advanced technologies more accessible to younger generations while fostering creativity, problem-solving skills, and technological literacy.</div>
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<div class="ed_pic_full"><img alt="NYCU students traveled across Taiwan during the summer of 2025, bringing AI and semiconductor education into local communities and classrooms. Through interactive workshops and hands-on activities, they helped transform complex technological concepts into accessible learning experiences for students, teachers, and families of all backgrounds." src="/userfiles/nycuen/images/20260609151623006.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">NYCU students traveled across Taiwan during the summer of 2025, bringing AI and semiconductor education into local communities and classrooms. Through interactive workshops and hands-on activities, they helped transform complex technological concepts into accessible learning experiences for students, teachers, and families of all backgrounds.</span></em></span><br />
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<strong>A New Approach to Technology Education</strong><br />
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The BeLight initiative was created in response to a growing global demand for AI and semiconductor talent. Rather than introducing these subjects through traditional lectures, the program encourages students to learn through experimentation, creativity, and collaboration.<br />
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Using Scratch programming, Rabboni sensors, and interactive AI applications, students design projects that explore how sensors collect information, how semiconductors enable modern devices, and how intelligent systems interact with the physical world.<br />
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The approach reflects the educational philosophy promoted by MIT Media Lab Professor and Scratch founder Mitchel Resnick, who advocates learning through creating, playing, sharing, and reflecting. By integrating Scratch with physical sensors and real-time data interaction, students can experience firsthand how digital and physical systems work together.<br />
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The goal is not simply to teach coding, but to help students move from being consumers of technology to active creators who understand the principles behind it.<br />
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<strong>Bringing AI and Semiconductor Learning into Schools</strong><br />
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The success of the initiative has been supported by extensive collaboration among universities, local governments, and educators. Education authorities in Taoyuan, Kaohsiung, and Hsinchu have worked closely with NYCU to introduce AI and semiconductor learning activities into schools. During the previous summer alone, dozens of interactive camps and workshops were organized for students from elementary through high school.<br />
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Through games, programming projects, and hands-on experiments, students explored concepts related to AI, sensors, and semiconductors while building practical problem-solving skills. These activities have generated a growing collection of teaching cases and demonstrated how advanced technologies can be introduced effectively at an early age.</div>
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The collaboration also highlights the important role that local educational innovation can play in strengthening a nation’s future technology workforce.<br />
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<strong>International Collaboration and Technology Diplomacy</strong><br />
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NYCU hopes that Taiwan’s decades of experience in the semiconductor industry can serve not only as an economic advantage but also as an educational resource for the international community.<br />
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The BeLight model has already attracted international attention. The initiative has received support from the Taiwan International Cooperation and Development Fund (TaiwanICDF) and has recently been incorporated into educational programs for Ukrainian students, delivered through fully English-language instruction.<br />
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By combining AI, semiconductors, and game-based learning, the program demonstrates how education can become a platform for international cooperation. It also offers a new example of how Taiwan can contribute to global society through technology education and talent development.<br />
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For NYCU, the message is clear: Taiwan is not only helping manufacture the world’s most advanced chips but also educating the next generation of innovators who will shape the future of AI and semiconductor technologies.<br />
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<strong>Expanding Global Access to AI-Semiconductor Education</strong><br />
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Looking ahead, NYCU plans to use the English edition of BeLight as a foundation for broader international collaboration. The university aims to work with overseas schools, educational organizations, and international partners to establish a scalable AI-semiconductor education framework. Future initiatives will include Train-the-Trainer programs, international student exchanges, and cross-border creative competitions that encourage students to explore emerging technologies through hands-on learning.<br />
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In the book’s foreword, NYCU President Chi-Hung Lin emphasizes that while AI and semiconductors are transforming the world, education must remain focused on cultivating responsible citizens with ethical awareness, social responsibility, and human-centered values. “BeLight is more than a textbook,” he writes. “It represents an educational practice that integrates technology, humanity, and university social responsibility.”<br />
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NYCU also expressed its gratitude to MIT Media Lab Professor Mitchel Resnick, the Scratch Foundation, MIT Media Lab, the TSMC Charity Foundation, and the TSMC Education and Culture Foundation for their long-term support of the initiative.<br />
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As international attention continues to focus on Taiwan’s semiconductor industry, NYCU believes the country has an opportunity to contribute in another important way: by sharing educational models that help young people understand, create, and innovate with the technologies shaping the future.<br />
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<img alt="NYCU student volunteers mentor elementary school students during a BeLight AI Semiconductor workshop, guiding them through hands-on activities that introduce programming, AI, and semiconductor concepts in an engaging and accessible way." src="/userfiles/nycuen/images/20260609152048777.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">NYCU student volunteers mentor elementary school students during a BeLight AI Semiconductor workshop, guiding them through hands-on activities that introduce programming, AI, and semiconductor concepts in an engaging and accessible way.</span></span></em><br />
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<span style="font-size:100%;">(The full <u><em><a href="https://nycu.primo.exlibrisgroup.com/discovery/fulldisplay?context=L&vid=886UST_NYCU:886UST_NYCU&lang=zh-tw&docid=alma991004406973106772" title="English e-book"><span style="color:#3498db;">English e-book</span></a></em></u> is available through the NYCU Library’s online collection.)</span></div>
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<div class="ed-model18-title-text">不只製造全球晶片！<br />
陽明交大攜手高雄、桃園、新竹完成《玩創晶片》英文著作，用AI半導體翻轉國際外交</div>
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在全球 AI 與半導體浪潮下，國立陽明交通大學正式出版《玩創晶片》（BeLight: Educating the AI-Semiconductor Generation）英文版，結合 MIT Media Lab Scratch 團隊理念、台灣半導體產業能量，以及「實體AI（Physical AI）」教育概念，打造全球少見的 AI 半導體悅趣化學習模式。<br />
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本計畫的成功推動，也仰賴桃園市政府、高雄市政府與新竹市國立高中在地教育團隊對創新教育的遠見與長期支持，以及陽明交通大學圖書館出版社同仁協助出版。面對 AI 時代的人才培育挑戰，各縣市率先投入 AI 半導體科普教育推廣，攜手陽明交大將大學研發能量帶入校園，讓前沿科技不再侷限於實驗室，而能真正走進國中小學生的學習現場。<br />
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去年暑假期間，桃園、新竹、高雄教育局處共同推動數十場 AI 半導體與感測互動營隊，從國小到高中，培育學生以遊戲、程式與實作方式探索 AI、感測器與半導體世界，累積豐富教學案例與跨世代共學經驗。透過地方政府、學校教師與大學團隊的合作，台灣逐步建立一套「由城市出發、連結國際」的 AI 半導體教育推廣模式，也展現地方教育創新成為國家科技人才培育重要力量的成果。<br />
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面對全球 AI 人才競爭與半導體教育需求快速提升，陽明交大期望將台灣累積數十年的半導體產業經驗，轉化為可被國際共享的教育資源。透過英文教材、國際師資培訓與跨國合作，讓「台灣不只是製造世界的晶片，也培育理解晶片與 AI 的下一代人才」。<br />
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本書由陽明交大團隊長期推動之「BeLight AI Semiconductor」計畫整理而成，透過 Rabboni 感測器、Scratch 程式創作、AI互動與遊戲化學習，將原本艱深的半導體與 AI 概念，轉化成國中小學生也能親手操作與創作的學習體驗。<br />
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這套模式不只是學習程式，而是讓孩子從「玩遊戲的人」，成為「創造遊戲的人」，並在遊戲與互動中理解感測器、半導體與 AI 的運作邏輯。透過 Scratch 結合實體感測器，孩子可以利用身體動作操控遊戲、即時讀取數據，讓「實體AI」真正走入教室。</div>
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台灣將 Scratch 與半導體感測器結合的創新教育模式也正體現了Scratch 創始人、MIT Media Lab 教授 Mitchel Resnick 推展的「透過創作、遊戲與分享學習未來科技」的重要精神。這套模式已獲國合會（TaiwanICDF）肯定，並逐步推向國際合作。<br />
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近期更結合烏克蘭學生與全英文教學內容，透過 AI、半導體與遊戲化互動教學，展現台灣以科技教育參與國際交流的新方向，也讓世界看見台灣在「科技外交」與「半導體外交」上的軟實力。<br />
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未來，陽明交大將以《玩創晶片》英文版作為國際推廣基礎，結合海外學校、教育組織與國際合作夥伴，建立可複製、可擴散的 AI 半導體教育模式。透過「Train the Trainer」師資培育、國際學生交流與跨國創作競賽，讓更多國家的孩子有機會接觸 AI、感測器與半導體科技，也讓台灣成為全球 AI 世代教育的重要推動者。<br />
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陽明交大校長林奇宏於序文中指出，AI 與半導體正在快速改變世界，但教育的真正目的，不只是培養科技人才，更是培養具備人文關懷、社會責任與倫理思維的下一代未來公民。《玩創晶片》不只是一本教材，更是一場結合科技、人文與大學社會責任（USR）的教育實踐。<br />
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校方也特別感謝Scratch 創始人、MIT Media Lab 教授 Mitchel Resnick, 台積電慈善基金會、台積電文教基金會、MIT Media Lab、Scratch Foundation 等國內外夥伴長期支持。陽明交大強調，當全世界都在關注台灣半導體之際，台灣不只擁有世界級晶片製造能力，更正逐步形成具有國際影響力的 AI 半導體教育模式，透過英文版出版與國際合作，讓世界看見台灣在科技教育與實體AI創新的新角色。<br />
<br />
（<u><a href="https://nycu.primo.exlibrisgroup.com/permalink/886UST_NYCU/20uerl/alma991004406973106772" title="英文電子書全文">英文電子書全文</a></u>可以透過陽明交通大學圖書館線上取得）<br />
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- <![CDATA[Turning Walls into Wireless Allies: NYCU Patents Smart Surface Technology to Eliminate Signal Dead Zones]]>Research Highlights2026-06-08<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Patents Smart Surface Technology to Eliminate Signal Dead Zones"><meta name="twitter:description" content="NYCU's RIS tech, which intelligently redirects wireless and satellite signals around obstacles to reduce interference, and deliver more stable connectivity."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260608155507484.png"><meta name="NYCU Patents Smart Surface Technology to Eliminate Signal Dead Zones"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Patents Smart Surface Technology to Eliminate Signal Dead Zones"><meta property="og:description" content="NYCU's RIS tech, which intelligently redirects wireless and satellite signals around obstacles to reduce interference, and deliver more stable connectivity."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260608155507484.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=10b16109-b8a5-4e18-9ef8-02d4739d6353">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>Illustration of NYCU's patented Reconfigurable Intelligent Surface (RIS) technology, which intelligently redirects wireless and satellite signals around obstacles to improve coverage, reduce interference, and deliver more stable connectivity in crowded urban environments, remote regions, and emergency response scenarios.</em></span></span></div>
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<div class="ed_txt" style="text-align: justify;">In an era where constant connectivity has become an everyday expectation, reliable wireless communication is no longer a luxury—it is essential. Yet many people are familiar with a frustrating experience: taking a few steps around a corner or entering another room, only to see their signal strength suddenly drop.<br />
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Researchers at National Yang Ming Chiao Tung University (NYCU) have developed a new communication technology designed to solve these signal dead zones and deliver more stable wireless connections in complex environments.<br />
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The innovation, recently granted a patent, was developed by Associate Professor Jiun-Hung Yu of NYCU's Institute of Communications Engineering. The technology is based on a <strong>Reconfigurable Intelligent Surface (RIS)</strong>, a smart reflective system capable of dynamically directing wireless signals toward users and devices.<br />
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<div class="ed_pic_full"><img alt="Research team discussing the development and testing of the RIS-enabled smart communication system, which is designed to improve wireless signal coverage and connection stability in complex environments." src="/userfiles/nycuen/images/20260608155507484.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">Research team discussing the development and testing of the RIS-enabled smart communication system, which is designed to improve wireless signal coverage and connection stability in complex environments.</span></em></span><br />
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<strong>Turning Obstacles into Communication Assets</strong><br />
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Unlike conventional wireless networks, where walls and buildings often block or weaken signals, RIS technology transforms surrounding surfaces into active components of the communication system. The intelligent surfaces can be installed on indoor walls and ceilings, building facades, glass windows, digital billboards, or even mounted on uncrewed aerial vehicles (UAVs). By intelligently reflecting and steering wireless signals, the system can reduce signal loss, minimize interference, and improve overall connection quality.<br />
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Yu compares the technology to a "smart mirror" that continuously identifies the locations of signal sources and users, then redirects signals to where they are needed most. "Instead of allowing signals to disappear after hitting obstacles, the system turns those obstacles into teammates," Yu explained. "Walls no longer become barriers—they become part of the communication network."<br />
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The technology is particularly valuable in environments where large numbers of users are connected simultaneously, such as transportation hubs, concert venues, sports arenas, and major public events, where network congestion often degrades communication quality.</div>
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<strong>Expanding Connectivity Beyond Traditional Networks</strong><br />
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Beyond terrestrial wireless communication, the patented technology also shows significant potential for satellite communication systems. By precisely redirecting satellite signals toward users on the ground, RIS-enabled networks could help improve coverage in remote regions, mountainous areas, offshore locations, and disaster-affected zones where conventional communication infrastructure may be limited or unavailable.<br />
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The enhanced coverage and reliability could support a wide range of critical applications, including emergency response operations, telemedicine services, distance learning programs, and digital infrastructure development in underserved communities. Researchers believe the technology could play an important role in narrowing the digital divide by providing more consistent internet access to rural and remote populations.<br />
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<strong>Building the Foundation for Future 6G Networks</strong><br />
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As global demand for high-capacity wireless networks continues to grow, intelligent surface technologies are increasingly viewed as a key enabler of next-generation communications.<br />
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The patented RIS system could contribute to the evolution of 5G, emerging 6G networks, and future satellite communication architectures. By enabling smarter and more efficient signal propagation, the technology may also support the expansion of smart cities, autonomous systems, and large-scale Internet of Things (IoT) applications.<br />
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With its ability to transform ordinary surfaces into intelligent communication infrastructure, the innovation demonstrates how future networks may become not only faster but also more adaptive, resilient, and accessible.<br />
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<img alt="Associate Professor Jiun-Hung Yu (center) poses with members of his research team following the successful patent registration of their Reconfigurable Intelligent Surface (RIS) communication technology." src="/userfiles/nycuen/images/20260608160000804.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">Associate Professor Jiun-Hung Yu (center) poses with members of his research team following the successful patent registration of their Reconfigurable Intelligent Surface (RIS) communication technology.</span></span></em></div>
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<div class="ed-model18-title-text">受夠手機訊號死角？<br />
陽明交大研發「訊號魔鏡」讓收訊不卡卡</div>
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照片/研究團隊</span></span><br />
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人手一機的時代，追求穩定且高效率的通訊已是基本需求。但你是否也曾轉個彎或走進房間，網路通訊就開始收訊不良。這不是網路慢，而是訊號被牆壁建物擋住了。<br />
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陽明交大一項最新通訊技術，解決了這些訊號死角，讓網路不再忽快忽慢，而是穩穩地跟著你走。發明這項專利技術的電信工程研究所余俊宏副教授說明，該專利核心技術運用「可重構智慧表面裝置」（Reconfigurable Intelligent Surface, RIS），可安裝在室內牆面/天花板、大樓外牆/玻璃、廣告看板，也可安裝在無人機 (UAV) 上。透過創新的智慧表面技術，把訊號精準反彈到手機上，有效減少訊號延遲與干擾，更能在複雜環境中維持穩定連線品質，可大幅提升多使用者同時連線時的通訊品質，例如人潮密集的車站、演唱會或大型活動現場。<br />
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余俊宏進一步解釋，可以把它想像成一面魔鏡，能即時判斷訊號來源與使用者位置相對，將原本分散或被阻擋的訊號，精準反射並導向手機或裝置。這面魔鏡讓訊號不再撞牆消失，反而是讓牆面變成傳球的隊友，讓網路又快又穩。</div>
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除了無線通訊外，此技術亦可結合衛星通訊系統，透過智慧反射將衛星訊號精準傳送至地面使用者，能有效改善偏遠地區與災害應變情境下的訊號覆蓋不足問題，提升通訊服務的可靠性與即時性，也讓偏鄉地區得以享有更順暢的網路服務，進一步縮短城鄉數位落差。此技術對於緊急救援、遠距醫療及偏鄉教育等應用具有重要意義。<br />
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這項創新技術已正式登錄專利，將為無線通訊與衛星通訊帶來更多可能，有助於5G、6G甚至新一代衛星網路的發展，為智慧城市與物聯網應用奠定關鍵基礎 。</p>
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- <![CDATA[Top Scholars from Taiwan, the U.S., and Korea Gather at NYCU to Advance Cancer Immunology Research]]>International Affairs2026-06-03<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="Top Scholars from Taiwan, the U.S., and Korea Gather at NYCU to Advance Cancer Immunology Research"><meta name="twitter:description" content="This May, NYCU hosted the 2nd Taiwan–Harvard–KAIST Immunology Joint Symposium to explore some of the most pressing questions in biomedical science."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260603104253158.png"><meta name="Top Scholars from Taiwan, the U.S., and Korea Gather at NYCU to Advance Cancer Immunology Research"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="Top Scholars from Taiwan, the U.S., and Korea Gather at NYCU to Advance Cancer Immunology Research"><meta property="og:description" content="This May, NYCU hosted the 2nd Taiwan–Harvard–KAIST Immunology Joint Symposium to explore some of the most pressing questions in biomedical science."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260603104253158.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=3c924dac-af32-4820-b54a-a1a22247a096">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">Group photo of participating scholars and distinguished guests at the 2nd Taiwan–Harvard–KAIST Immunology Joint Symposium held at NYCU Yangming Campus on May 16, 2026.</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">Leading immunologists and physician-scientists from Taiwan, the United States, and South Korea convened in Taiwan this May for <strong>the 2nd Taiwan–Harvard–KAIST Immunology Joint Symposium</strong>, an international gathering focused on the latest advances in cancer immunology, neuroimmunology, and translational medicine.<br />
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Co-organized by National Yang Ming Chiao Tung University (NYCU), the National Health Research Institutes (NHRI), and Linkou Chang Gung Memorial Hospital, the symposium opened on May 15 at Linkou Chang Gung Memorial Hospital and continued on May 16 at NYCU’s Yangming Campus. Bringing together researchers from NYCU, Harvard Medical School, and the Korea Advanced Institute of Science and Technology (KAIST), the event provided a platform for in-depth discussions on emerging discoveries, clinical applications, and future directions in immunology research.<br />
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The symposium highlighted NYCU’s growing international presence in biomedical sciences while underscoring the strength of long-term scientific partnerships among Taiwan, the United States, and South Korea.<br />
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<img alt="Distinguished guests and faculty members from Taiwan, the United States, and South Korea pose for a group photo during the symposium." src="/userfiles/nycuen/images/20260604100643377.jpg" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">Distinguished guests and faculty members from Taiwan, the United States, and South Korea pose for a group photo during the symposium.</span></em></span><br />
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<strong>Building an International Platform for Biomedical Collaboration</strong><br />
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During the opening session at NYCU, Professor Shie-Liang Hsieh, chief organizer of the symposium, reflected on the origins and evolution of the trilateral partnership.<br />
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He noted that Dr. Gene Lay, founder and CEO of BioLegend, has long championed global biomedical research through the Laygend Foundation. With the foundation’s support, research funding was provided to Brigham and Women’s Hospital at Harvard Medical School to establish the Gene Lay Institute of Immunology and Inflammation (GLI), which promotes research and therapeutic development in areas such as neurodegenerative disorders, immune-mediated diseases, and cancer.<br />
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Building on this foundation, NYCU Vice President Muh-Hwa Yang and NHRI President Shie-Liang Hsieh traveled to Boston in October 2023 to sign a five-year memorandum of understanding with GLI, thereby formally establishing an international research platform to strengthen collaboration in cancer immunology, neuroinflammation, and translational medicine. The partnership integrates research resources, talent development, and academic exchange to enhance Taiwan’s global impact in biomedical science.<br />
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In recognition of his contributions to biotechnology innovation and international scientific collaboration, NYCU awarded Dr. Lay an Honorary Doctor of Science degree in October 2024. NYCU President Chi-Hung Lin presented the honor in acknowledgment of Dr. Lay’s achievements in advancing both the biotechnology industry and global academic partnerships.<br />
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The collaboration expanded further in May 2025 when KAIST hosted the inaugural Taiwan–U.S.–Korea Trilateral Joint Symposium. Focusing on cancer immunology and the immunology of aging, the event marked the official launch of a long-term framework for scientific collaboration and talent exchange among the three regions.<br />
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<strong>Strengthening Scientific Exchange Across Border</strong><br />
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This year’s symposium brought 19 visiting scholars from the United States and South Korea to Taiwan. Many participants arrived several days early to attend the 2026 International Medical Metabolism Conference, hosted by NHRI from May 13–14, where researchers explored topics ranging from metabolic medicine and immune regulation to nutrition and aging.</div>
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The immunology symposium itself drew more than 150 faculty members, researchers, and students to NYCU’s Ho Ying Tsai Memorial Hall. Seventeen invited scholars from Harvard, KAIST, and other leading institutions delivered presentations and engaged in discussions that highlighted the value of international collaboration in addressing complex biomedical challenges.<br />
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<strong>New Insights Into Cancer and Immune Regulation</strong><br />
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The symposium’s keynote address was delivered by Professor Ana C. Anderson of Harvard Medical School, a leading authority in tumor immunology and T-cell regulation and a pioneer in TIM-3 research.<br />
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Anderson recently entered into a three-year research collaboration agreement with NYCU Vice President Muh-Hwa Yang to investigate the tumor microenvironment in early-onset cancers. During her presentation, she shared findings from single-cell RNA sequencing studies of colorectal cancer across different age groups, revealing distinct immune microenvironment characteristics associated with early-onset disease.<br />
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Professor Jeong Seok Lee of KAIST followed with research examining spatial changes in the tumor microenvironment during immunotherapy for metastatic gastric cancer and how these changes influence treatment response and drug resistance. Professor Ji Eun Oh, also from KAIST, discussed how abnormal B-cell differentiation affects the durability and diversity of antibody-mediated immune responses in cancer patients.<br />
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<strong>Exploring the Intersection of the Nervous and Immune Systems</strong><br />
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The symposium’s second session focused on neuroimmunology and inflammatory regulation. Professor Michael Wheeler of Harvard MedicalSchool presented research investigating how communication between the brain and peripheral organs shapes physiological regulation and behavior. Professor Je-Min Choi of Hanyang University examined the activation states and functions of CD4 T cells in neuroinflammatory autoimmune diseases. At the same time, Professor Caroline Sokol of Harvard Medical School discussed emerging insights into the interactions between the nervous and immune systems during allergic inflammatory responses.<br />
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Together, the presentations reflected some of the most active and rapidly evolving areas of contemporary immunology research, spanning fundamental biological mechanisms, disease pathology, and potential therapeutic strategies.<br />
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<strong>Looking Toward the Next Symposium</strong><br />
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The 3rd Taiwan–Harvard–KAIST Immunology Joint Symposium is expected to be held in Boston, continuing the momentum of this growing international partnership.<br />
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Organizers anticipate expanding collaborative research in cancer immunology, immunology of aging, neuroinflammation, and related fields. Through sustained academic exchange, joint research initiatives, and talent development programs, the trilateral alliance aims to accelerate scientific discovery and strengthen global biomedical innovation.<br />
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For Taiwan, the partnership also represents a valuable opportunity to enhance international visibility and deepen its contributions to the global scientific community, reinforcing its position as an important hub for immunology and translational medicine research.<br />
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<img alt="International speakers participating in the 2nd Taiwan–Harvard–KAIST Immunology Joint Symposium on May 16, 2026. Top row (left to right): Ana C. Anderson, Michael Wheeler, and Caroline Sokol. Bottom row (left to right): Jeong Seok Lee, Ji Eun Oh, and Je-Min Choi." src="/userfiles/nycuen/images/20260603104253158.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">International speakers participating in the 2nd Taiwan–Harvard–KAIST Immunology Joint Symposium on May 16, 2026. Top row (left to right): Ana C. Anderson, Michael Wheeler, and Caroline Sokol. Bottom row (left to right): Jeong Seok Lee, Ji Eun Oh, and Je-Min Choi.</span></span></em></div>
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<div class="ed-model18-title-text">臺、美、韓頂尖學者齊聚陽明交大<br />
共探癌症免疫研究新突破</div>
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<div class="col-md-6"><span style="font-size:80%;"><span style="color:#4e5f70;">文、照片/楊慕華副校長室</span></span><br />
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「第二屆臺－美－韓三邊國際聯合學術研討會（2nd Taiwan–Harvard–KAIST Immunology Joint Symposium）」於今（2026）年在臺灣盛大舉行，由國立陽明交通大學攜手國家衛生研究院及林口長庚紀念醫院共同主辦。研討會於5月15日在林口長庚紀念醫院隆重揭幕，並於5月16日移師國立陽明交通大學陽明校區接續登場。<br />
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本次研討會匯聚來自臺灣、美國哈佛醫學院（Harvard Medical School）及韓國科學技術院（Korea Advanced Institute of Science and Technology, KAIST）等國際頂尖專家學者，聚焦癌症免疫、轉譯免疫醫學等前沿議題，深入交流免疫醫學最新研究成果與臨床應用發展趨勢。會中學術討論熱烈、交流互動踴躍，不僅充分展現國立陽明交通大學於腫瘤與免疫研究領域的卓越實力與國際影響力，更彰顯臺、美、韓三方在生醫科研合作上的深厚基礎與緊密夥伴關係。<br />
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<strong>跨國合作平台成形 攜手建構國際科研橋梁</strong><br />
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本次跨單位合作研討會總召集人謝世良教授於5月16日活動開場時，特別介紹臺、美、韓三方學術合作的緣起與發展歷程。他表示，美國百進生技公司（BioLegend）創辦人暨執行長賴正光博士，長期致力推動全球生醫研究發展，並透過Laygend 基金會（Laygend Foundation）捐贈研究經費予哈佛醫學院布萊根婦女醫院（Brigham and Women’s Hospital, BWH），成立「賴正光免疫學與炎症基因研究中心」（The Gene Lay Institute of Immunology and Inflammation, GLI），積極投入神經退化疾病、免疫疾病及癌症等重大疾病之基礎研究與新藥開發。<br />
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在此合作基礎下，國立陽明交通大學副校長楊慕華與國家衛生研究院主任謝世良於2023年10月赴美國波士頓，代表臺方與GLI共同簽署五年期合作備忘錄，正式建立跨國研究合作平台。雙方期盼透過國際研究資源整合、人才培育及學術交流，深化臺美於癌症免疫、神經發炎及轉譯醫學等領域之合作能量，進一步提升臺灣在國際生醫研究上的影響力。<br />
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為感謝賴正光博士長期促進臺灣國際學術交流、推動生物科技創新發展，以及對全球生醫研究的重要貢獻，國立陽明交通大學於2024年10月由林奇宏校長頒授名譽理學博士學位，以表彰其在全球生物科技產業及國際學術合作推動上的卓越成就。此外，2025年5月，首屆「臺－美－韓三邊聯合學術會議」由韓國科學技術院（KAIST）於韓國主辦，以癌症免疫學與老化免疫學為核心主題，正式揭開臺、美、韓三方長期科研合作與人才交流的序幕，也象徵跨國生醫科研合作網絡逐步成形，為未來國際合作奠定重要里程碑。</div>
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<strong>臺、美、韓三方合作再深化 跨國延續國際學術交流盛會</strong><br />
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此次共有來自美國與韓國共19位學者來臺參與交流，並自5月11日起陸續抵臺。訪團首先參與由國家衛生研究院於5月13日至14日舉辦之「2026國際代謝醫學研討會」（2026 International Medical Metabolism Conference），針對代謝醫學、免疫調控及營養與老化研究等重要議題進行深入交流，充分展現跨領域國際合作的豐碩成果。接續於5月16日假國立陽明交通大學陽明校區守仁樓膺才廳舉行之「第二屆臺－美－韓三邊國際聯合學術研討會」中，共有來自美、韓17位學者蒞臨陽明校區進行專題演講與學術交流，現場吸引超過150位校內外師生熱情參與。活動現場座無虛席，與會者提問踴躍、交流熱烈，充分展現國際學術合作所激盪出的研究能量與創新火花。<br />
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本次研討會邀請哈佛醫學院教授 Ana C. Anderson 擔任 keynote speaker，其專長於腫瘤免疫學與T細胞調控研究，為TIM-3研究領域的重要先驅之一，並已於2025年5月與國立陽明交通大學楊慕華教授簽署為期三年的合作備忘錄（MOU），共同聚焦年輕化癌症之腫瘤微環境研究。此次演講中， Ana Anderson教授分享跨年齡層大腸直腸癌之單核RNA定序圖譜研究成果，揭示早發性大腸直腸癌的獨特腫瘤特徵與免疫微環境變化，引發與會者高度關注。隨後，韓國科學技術院（KAIST）學者 Jeong Seok Lee 教授分享轉移性胃癌於免疫治療過程中腫瘤微環境的空間變化，以及其對治療反應與抗藥性的影響；KAIST的 Ji Eun Oh 教授則探討癌症患者B細胞分化異常如何影響抗體免疫反應之持久性與多樣性。<br />
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第二場次聚焦神經免疫與發炎調控研究。哈佛醫學院 Michael Wheeler 教授探討腦部與身體間訊號傳遞如何影響複雜行為與生理調控機制；韓國漢陽大學Je-Min Choi 教授解析神經發炎性自體免疫疾病中CD4 T細胞的活化狀態及功能角色；最後，由哈佛醫學院 Caroline Sokol 教授分享神經系統與免疫系統於過敏性發炎反應中的交互作用與調控機制。整體演講內容涵蓋基礎研究、臨床應用及新興治療策略等多元面向，充分展現當前國際前沿研究趨勢，並引發與會人員熱烈討論與深度交流。<br />
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「第三屆臺－美－韓三邊國際聯合學術研討會」預計將由美方接續主辦，並移師美國波士頓舉行，持續深化臺、美、韓三方頂尖研究機構之跨國合作鏈結，進一步拓展癌症免疫、老化免疫及神經發炎等關鍵醫學領域之研究合作。未來三方也將持續透過學術交流、人才培育與科研資源整合，共同推動前瞻生醫研究與創新發展。此一三邊合作平台不僅促進國際頂尖學者間之長期交流與實質合作，更有助於加速科研成果轉譯及擴展全球科研合作能量，進一步提升臺灣於全球免疫醫學與轉譯研究領域之國際能見度、學術影響力與國際競爭力。</p>
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- <![CDATA[NYCU AI Team Ranks Among Top Five Worldwide in CVPR 2026 Deepfake Detection Challenge]]>Honor2026-06-02<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Ranks Among Top Five Worldwide in CVPR 2026 Deepfake Detection Challenge"><meta name="twitter:description" content="NYCU developed Co-Insight AI Eye, a free deepfake detection platform that helps identify manipulated images and videos."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260602144728924.png"><meta name="NYCU Ranks Among Top Five Worldwide in CVPR 2026 Deepfake Detection Challenge"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Ranks Among Top Five Worldwide in CVPR 2026 Deepfake Detection Challenge"><meta property="og:description" content="NYCU developed Co-Insight AI Eye, a free deepfake detection platform that helps identify manipulated images and videos."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260602144728924.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=45fc9b2a-87e3-44ed-a043-52d1d4bb0f26">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">The "Co-Insight AI Eye" platform, developed by NYCU's Advanced Computer Vision Laboratory, enables users to quickly assess the authenticity of suspicious images and videos. Powered by a quality-aware deepfake detection framework, the system remains effective even when content has been compressed, reposted, or degraded in quality, supporting applications in fact-checking, journalism, law enforcement, and public information verification.</span></em></span></div>
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<div class="ed_txt"><strong>Edited by Chance Lai</strong><br />
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<div class="ed_txt" style="text-align: justify;">As deepfake technology becomes increasingly sophisticated, manipulated images and videos are emerging as a growing threat to public trust, elections, national security, and everyday online communication. In response to this challenge, a research team at National Yang Ming Chiao Tung University (NYCU) has developed a free AI-powered platform that helps users quickly assess the authenticity of suspicious images and videos, providing a practical tool in Taiwan's fight against misinformation.<br />
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The platform, known as "<strong>Co-Insight AI Eye</strong>", was developed by the Advanced Computer Vision Laboratory (ACVLab) led by Associate Professor Chih-Chung Hsu of NYCU's College of Artificial Intelligence. The underlying technology recently demonstrated its international competitiveness by securing <strong>5th place in the Robust Deepfake Detection Challenge</strong>, held in conjunction with the IEEE/CVF Conference on Computer Vision and Pattern Recognition (CVPR) 2026, one of the world's premier computer vision conferences.<br />
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<div class="ed_pic_full"><img alt="Researchers from NYCU’s ACVLab demonstrate their deepfake detection system." src="/userfiles/nycuen/images/20260602144728924.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">Researchers from NYCU's ACVLab demonstrate their deepfake detection system.</span></em></span><br />
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<strong>Competing Against the World's Leading AI Teams</strong><br />
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This year's challenge attracted 337 researchers from around the world, who collectively conducted more than 5,000 model evaluations and optimizations, making it one of the largest and most competitive challenges hosted at CVPR 2026.<br />
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NYCU's team outperformed entries from several internationally renowned institutions, including the University of Illinois Urbana-Champaign, Michigan State University, Trinity College Dublin, and Mohamed bin Zayed University of Artificial Intelligence.<br />
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According to Hsu, while the top four teams relied on model ensembles or large-scale AI systems with up to seven billion parameters, the NYCU team achieved a top-five global ranking using a single model containing approximately 500 million parameters—roughly one-tenth to one-fourteenth the size of competing systems.<br />
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"The result demonstrates that innovative algorithm design can overcome limitations in computational resources," Hsu said. "It highlights the ability of Taiwanese academic researchers to compete internationally through originality and technical ingenuity rather than sheer computing power."<br />
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<strong>Detecting Deepfakes Even After Compression and Reposting</strong><br />
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A key innovation behind the team's success is a framework known as Quality-aware Mixture-of-Experts, designed to maintain detection accuracy even when images or videos have undergone repeated sharing, compression, screenshotting, or other forms of quality degradation.</div>
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Such robustness is increasingly important in real-world scenarios, where manipulated content often circulates across multiple social media platforms before reaching users. Traditional detection systems often struggle when image quality deteriorates, but the NYCU approach remains effective under such challenging conditions.<br />
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The technology's practical applicability extends beyond academic benchmarks, making it suitable for media verification, online content moderation, and public-sector security applications.<br />
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<strong>From Research Lab to Public Defense Against Misinformation</strong><br />
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Beyond international competitions, NYCU's research team has actively translated its technology into tools for society.<br />
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The Co-Insight AI Eye platform is freely accessible to the public, journalists, and fact-checking organizations. The team has collaborated with multiple organizations focused on fact-checking, digital literacy, public governance, and national security.<br />
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Among these collaborations is work with the Taiwan FactCheck Center (TFC), where the technology supports AI image forensics and verification reports, as well as consultation on deepfake video analysis. The team also works with Doublethink Lab to establish early-warning mechanisms for information manipulation and foreign influence operations.<br />
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In addition, the researchers have engaged in technical exchanges with Taiwan's investigative and law-enforcement agencies, including the Investigation Bureau, Ministry of Justice, the National Police Agency, and the Institute for Information Industry, helping strengthen applications in criminal investigation, cybersecurity, and national security.<br />
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<strong>AI for Public Trust</strong><br />
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As generative AI continues to evolve, the ability to distinguish authentic content from synthetic manipulation has become a global challenge.<br />
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For NYCU researchers, success is measured not only by international rankings but also by societal impact. By combining cutting-edge computer vision research with real-world deployment, the team is helping strengthen Taiwan's resilience against misinformation while demonstrating how artificial intelligence can serve the public good.<br />
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From fact-checking news reports to supporting national security efforts, NYCU's deepfake detection technology underscores AI's growing role as a safeguard for information integrity in the digital age.<br />
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<img alt="Members of the research team pose for a group photo. Associate Professor Chih-Chung Hsu of NYCU’s College of Artificial Intelligence, who led the project, is pictured on the far right." src="/userfiles/nycuen/images/20260602145125180.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">Members of the research team pose for a group photo. Associate Professor Chih-Chung Hsu of NYCU’s College of Artificial Intelligence, who led the project, is pictured on the far right.</span></span></em></div>
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<div class="ed-model18-title-text">勇奪 CVPR 深偽偵測競賽全球第五<br />
陽明交大打造「共鑑慧眼」免費平臺對抗假訊息</div>
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照片/研究團隊</span></span><br />
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在詐騙手法與假訊息日益氾濫的現今，深偽影像已成為一大隱憂。人工智慧學院許志仲副教授研究團隊所開發的免費平臺「共鑑慧眼」，可快速判斷可疑影像與影片內容，成為臺灣社會對抗假訊息的重要防線。<br />
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許志仲表示，「共鑑慧眼」開放民眾、媒體與查核單位使用，並長期與多個事實查核、數位素養、公共治理與國安相關單位合作，包括與台灣事實查核中心合作進行AI影像鑑識與查核報告，提供深偽影片辨識諮詢；也與臺灣民主實驗室合作，對資訊操弄與干預建立預警機制。同時也和法務部調查局、警政署及資策會等單位展開技術交流，強化偵查與國家安全領域的應用能力。<br />
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這套深偽辨識技術是由許志仲的先進電腦視覺實驗室（Advanced Computer Vision LAB, ACVLab）所開發，技術內容已在全球電腦視覺頂尖會議 CVPR 2026 於今年舉辦的強健式深偽影像偵測挑戰賽（Robust Deepfake Detection Challenge）中，勇奪全球第5名，展現陽明交大與臺灣AI研究的國際競爭力。</div>
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此競賽今年吸引全球337位研究者參與，累計進行逾5000次模型測試與優化，為該國際競賽中參與規模最大的一項，競爭十分激烈。研究團隊以高效的技術表現，打敗包括美國伊利諾大學香檳分校、密西根州立大學、愛爾蘭都柏林聖三一大學及阿拉伯聯合大公國的AI大學（MBZUAI）等多所國際名校。<br />
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許志仲副教授表示，相較於前4名的隊伍採用多模型融合或高達70億參數的大型模型，研究團隊僅以單一約5億參數模型，在規模僅為對手1/10至 1/14的情況下躋身全球前五，展現臺灣學術團隊以技術創新突破算力門檻的原創能量及實力。此外，團隊提出的「品質感知混合專家」（Quality-aware Mixture-of-Experts）架構，即使影片因轉傳、壓縮或截圖導致畫質變差，該技術仍能準確判斷影像真偽，具備實際應用價值。<br />
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隨著深偽技術快速發展，影像真偽辨識已成為全球關注的重要議題。陽明交大團隊不僅在國際競賽中展現研究實力，更將技術實際應用於社會，從事實查核到國家安全層面，持續提升臺灣面對假訊息的應對能力，展現人工智慧在公共領域中的關鍵價值。</p>
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- <![CDATA[NYCU–TVGH Team Uses Decellularized Umbilical Cord Matrix to Regenerate Periodontal Tissue]]>Research Highlights2026-06-01<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU–TVGH Team Uses Decellularized Umbilical Cord Matrix to Regenerate Periodontal Tissue"><meta name="twitter:description" content="Researchers from NYCU and TVGH used decellularized human umbilical cord tissue to regenerate both bone and ligament around teeth in an animal study."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260601151702495.jpg"><meta name="NYCU–TVGH Team Uses Decellularized Umbilical Cord Matrix to Regenerate Periodontal Tissue"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU–TVGH Team Uses Decellularized Umbilical Cord Matrix to Regenerate Periodontal Tissue"><meta property="og:description" content="Researchers from NYCU and TVGH used decellularized human umbilical cord tissue to regenerate both bone and ligament around teeth in an animal study."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260601151702495.jpg"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=5cd6cb9d-0e3a-43b9-a78a-7881a0a408d2">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">Researchers from NYCU and TVGH developed a regenerative therapy based on decellularized human umbilical cord tissue. In an animal model of periodontal disease, the biomaterial promoted simultaneous regeneration of alveolar bone and periodontal ligament without the use of stem cells or conventional bone grafts, demonstrating its potential as a next-generation treatment for periodontal tissue repair.</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">Periodontal disease affects more than 80% of adults in Taiwan and remains one of the leading causes of tooth loss worldwide. Once the tissues supporting the teeth are damaged, rebuilding them is notoriously difficult. Now, a collaborative research team from National Yang Ming Chiao Tung University (NYCU) and Taipei Veterans General Hospital (TVGH) has demonstrated a promising new regenerative approach using decellularized human umbilical cord tissue.<br />
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In an animal study, the researchers successfully promoted both alveolar bone regeneration and periodontal ligament repair — two critical components required to restore the structures that anchor teeth in place. The findings were published in <em>Biomaterials Science</em> and selected as the journal’s cover story (<em><u><a href="https://pubs.rsc.org/en/content/articlelanding/2024/bm/d3bm02137h" title="Read more"><span style="color:#3498db;">Read more</span></a></u></em>). The research has also received a Gold Medal at the Tokyo International Innovation and Invention Exhibition in Japan, highlighting growing international interest in regenerative medicine technologies. The team has secured a Taiwanese patent and is currently pursuing international patent protection.<br />
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<span style="color:#4e5f70;"><em><span style="font-size:90%;">A decellularized Wharton’s jelly matrix derived from human umbilical cord tissue, developed as a biomaterial scaffold for periodontal tissue regeneration.</span></em></span><br />
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<strong>A Persistent Challenge in Dental Medicine</strong><br />
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Periodontal disease develops when bacterial infection spreads into deeper tissues surrounding the teeth. Over time, the periodontal ligament deteriorates, periodontal pockets deepen, and alveolar bone is progressively lost. Without treatment, the condition can eventually lead to tooth loss.<br />
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For patients with moderate-to-severe disease, treatment often requires flap surgery combined with bone graft materials and barrier membranes to help rebuild lost bone. However, achieving true periodontal regeneration remains challenging because successful treatment requires the simultaneous reconstruction of both alveolar bone and periodontal ligament.<br />
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“Restoring only the bone is not enough,” researchers noted. “The ligament that connects the tooth to the surrounding bone must also regenerate if functional support is to be recovered.”<br />
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<strong>Turning Umbilical Cord Tissue into a Regenerative Scaffold</strong><br />
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The study was led by Professor Yu-Show Fu of NYCU’s Institute of Anatomy and Cell Biology in collaboration with Dr. Cheng-Fong Chen of the Department of Orthopedics, Dr. Wen-Liang Lo of the Department of Stomatology, and Dr. Chang-Ching Yeh of the Department of Obstetrics and Gynecology at TVGH.<br />
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The researchers developed a biomaterial derived from decellularized Wharton’s jelly, a gelatinous connective tissue found within the human umbilical cord. By removing living cells while preserving the extracellular matrix structure, the team created a natural scaffold capable of supporting tissue regeneration.</div>
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The material was implanted into periodontal defects surrounding mandibular molars in rats with periodontal disease. Remarkably, the treatment stimulated new bone formation and promoted repair of the periodontal ligament without the addition of stem cells or conventional bone graft materials.<br />
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The findings suggest that the umbilical cord-derived matrix itself may provide biological signals that guide tissue repair and regeneration.<br />
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<strong>Regenerating Two Critical Structures at Once</strong><br />
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One of the most significant findings of the study was the ability to regenerate both alveolar bone and periodontal ligament simultaneously.<br />
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Current regenerative treatments often struggle to restore the complex architecture surrounding teeth, as different tissue types must heal in a coordinated manner. The NYCU-TVGH team’s approach appears capable of supporting this process, potentially overcoming a major limitation of existing therapies.<br />
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Researchers believe the technology could eventually expand beyond periodontal disease treatment to address a broader range of bone and soft-tissue defects.<br />
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<strong>Expanding the Potential of Regenerative Medicine</strong><br />
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Professor Fu’s research group has long explored the therapeutic potential of umbilical cord-derived biomaterials. Previous studies have investigated the use of umbilical cord mesenchymal stem cells to treat pulmonary fibrosis. The latest work shifts the focus toward cell-free regenerative medicine, demonstrating how decellularized umbilical cord matrices can be harnessed to stimulate tissue repair.<br />
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While further studies are needed to establish safety, efficacy, and clinical feasibility in humans, the researchers believe the technology represents a promising step toward next-generation regenerative therapies.<br />
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If future clinical trials confirm these results, the approach could provide a new treatment option for millions of patients affected by periodontal disease and other conditions involving bone loss and tissue degeneration.<br />
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<img alt="The research team poses for a group photo with Shuu-Jiun Wang (right), Dean of the NYCU College of Medicine. From left: Dr. Cheng-Fong Chen, Dr. Wen-Liang Lo, graduate student Yu-Heng Cheng, Professor Yu-Show Fu, and Dr. Chang-Ching Yeh." src="/userfiles/nycuen/images/20260601151702495.jpg" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">The research team poses for a group photo with Shuu-Jiun Wang (right), Dean of the NYCU College of Medicine. From left: Dr. Cheng-Fong Chen, Dr. Wen-Liang Lo, graduate student Yu-Heng Cheng, Professor Yu-Show Fu, and Dr. Chang-Ching Yeh.</span></span></em></div>
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<div class="ed-model18-title-text">牙周病的救星<br />
榮陽交研究團隊發現：去細胞的臍帶組織也能治療牙周病</div>
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<div class="col-md-6"><span style="font-size:80%;"><span style="color:#4e5f70;">文/公關組 資訊圖/國際宣傳辦公室 <br />
照片/研究團隊、趙之偉</span></span><br />
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國內成人牙周病盛行率超過八成，牙周組織再生並不容易。不過，由陽明交大與臺北榮總組成的榮陽交研究團隊，近日在動物試驗中利用「去細胞化臍帶組織」，成功促進齒槽骨新生與牙周韌帶修復，為未來牙周病再生治療帶來振奮消息。<br />
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牙周病是細菌侵入到深層牙周組織，導致牙周韌帶被分解，牙周囊袋加深變寬，齒槽骨流失，最終造成牙齒脫落的疾病。中重度牙周病治療需要透過翻瓣手術，搭配骨粉及再生膜來補救齒槽骨。<br />
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由解剖學及細胞生物學研究所傅毓秀教授，結合臺北榮總骨科部陳正豐醫師、口腔醫學部羅文良醫師、婦女醫學部葉長青醫師，利用人類臍帶組織製備了去細胞化的瓦頓氏凝膠(Wharton’s jelly)基質，並植入患有牙周病大白鼠的下顎臼齒。研究顯示在不額外加入幹細胞、也不使用骨粉的情況下，該臍帶基質製品不僅能促進骨質的新生，也有助於牙周韌帶的修復。</div>
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牙周病治療的一大挑戰，在於必須同時重建齒槽骨與牙周韌帶，才能真正恢復牙齒周圍的支持結構。這項動物實驗的成果亮點在於，能同時促進齒槽骨與韌帶修復，將有機會突破現有牙周再生治療的限制。<br />
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這項刊登於《生物材料科學期刊》(Biomaterials Science)、並推選為該當期封面故事的研究，也在近日獲得日本東京創新天才國際發明展金牌，顯見各界對再生醫學的期望與重視。目前團隊已取得國內專利，並展開國際專利佈局。<br />
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從過去應用於肺纖維化的臍帶間質幹細胞研究，到如今以去細胞臍帶基質挑戰牙周病再生治療。傅毓秀團隊展現了臍帶組織於再生醫學上的多元潛力。未來若能進一步完成安全性、有效性與臨床試驗驗證，其研究成果對骨缺損與牙周病患者都是一大福音。</p>
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</div>]]>https://www.nycu.edu.tw/nycu/en/app/news/image?module=headnews&detailNo=1510905342974758912&init=YCover image from Biomaterials Science (Vol. 12, Issue 24, 2024).
- <![CDATA[NYCU Uses AI and Semiconductor Education to Support Ukrainian Students Reimagine the Future]]>USR2026-05-28<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Uses AI and Semiconductor Education to Support Ukrainian Students Reimagine the Future”"><meta name="twitter:description" content="NYCU, in partnership with the TaiwanICDF, is bringing AI and semiconductor education to Ukrainian students."><meta name="twitter:image" content="https://www.nycu.edu.tw/nycu/en/app/news/image?module=headnews&detailNo=1509463555001290752&init=N"><meta name="NYCU Uses AI and Semiconductor Education to Support Ukrainian Students Reimagine the Future"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Uses AI and Semiconductor Education to Support Ukrainian Students Reimagine the Future"><meta property="og:description" content="NYCU, in partnership with the TaiwanICDF, is bringing AI and semiconductor education to Ukrainian students."><meta property="og:image" content="https://www.nycu.edu.tw/nycu/en/app/news/image?module=headnews&detailNo=1509463555001290752&init=N"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=af984331-ef2e-4ce9-b60e-8301a0ab872f">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">Ukrainian students present games they designed through the program and pose for a group photo with their certificates following the project showcase.</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">As the global race for AI and semiconductor leadership accelerates, Taiwan is exporting more than advanced chips — it is also sharing its education model with the world.<br />
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National Yang Ming Chiao Tung University (NYCU), in partnership with the Taiwan International Cooperation and Development Fund (TaiwanICDF), is bringing AI and semiconductor education to Ukrainian students in Taiwan through interactive learning, sensing technologies, and game-based teaching.<br />
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The initiative reflects a growing effort to transform Taiwan’s technological strengths into educational outreach and humanitarian support.<br />
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<span style="color:#4e5f70;"><em><span style="font-size:90%;">Ukrainian students discuss their projects and exchange ideas after completing the “Belight AI Semiconductor” technology education program at NYCU.</span></em></span><br />
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<strong>Turning Semiconductor Knowledge Into Everyday Learning</strong><br />
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At the center of the program is “Belight AI Semiconductor,” an education initiative originally launched by NYCU and TSMC to make AI and semiconductor concepts accessible to younger generations.<br />
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Instead of treating semiconductors as abstract engineering knowledge, the program uses sensors, hands-on activities, and interactive storytelling to help students engage with technology in a more intuitive way. The project has since evolved beyond science outreach to a broader international education effort that combines AI applications, interactive learning, and cross-cultural exchange.<br />
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<strong>Ukrainian Students Encounter AI for the First Time</strong><br />
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For many Ukrainian participants, the experience has fundamentally changed how they view AI and engineering.<br />
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“I came from a language and literature background, so technology always felt distant to me,” said Ukrainian student Kristina Lanoshchuk. “But after joining the program, I realized AI and semiconductors are actually much more approachable than I expected.”<br />
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Through interactive exercises and experimentation, students gradually learned the basics of AI sensing, semiconductor applications, and emerging technologies — often for the first time.</div>
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Beyond the classroom itself, many students said they were most surprised by Taiwan’s broader technology education environment. “In Ukraine, many people have never even learned what semiconductors are,” said another Ukrainian student, Mariia Leontieva. “But in Taiwan, children are already being introduced to these concepts at a very young age. That helped me understand why Taiwan became such an important global technology center.”<br />
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The students also observed that many Taiwanese university students already possess strong programming and engineering fundamentals — something they believe is connected to Taiwan’s long-term investment in science and technology education.<br />
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<strong>Learning Through Interaction Rather Than Memorization</strong><br />
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The program incorporates AI sensing applications developed through the Rabboni platform, which promotes technology-driven education and social impact. Rather than relying on traditional lecture-based instruction, students learn through experimentation, interaction, and collaborative problem-solving.<br />
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“Technology education should not feel distant or intimidating,” said Kuei-Ann Wen, Executive Director of NYCU’s University Social Responsibility Office. “We hope students can experience AI and sensing technologies through exploration and creativity, while also seeing how technology can address real social challenges.”<br />
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<strong>From Taiwan’s Semiconductor Strength to Global Educational Impact</strong><br />
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For NYCU, the initiative also represents a broader vision of how Taiwan’s semiconductor and AI expertise can contribute internationally beyond industrial production.<br />
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As AI reshapes education and society worldwide, the university sees technology education as more than workforce training. It is also a way to help younger generations build confidence, curiosity, and new ways of understanding the future. Through programs like “Belight AI Semiconductor,” Taiwan’s globally recognized technology ecosystem is being translated into something equally influential: educational impact.<br />
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<img alt="Ukrainian student Mariia Leontieva (left) and her classmate demonstrate the concept and gameplay behind their self-designed project using handheld sensors during the presentation session." src="/userfiles/nycuen/images/20260528154737346.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">Ukrainian student Mariia Leontieva (left) and her classmate demonstrate the concept and gameplay behind their self-designed project using handheld sensors during the presentation session.</span></span></em></div>
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</div>]]>https://www.nycu.edu.tw/nycu/en/app/news/image?module=headnews&detailNo=1509463555001290752&init=YNYCU President Chi-Hung Lin (front right), program lead Kuei-Ann Wen (front left), teaching assistants, and Ukrainian students pose for a group photo during the “Belight AI Semiconductor” education initiative.
- <![CDATA[NYCU Confirms That Hesperetin Allows Doxorubicin to Fight Cancer Without “Harming the Heart”]]>Feature Story2026-05-26<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">The NYCU team has developed a patented probiotic transformation technology to mass-produce hesperetin, a compound now entering the commercial phase to help cancer patients mitigate the side effects of Doxorubicin.</span></em></span></div>
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<div class="ed_txt"><strong>By <a href="https://elite.nycu.edu.tw/2026/05/01/ancient-medical-canon-reveals-a-solution-for-chemotherapy-induced-cardiotoxicity/" rel="noreferrer noopener" target="_blank" title="NYCU ELITE(Open New Windows)"><u>NYCU ELITE</u></a></strong><br />
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<div class="ed_txt" style="text-align: justify;">Doxorubicin is a chemotherapy drug commonly used to treat cancers such as breast cancer, lymphoma, and leukemia, and the issue of cardiotoxicity it causes has plagued the medical field for over half a century. Statistics show that approximately 5-9% of patients develop significant heart failure or cardiomyopathy following treatment, and the risk of developing chronic heart failure within 10 years ranges from 4-10%.<br />
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Recently, a research team from National Yang Ming Chiao Tung University (NYCU) confirmed that Doxorubicin’s suppression of the longevity gene CISD2 is one of the key mechanisms underlying its cardiotoxicity, while “hesperidin,” abundant in citrus peel, can be converted into “hesperetin,” which powerfully activates CISD2 and protects cardiac function without compromising Doxorubicin’s anticancer efficacy. In August 2025, the findings of this research were published in the internationally renowned journal, <em>Redox Biology</em>.<br />
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In addition, the NYCU team has mastered the patented technology for the transformation of probiotics, overcoming the bottleneck in the mass production of hesperetin. Health supplements containing hesperetin, targeted to alleviate the side effects of chemotherapy, sarcopenia, and metabolic disorders (such as fatty liver disease), have now entered the commercialization phase and are expected to be launched in the near future.<br />
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<span style="color:#4e5f70;"><em><span style="font-size:90%;">What began as a casual chat became a decade-long collaboration between Professors Ting-Fen Tsai and Shu-Ling Fu, bridging longevity genetics and traditional medicine to uncover CISD2’s vital role in heart health.</span></em></span><br />
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<strong>Igniting Sparkle of Interdisciplinary Research in Lighthearted Conversation</strong><br />
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This research project was jointly conducted by the Lifetime Distinguished Professor, Ting-Fen Tsai, at the Department of Life Sciences and Institute of Genome Sciences of National Yang Ming Chiao Tung University, and Professor Shu-Ling Fu at the Institute of Traditional Medicine of National Yang Ming Chiao Tung University, in collaboration with academic and research institutions including the National Health Research Institutes, Linkou Chang Gung Memorial Hospital, and the Academia Sinica. Although the two researchers often joke that this major research breakthrough stemmed from a casual conversation, it was in fact built upon more than a decade of collaboration and working on the same page.<br />
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In 2008, Shu-Ling Fu, who had long focused on researching the anti-cancer mechanisms of traditional Chinese medicine and natural compounds, initially collaborated with Ting-Fen Tsai, an expert in establishing animal models for liver cancer. Their research findings on the use of silymarin to treat liver cancer greatly impressed Ting-Fen Tsai and sparked new research ideas in her. In 2009, Ting-Fen Tsai made a groundbreaking global discovery—the mammalian longevity gene CISD2. The experiment of the research showed that mice with CISD2 removed exhibited accelerated premature aging and degeneration of cardiac function, whereas maintaining CISD2 expression significantly extended average lifespan and delayed organ aging.<br />
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After that, Ting-Fen Tsai collaborated with Chung-Kuang Lu, an associate researcher at the National Research Institute of Chinese Medicine, to successfully identify 20 medicines capable of promoting CISD2 expression from among the 120 “non-toxic” and “anti-aging” “superior-grade medicines” documented in the ancient Chinese medical canon Shennong Bencaojingand Compendium of Materia Medica. Among these, “Chenpi” (Note 1) made from the aged peel of fresh citrus fruits contains hesperetin, which has been shown to be highly effective in promoting CISD2 expression.<br />
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<img alt="Prof. Tsai and Prof. Fu identified Chenpi (aged citrus peel) as a top-tier natural source of hesperetin, a compound proven to activate the CISD2 longevity gene and protect the heart from aging and chemotherapy damage." src="/userfiles/nycuen/images/20260526225347106.jpg" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">Prof. Tsai and Prof. Fu identified Chenpi (aged citrus peel) as a top-tier natural source of hesperetin, a compound proven to activate the CISD2 longevity gene and protect the heart from aging and chemotherapy damage.</span></em></span><br />
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In recent years, Shu-Ling Fu has gradually extended her research focus to include the use of traditional Chinese medicine and natural compounds to mitigate the side effects of cancer treatments (such as chemotherapy), and she discovered that Doxorubicin significantly suppresses the expression of CISD2 in cells. This observation led the two to “hit it off” during a casual conversation, which in turn paved the way for this research collaboration.</div>
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<strong>Long and Healthy Life Finally Within Reach</strong><br />
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Ting-Fen Tsai stated: “First, we confirmed that Doxorubicin suppresses CISD2 expression through the two transcription factors TAF1 and TCF12, thereby causing structural and functional damage to cardiac cells. Second, in experimental mice whose cardiac function had been severely impaired by Doxorubicin, hesperetin restored cardiac function to 80–90% of normal levels, with significant reductions in myocardial cell inflammation, fibrosis, and cell death.”<br />
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Besides, the NYCU research team also collaborated with Professor Joseph C. Wu (Academician) at Stanford University and Patrick Ching-Ho Hsieh, Distinguished Research Fellow at the Institute of Biomedical Sciences of the Academia Sinica, to conduct tests using human iPSCs. The experiments demonstrated that hesperetin can similarly enhance CISD2 expression in human cardiomyocytes and repair damage caused by Doxorubicin, confirming that hesperetin holds significant potential for clinical application and translational medicine.<br />
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Ting-Fen Tsai’s previous research has shown that CISD2 plays a key role in maintaining metabolic health across multiple organs. Therefore, hesperetin not only improves aging-related organ degeneration and muscle atrophy (such as sarcopenia), but also helps regulate metabolic syndrome-related conditions (such as fatty liver disease) and enhances insulin sensitivity. Furthermore, hesperetin has demonstrated significant improvement effects on ischemic heart disease and heart conditions caused by hypertension.<br />
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However, in nature, hesperetin is primarily found in citrus peels in the form of “hesperidin.” Because hesperidin has an extremely low absorption rate in the human gut, it must be converted by specific enzymes before it can become “hesperetin,” which can be effectively utilized. Recently, the NYCU research team screened a previously undiscovered strain of Bifidobacterium from the gut microbiota of a young graduate student at NYCU. The experiment has demonstrated that this strain can convert hesperidin into food-grade hesperetin within 24 hours, with a conversion rate approaching 100%. A patent application has been filed, and technology transfer has been completed. The product is expected to be launched as a food supplement within the next few months.<br />
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“This is essentially the concept of a ‘biological factory,’ and it holds tremendous potential for future applications. Professor Fu and I are both basic scientists, and our greatest dream is to see our research findings put into practice and applied to human healthcare. We chose to develop this into a food-grade product because we hope that hesperetin— the ‘promoter of longevity genes’—can be adopted more quickly around the globe. I believe this goal will be achieved very soon,” said Ting-Fen Tsai excitedly.<br />
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<img alt="By clarifying the specific molecular targets of herbal compounds, the NYCU team is paving the way for an integrated medical future where traditional therapies are backed by clinical-grade scientific evidence and tailored to individual patient needs." src="/userfiles/nycuen/images/20260526225707298.jpg" /><br />
<span style="font-size:90%;"><span style="color:#4e5f70;"><em>By clarifying the specific molecular targets of herbal compounds, the NYCU team is paving the way for an integrated medical future where traditional therapies are backed by clinical-grade scientific evidence and tailored to individual patient needs.</em></span></span><br />
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<strong>Empirical Research to Redefine Value of Traditional Chinese Medicine</strong><br />
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Shu-Ling Fu pointed out that, in the past, research on traditional Chinese medicine and herbs and natural compounds has largely focused on verifying therapeutic efficacy, but there has been relatively less exploration of drug targets and molecular mechanisms: “This time, we have provided comprehensive scientific evidence from multiple aspects, confirming the mechanism of action by which hesperetin mitigates cardiotoxicity. “This serves as an excellent model for future research, and the more comprehensive and rigorous evidence will also help the public understand the development potential and value of natural medicines.” She added, “Similarly, the ‘New Chinese Medicine’ emphasized by the School of Chinese Medicine, College of Medicine, NYCU aims precisely to incorporate modern scientific research methods to reinterpret and validate the wisdom of traditional medicine.”<br />
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Ting-Fen Tsai echoed this sentiment: “Whether in traditional Chinese medicine or Western medicine, medicine strategies naturally vary depending on a patient’s constitution. Using experimental evidence to support traditional Chinese medicine therapies is what we call ‘precision medicine.’ Therefore, the integration of traditional Chinese medicine research with modern scientific research methods will be a major trend in the future.”<br />
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Shu-Ling Fu further emphasized: “Our team comprises a diverse range of disciplines, including molecular biology, genetics, traditional Chinese medicine, herbs and natural compounds, animal experiments, and clinical medicine. This interdisciplinary collaboration helps advance traditional Chinese medicine toward an evidence-based research approach. Traditional Chinese medicine is not ‘mysticism.’ If we use Western scientific methods to clarify its mechanism of action and provide scientific evidence that meets international standards at every stage, it will help enhance its overall acceptance, and the future of integrated traditional Chinese and Western medicine will be even more promising.”</div>
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- <![CDATA[NYCU, Academia Sinica, and NTHU Develop “EcoDecibel” Sensors to Map Urban Noise in Real Time]]>Research Highlights2026-05-25<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU, Academia Sinica, and NTHU Develop “EcoDecibel” Sensors to Map Urban Noise"><meta name="twitter:description" content="The portable EcoDecibel “small ears” sensors were developed by the research team for real-time urban noise monitoring."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260525150257554.jpg"><meta name="NYCU, Academia Sinica, and NTHU Develop “EcoDecibel” Sensors to Map Urban Noise"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU, Academia Sinica, and NTHU Develop “EcoDecibel” Sensors to Map Urban Noise"><meta property="og:description" content="The portable EcoDecibel “small ears” sensors were developed by the research team for real-time urban noise monitoring."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260525150257554.jpg"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=60b8ad63-409b-40be-bf6f-b3289ebf9a19">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>The portable EcoDecibel “small ears” sensors were developed by the research team for real-time urban noise monitoring.</em></span></span></div>
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<div class="ed_txt" style="text-align: justify;">Noise pollution has become an unavoidable part of life in modern cities. From the constant hum of traffic to late-night construction and densely packed residential streets, urban sound is everywhere — yet much of it remains difficult to monitor in real time.<br />
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Now, researchers from National Yang Ming Chiao Tung University (NYCU), Academia Sinica, and National Tsing Hua University (NTHU) have developed a portable, low-cost sensing system called EcoDecibel that could change how cities understand and manage environmental noise.<br />
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The lightweight device functions like a network of “small ears” distributed across the city. Installed on roadsides, campuses, and residential buildings, the sensors continuously capture ambient sound levels and transmit the data to cloud-based AI systems that generate real-time noise maps.<br />
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<img alt="Noise monitoring map of Sanzhi District, New Taipei City." src="/userfiles/nycuen/images/20260525160000131.png" /><br />
<span style="color:#4e5f70;"><span style="font-size:90%;"><em>Noise monitoring map of Sanzhi District, New Taipei City.</em></span></span><br />
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<strong>Giving Cities the Ability to Hear</strong><br />
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Traditional noise monitoring typically relies on professional-grade instruments installed at only a limited number of fixed locations. While highly accurate, such systems are expensive to deploy and often unable to fully reflect the complexity of urban soundscapes across different neighborhoods and daily environments.<br />
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To address this challenge, the research team developed a compact, high-sensitivity sensing module that can be flexibly deployed in public spaces. Because the sensors are inexpensive and portable, multiple units can operate simultaneously across an area, allowing cities to build what researchers describe as a distributed “listening network.”<br />
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Powered by standard mobile battery packs, the devices can be installed almost anywhere — from roadside utility poles to community spaces and school campuses. The collected audio data is transmitted to cloud computing resources provided by Chunghwa Telecom, where AI models analyze sound patterns and generate visualized “noise hotspot” maps for environmental monitoring and urban planning.<br />
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Compared with conventional monitoring equipment that can cost tens or even hundreds of thousands of Taiwan dollars, each EcoDecibel sensor costs only around NT$1,000 (US$30), making large-scale deployment significantly more feasible. The system has already been tested in several districts across northern Taiwan, including Sanzhi in New Taipei City and Linkou, Guishan, and Luzhu in Taoyuan. According to the research team, the lightweight sensors achieved measurement accuracy comparable to Taiwan’s official environmental noise monitoring standards.</div>
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<strong>Mapping the Health Impact of Noise</strong><br />
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Beyond inconvenience, researchers say environmental noise is increasingly recognized as a public health issue linked to sleep disruption, mental stress, cardiovascular disease risk, and children’s learning performance.<br />
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Wen-Chi Pan, director of the Institute of Environmental and Occupational Health Sciences at NYCU’s College of Medicine and the project’s lead integrator, said the ability to continuously record environmental sound over long periods could provide an important foundation for future health studies and environmental governance. The project was also designed to address a key limitation of traditional monitoring systems: their inability to capture neighborhood-level differences in real time.<br />
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“We wanted to make environmental data closer to people’s real daily lives,” said Ling-Jyh Chen, a research fellow at Academia Sinica’s Institute of Information Science who led the hardware development. Chen noted that the concept resembles Taiwan’s widely recognized “AirBox” PM2.5 monitoring initiative, which drew international attention for its citizen-based environmental sensing model. Like AirBox, EcoDecibel aims to make environmental data more immediate, localized, and accessible to the public.<br />
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Instead of relying on only a few centralized monitoring stations, the distributed sensing approach reveals how noise shifts across neighborhoods and throughout the day. Min-Hsuan Lee, an assistant professor in the PhD Program in Biomedical Intelligent Systems at NTHU and a co-investigator on the project, said the system could help make environmental management “more immediate and more precise.”<br />
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<strong>Listening to the Future of Cities</strong><br />
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The EcoDecibel system was developed with additional support from Chunghwa Telecom’s smart analytics platform and cloud computing infrastructure, as well as technical assistance from the Optoelectronics Research Laboratories at Industrial Technology Research Institute.<br />
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As cities worldwide continue to seek more sustainable and data-driven approaches to environmental management, the researchers hope that networks of these “small ears” can eventually expand into more communities — helping to make urban noise easier to understand, visualize, and manage.<br />
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<img alt="From left: Min-Hsuan Lee, assistant professor in the PhD Program in Biomedical Intelligent Systems at NTHU; Wen-Chi Pan, director of the Institute of Environmental and Occupational Health Sciences at NYCU; and Ling-Jyh Chen, research fellow at the Institute of Information Science, Academia Sinica." src="/userfiles/nycuen/images/20260525151159649.png" /><span style="color:#4e5f70;"><span style="font-size:90%;"><em>From left: Min-Hsuan Lee, assistant professor in the PhD Program in Biomedical Intelligent Systems at NTHU; Wen-Chi Pan, director of the Institute of Environmental and Occupational Health Sciences at NYCU; and Ling-Jyh Chen, research fellow at the Institute of Information Science, Academia Sinica.</em></span></span></div>
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- <![CDATA[NYCU and Yang Ming Marine Transport Launch AI Partnership for Smart Shipping and Sustainable Supply Chains]]>Industry Cooperation2026-05-21<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full"><img alt="Chuck Tsai (second from right) and Yu-Chiun Chiou (second from left) signed the collaboration agreement, witnessed by Guo-Xian Lin (right) and Chi-Hung Lin (left), as the two sides joined forces to advance AI-driven smart shipping development." src="/userfiles/nycuen/images/20260521124128770.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>Chuck Tsai (second from right) and Yu-Chiun Chiou (second from left) signed the collaboration agreement, witnessed by Guo-Xian Lin (right) and Chi-Hung Lin (left), as the two sides joined forces to advance AI-driven smart shipping development. (Photo credit: Yang Ming Marine Transport)</em></span></span></div>
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<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU) and Yang Ming Marine Transport Corporation are joining forces to accelerate AI-powered smart shipping and sustainable supply chain innovation, merging NYCU’s expertise in artificial intelligence and data analytics with operational maritime experience.<br />
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On May 19 at Yang Ming Marine Transport’s Taipei headquarters, the industry-academia agreement was signed to integrate NYCU’s AI and data science research with shipping applications as the maritime sector transforms digitally and environmentally.<br />
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<strong>Applying AI Research to Real-World Maritime Challenges</strong><br />
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As global supply chains adapt to uncertainty, digital transformation, and net-zero goals, the shipping industry seeks AI solutions to improve efficiency, resilience, and sustainability.<br />
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Through the partnership, NYCU College of Management researchers will collaborate with Yang Ming Marine Transport using operational data and authentic shipping scenarios to create AI systems for route optimization, fleet management, carbon emissions tracking, intelligent logistics, and sustainable supply chain solutions. The partnership fosters executive-level research exchange and interdisciplinary collaboration, enabling NYCU faculty and students to tackle large-scale maritime and digital governance challenges.</div>
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Kuo-Hsien Lin, a distinguished NYCU alumnus present at the signing, emphasized that the competitiveness of the shipping industry will increasingly rely on advanced technologies, digital leadership, and sustainability expertise. He stated that the NYCU-Yang Ming collaboration supports Taiwan’s efforts to unify academic research and industry innovation, strengthening smart shipping and global competitiveness.<br />
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<strong>Expanding NYCU’s Industry-Academia Impact in AI and Sustainability</strong><br />
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NYCU is expanding partnerships across AI, semiconductors, healthcare, smart mobility, and sustainability. The Yang Ming collaboration extends interdisciplinary AI research to the maritime sector, where digital change drives competitiveness.<br />
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NYCU researchers will offer specialized knowledge in AI modeling, machine learning architectures, and data-driven decision systems, while facilitating the development of more intelligent and sustainable maritime operations.<br />
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This partnership is anticipated to create opportunities for talent development and applied research, enabling students and researchers to gain practical experience in industrial settings while advancing Taiwan’s adoption of smart, sustainable maritime practices.</div>
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- <![CDATA[NYCU Brings Gamified Precision Elderly Care to Hsinchu in New AI-Powered Healthy Aging Initiative]]>USR2026-05-20<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Brings Gamified Precision Elderly Care to Hsinchu in New AI-Powered Healthy Aging Initiative"><meta name="twitter:description" content="The NYCU team developed an AI-powered wearable motion detection system that transforms traditionally rigid, time-consuming health assessments into engaging, game-like experiences."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260520162307030.png"><meta name="NYCU Brings Gamified Precision Elderly Care to Hsinchu in New AI-Powered Healthy Aging Initiative"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Brings Gamified Precision Elderly Care to Hsinchu in New AI-Powered Healthy Aging Initiative"><meta property="og:description" content="The NYCU team developed an AI-powered wearable motion detection system that transforms traditionally rigid, time-consuming health assessments into engaging, game-like experiences."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260520162307030.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=28e42a67-2aa3-43de-8b0a-65b54a4667c7">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>The NYCU team developed an AI-powered wearable motion detection system that transforms traditionally rigid, time-consuming health assessments into engaging, game-like experiences, increasing older adults’ willingness to participate while improving data accuracy. (Photo credit: Hsinchu City Government)</em></span></span></div>
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<div class="ed_txt" style="text-align: justify;">As Taiwan rapidly transitions into a super-aged society, National Yang Ming Chiao Tung University (NYCU) is working with the Hsinchu City Government to transform preventive elderly healthcare into an engaging community experience — turning traditional health screening into AI-powered interactive games designed to support healthy aging.<br />
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The collaboration integrates the World Health Organization’s Integrated Care for Older People (iCOPE) framework into Hsinchu City’s newly launched “Silver Fitness and Wellness Stations” program, which officially began operating in May 2026. Combining artificial intelligence, sensing technologies, and community-based wellness programs, the initiative demonstrates how university research can be translated into real-world public health applications and meaningful university social responsibility (USR) impact.<br />
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<strong>Turning Health Screening Into Interactive Experiences</strong><br />
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At the center of the project is an interactive assessment system led by Kuei-Ann Wen, director of the Silicon Guide R&D Center at NYCU. The system combines motion-sensing technology, AI-driven analysis, and gamified design to reimagine how elderly health assessments are conducted in community settings.<br />
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Traditional iCOPE assessments often involve lengthy questionnaires and formal evaluation procedures that can feel stressful or intimidating for older adults, reducing participation rates and affecting data quality. To address this challenge, Wen’s research team redesigned the process into intuitive, low-pressure interactive activities that encourage seniors to participate more willingly.<br />
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The system evaluates six key domains defined under the WHO iCOPE framework: cognitive function, mobility, nutrition, vision, hearing, and psychological well-being. Rather than relying solely on manual observation, embedded sensors capture subtle movement and behavioral patterns, while AI algorithms analyze long-term functional trends to help identify early signs of decline before serious disability occurs.<br />
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According to the team, the project aims not only to advance health technology but also to create a sustainable preventive healthcare model that older adults genuinely enjoy using. “Health assessments should not feel like tests,” the team noted. “When seniors are willing to participate regularly, healthcare providers can better support early intervention and healthy aging.”</div>
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<strong>Building a New Model for Smart Preventive Healthcare</strong><br />
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The project has already been implemented across multiple community wellness stations in Hsinchu City, including two sites in the East District, two in the North District, and one in Xiangshan District. The program primarily serves residents aged 65 and above, as well as Indigenous citizens aged 55 and above. Beyond Hsinchu City, the system has already begun expanding into communities in Hsinchu County and Taipei, demonstrating the broader potential of AI-assisted preventive healthcare models for aging societies.<br />
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The project further integrates the Rabboni platform developed by Silicon Spectrum, bringing semiconductor sensing technologies and AI applications into elderly care settings. Researchers describe the collaboration as an example of how Taiwan’s strengths in semiconductors and digital innovation can be transformed into practical social impact.<br />
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The NYCU team believes the project could become one of the world’s first large-scale examples of “gamified health screening” integrated into community-based elderly care. “This is not only a breakthrough in health technology,” the researchers said. “It is also an important milestone in how Taiwan responds to the challenges of an aging society.”<br />
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<img alt="NYCU representative Kuei-Ann Wen (second from left) attends the official launch event for the “Silver Fitness and Wellness Stations” initiative on May 11." src="/userfiles/nycuen/images/20260520163530996.png" /><span style="color:#4e5f70;"><span style="font-size:90%;"><em>NYCU representative Kuei-Ann Wen (second from left) attends the official launch event for the “Silver Fitness and Wellness Stations” initiative on May 11. (Photo credit: Hsinchu City Government)</em></span></span></div>
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- <![CDATA[NYCU Study Links IVF Births to Higher Risk of Congenital Heart Disease in Children]]>Research Highlights2026-05-19<![CDATA[<!-- Twitter Card -->
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<div class="ed_txt" style="text-align: justify;">As assisted reproductive technologies become increasingly common worldwide, a new study from National Yang Ming Chiao Tung University (NYCU) suggests that children conceived through in vitro fertilization (IVF) may face a higher risk of congenital heart disease compared with those conceived naturally, with multiple gestations emerging as a key contributing factor.<br />
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The findings, published in <em>Human Reproduction</em> under the title “<u><a href="https://pubmed.ncbi.nlm.nih.gov/40839769/" title="Fertility status and risk of pediatric cardiovascular diseases: a population-based nested case-control study"><span style="color:#3498db;"><em>Fertility status and risk of pediatric cardiovascular diseases: a population-based nested case-control study</em></span></a></u>,” provide large-scale population evidence that could help inform reproductive medicine practices and future public health policies.<br />
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<strong>Nationwide Analysis of More Than 1.8 Million Parent-Child Pairs</strong><br />
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The study was led by Professor Li-Yin Chien of NYCU’s Institute of Community Health Care, College of Nursing, in collaboration with public health researchers across Taiwan. Using Taiwan’s national health databases from 2004 to 2017, the research team analyzed more than 1.8 million parent-child pairs. Children were categorized based on their parents’ fertility status into three groups: natural conception, subfertility, and IVF conception. Researchers then tracked cardiovascular disease outcomes among children from birth to age 13.<br />
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The results showed that children conceived through IVF, as well as those born to parents with subfertility, had a significantly higher risk of congenital heart disease than naturally conceived children. The findings suggest that underlying fertility-related factors themselves may also influence long-term health outcomes in offspring. By contrast, the study did not observe significant differences in the incidence of other pediatric cardiovascular diseases between the fertility groups.<br />
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<strong>Multiple Gestations Identified as a Major Factor</strong><br />
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Researchers further identified multiple gestations as a major mechanism underlying the increased risk. According to the study, more than half of the association between IVF conception and congenital heart disease could be explained by multiple gestations. The findings point to the possible indirect impact of multiple embryo transfer strategies, which are still commonly used in assisted reproductive treatments.</div>
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Based on these results, the research team supports single embryo transfer as a safer reproductive strategy to reduce potential health risks in newborns. The researchers also recommend fetal echocardiography screening for women carrying multiple gestations to enable earlier detection and intervention for congenital heart abnormalities.<br />
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<strong>Balancing Awareness Without Causing Panic</strong><br />
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Professor Chien noted that as assisted reproductive technologies continue to expand globally, the proportion of babies born through IVF is steadily increasing. She said the study’s nationwide analysis offers important evidence to help healthcare professionals and families make more comprehensive assessments during reproductive planning and prenatal care.<br />
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At the same time, she emphasized that although the relative risk was higher, the overall incidence of congenital heart disease remains relatively low, and parents should not be overly alarmed. The research team plans to continue long-term follow-up studies to better understand whether IVF conception may also influence cardiovascular health later in adulthood.<br />
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<img alt="Professor Li-Yin Chien (left) and her research team found that children conceived through IVF may face a higher risk of congenital heart disease than those conceived naturally." src="/userfiles/nycuen/images/20260519151342811.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">Professor Li-Yin Chien (left) and her research team found that children conceived through IVF may face a higher risk of congenital heart disease than those conceived naturally.</span></span></em></div>
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- <![CDATA[NYCU and Chiayi University Win Six Gold Medals in Japan for Herbal Medicine Innovation]]>Honor2026-05-14<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU and Chiayi University Win Six Gold Medals in Japan for Herbal Medicine Innovation"><meta name="twitter:description" content="An NYCU–Chiayi University team develop herbal nanovesicle technologies through smart agriculture and biomedical innovation."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260514135153979.png"><meta name="NYCU and Chiayi University Win Six Gold Medals in Japan for Herbal Medicine Innovation"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU and Chiayi University Win Six Gold Medals in Japan for Herbal Medicine Innovation"><meta property="og:description" content="An NYCU–Chiayi University team develop herbal nanovesicle technologies through smart agriculture and biomedical innovation."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260514135153979.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=93712903-d122-47a3-9df1-342ed92396d5">
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<div class="ed_pic_full"><img alt="The collaborative research between NYCU and Chiayi University, integrating smart agriculture, herbal medicine, and biomedical innovation to develop herbal nanovesicle technologies with applications in precision healthcare and regenerative medicine." src="/userfiles/nycuen/images/20260514135104287.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">The collaborative research between NYCU and Chiayi University, integrating smart agriculture, herbal medicine, and biomedical innovation to develop herbal nanovesicle technologies with applications in precision healthcare and regenerative medicine.</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">As Taiwan accelerates efforts to modernize its herbal medicine industry through science and technology, a joint research team from National Yang Ming Chiao Tung University (NYCU) and National Chiayi University has gained international recognition for combining smart agriculture, nanotechnology, and biomedical innovation.<br />
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Led by NYCU Professor Wen-Liang Chen and Chiayi University professors Cheng-Nan Chen and Ming-Ju Lin, the cross-university team developed a series of innovations based on herbal medicine-derived nanovesicles — nanoscale biomaterials extracted from medicinal plants cultivated through smart agriculture systems. The research earned six gold medals and two special awards at the 2026 40th International Innovation and Invention Competition (IIIC) in Japan, held in Tokyo on May 7–8.<br />
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<div class="ed_pic_full"><img alt="NYCU Professor Wen-Liang Chen presents the herbal medicine smart agriculture system at the exhibition venue. (Photo credit: Chiayi University)" src="/userfiles/nycuen/images/20260514135153979.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">NYCU Professor Wen-Liang Chen presents the herbal medicine smart agriculture system at the exhibition venue. (Photo credit: Chiayi University)</span></em></span><br />
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<strong>Smart Agriculture Meets Biomedical Innovation</strong><br />
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The award-winning research combined NYCU’s strengths in smart healthcare, engineering biology, and intelligent cultivation technologies with Chiayi University’s expertise in medicinal plant research, green extraction methods, and agricultural innovation.<br />
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Using locally cultivated medicinal herbs, the team successfully developed high-purity herbal nanovesicles with potential applications in elderly skin care, post-procedure recovery, regenerative medicine, and pet healthcare, highlighting the commercialization potential of Taiwan-grown herbal medicine technologies.<br />
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The achievement also reflects a broader collaboration between the two universities aimed at building a comprehensive herbal medicine ecosystem spanning cultivation, extraction, pharmacological research, and clinical application.</div>
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<strong>Building Taiwan’s Herbal Medicine Ecosystem</strong><br />
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Earlier this year, NYCU President Chi-Hung Lin led a delegation from the university’s College of Medicine to Chiayi University for academic exchanges focused on herbal medicine modernization and precision health.<br />
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Lin said NYCU’s Department of Traditional Chinese Medicine — launched in 2024 as the first such program at a national university in Taiwan — aims to cultivate a new generation of physicians trained in both traditional medicine and modern scientific methodologies, including artificial intelligence, molecular medicine, and neuroscience. “Our goal is to build a complete value chain for Taiwan’s herbal medicine industry, from smart cultivation and standardized production to clinical validation and healthcare applications,” Lin said.<br />
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Meanwhile, researchers at Chiayi University have been developing IoT-enabled cultivation systems for medicinal herbs and preservation systems for rare Taiwanese medicinal plants, while also translating their research findings into functional health products.<br />
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<strong>Expanding Industry and Research Collaboration</strong><br />
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Chiayi University President Han-Chien Lin said the partnership demonstrates Taiwan’s potential to integrate agriculture, biotechnology, and medicine amid growing global demand for natural healthcare products.<br />
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The two universities are now working to establish standardized mass-production systems for herbal nanovesicles and expand industry partnerships to accelerate commercialization and international collaboration.<br />
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<img alt="In January, NYCU President Chi-Hung Lin led a delegation from the College of Medicine to National Chiayi University for academic exchanges on traditional Chinese medicine. (Photo credit: Chiayi University)" src="/userfiles/nycuen/images/20260514135420846.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">In January, NYCU President Chi-Hung Lin led a delegation from the College of Medicine to National Chiayi University for academic exchanges on traditional Chinese medicine. (Photo credit: Chiayi University)</span></span></em></div>
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- <![CDATA[NYCU Awards Honorary Doctorate to Phison Electronics CEO Khien-Seng Pua]]>Honorary Doctorate2026-05-13<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full"><img alt="At the honorary doctorate conferment ceremony for Khien-Seng Pua on May 12, distinguished guests included former Industrial Technology Research Institute (ITRI) President Chintay Shih (fifth from right), along with prominent entrepreneurs and distinguished NYCU alumni Simon Lin (third from left) and Robert Li (far right)." src="/userfiles/nycuen/images/20260513121527062.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">At the honorary doctorate conferment ceremony for Khien-Seng Pua on May 12, distinguished guests included former Industrial Technology Research Institute (ITRI) President Chintay Shih (fifth from right), along with prominent entrepreneurs and distinguished NYCU alumni Simon Lin (third from left) and Robert Li (far right).</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU) on Monday awarded an Honorary Doctor of Engineering degree to Phison Electronics CEO and co-founder Khien-Seng Pua, the Taiwanese tech entrepreneur widely known as the “Father of the USB Flash Drive.” The honor recognizes Pua’s decades-long impact on the global semiconductor and storage industry, as well as his commitment to education, philanthropy, and talent development.<br />
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Speaking at the ceremony, Pua said Taiwan remains one of the few places in the world capable of independently developing advanced digital storage technologies — a strength he believes should continue to drive the country’s global competitiveness in the AI era.<br />
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<div class="ed_pic_full"><img alt="Khien-Seng Pua, who earned both his bachelor’s and master’s degrees from National Chiao Tung University (NCTU), said the technological foundation behind Phison’s success was built upon the education and training he received at his alma mater. “All of Phison’s R&D roots trace back to NCTU,” he said." src="/userfiles/nycuen/images/20260513121641863.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">Khien-Seng Pua, who earned both his bachelor’s and master’s degrees from National Chiao Tung University (NCTU), said the technological foundation behind Phison’s success was built upon the education and training he received at his alma mater. “All of Phison’s R&D roots trace back to NCTU,” he said.</span></em></span><br />
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<strong>From Campus Startup to Global Storage Pioneer</strong><br />
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NYCU President Chi-Hung Lin said Pua co-founded Phison in 2000 with four classmates, building the company from a small startup into one of the world’s leading NAND flash controller providers. Today, Phison’s technologies are widely used across smartphones, PCs, servers, automotive systems, and AI-driven applications.<br />
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Lin said Pua has consistently championed independent innovation and long-term investment in research and development, helping elevate Taiwan’s IC design industry onto the global stage. Under his leadership, Taiwan-developed storage technologies have expanded into enterprise computing, high-performance computing, automotive electronics, and AI infrastructure — sectors increasingly critical to the global digital economy.<br />
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The timing of the honorary doctorate also carries symbolic meaning for NYCU. Phison is now 26 years old — the same age Pua was when he launched the company — marking the journey of a once-young entrepreneur who has since become a role model for the next generation of innovators.<br />
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<strong>Giving Back to Education and Society</strong><br />
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Beyond his achievements in technology and business, Pua has remained deeply connected to his alma mater and has long supported education through philanthropy and mentorship. Among his contributions is the donation of “Phison Hall” at NYCU’s Tainan Guiren Campus, which has become an important hub for IC design, semiconductors, and AI research in southern Taiwan.<br />
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He has also regularly returned to campus to speak with students, sharing lessons from his entrepreneurial journey and insights into the semiconductor industry. NYCU also highlighted Pua’s long-standing support for disadvantaged students, overseas Chinese students, and charitable organizations, much of it carried out quietly and without publicity.<br />
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The honorary doctorate recognizes not only Pua’s technological achievements and international influence but also his sustained contributions to higher education and social impact.<br />
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Former ITRI President Chintay Shih, who also attended the ceremony, praised Pua’s entrepreneurial journey as an overseas Chinese student who built a globally influential technology company in Taiwan. Shih said Pua’s story reflects the spirit of innovation that has helped shape Taiwan’s thriving technology ecosystem and continues to inspire younger generations of entrepreneurs.<br />
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<img alt="Chi-Hung Lin (left) presents the Honorary Doctor of Engineering degree to Khien-Seng Pua during the conferment ceremony at NYCU." src="/userfiles/nycuen/images/20260513121903455.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">Chi-Hung Lin (left) presents the Honorary Doctor of Engineering degree to Khien-Seng Pua during the conferment ceremony at NYCU.</span></span></em></div>
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- <![CDATA[NYCU-Led International Study Finds Early Anti-Herpes Treatment May Reduce Dementia Risk]]>Research Highlights2026-05-11<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full"><img alt="A new international study led by NYCU found that early treatment with anti-herpes antiviral medications may help reduce the risk of dementia." src="/userfiles/nycuen/images/20260512140820768.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>A new international study led by NYCU found that early treatment with anti-herpes antiviral medications may help reduce the risk of dementia.</em></span></span></div>
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<div class="ed_txt" style="text-align: justify;">Cold sores caused by stress, recurring herpes outbreaks, and shingles — commonly known in Taiwan as “皮蛇” — are often seen as temporary but troublesome conditions. Now, a large international study led by researchers from National Yang Ming Chiao Tung University (NYCU), Far Eastern Memorial Hospital, and Yuan Ze University suggests that early treatment with anti-herpes antiviral medications may also help protect long-term brain health. The findings, published in the <em>Journal of Alzheimer’s Disease</em> under the title “<u><a href="https://journals.sagepub.com/doi/10.1177/13872877251409323" title="Anti-herpetic Treatment Reduces Dementia Risk: A Systematic Review and Meta-analysis"><span style="color:#3498db;"><em>Anti-herpetic Treatment Reduces Dementia Risk: A Systematic Review and Meta-analysis</em></span></a></u>,” provide new evidence supporting a link between chronic viral infection and dementia risk.<br />
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<strong>Growing Evidence Behind the “Infection Hypothesis”</strong><br />
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According to the World Alzheimer Report, the global dementia population is projected to exceed 130 million by 2050. Increasingly, researchers have turned their attention to the so-called “infection hypothesis,” which suggests that chronic viral infections may contribute to the development of neurodegenerative diseases.<br />
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Human herpes viruses are among the most widespread latent viruses worldwide. These include herpes simplex viruses (HSV-1 and HSV-2), which commonly cause cold sores, and varicella-zoster virus (VZV), which causes shingles. Once infected, the viruses remain dormant in the nervous system for life and may reactivate during periods of stress or weakened immunity.<br />
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Previous studies have detected HSV-1 DNA within amyloid plaques found in the brains of Alzheimer’s patients, raising concerns that chronic viral infection and immune responses may accelerate brain inflammation, amyloid accumulation, and neuronal damage — all of which are linked to dementia progression.<br />
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<strong>Cross-National Analysis of More Than 10 Million Older Adults</strong><br />
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The study was led by Yi-Fang Chuang, together with medical student Syuan-Ting Chang and an interdisciplinary research team. Drawing on large-scale healthcare databases from Taiwan, the United States, the United Kingdom, and six additional countries, the researchers analyzed medical records from more than 10.36 million adults aged 50 and older to examine the association between antiviral medications for herpes and dementia risk.</div>
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The team found that individuals who had received antiviral treatment showed an overall reduction in dementia risk of approximately 10%. Among patients with clinically confirmed herpes virus infections and more pronounced symptoms, early antiviral intervention was associated with a risk reduction of up to 23%.<br />
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Researchers believe repeated herpes virus reactivation may continuously trigger neuroinflammatory responses, gradually damaging brain function over time and acting as a hidden contributor to dementia development. By suppressing viral activity during the early stages of infection, antiviral medications may help reduce neurological damage and provide a potential protective effect against dementia.<br />
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<strong>Toward Future Dementia Prevention Strategies</strong><br />
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Although the study is observational, the consistency of the findings across multiple countries provides strong real-world evidence for a link between viral infection and dementia risk.<br />
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The research team hopes that future clinical trials will further evaluate whether combining antiviral therapies, vaccination strategies, and high-risk screening programs could form a more comprehensive dementia prevention framework.<br />
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<img alt="Yi-Fang Chuang (left), professor in NYCU’s Master’s Program in Public Health, and medical student Syuan-Ting Chang pose for a photo following the research collaboration." src="/userfiles/nycuen/images/20260512141130524.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">Yi-Fang Chuang (left), professor in NYCU’s Master’s Program in Public Health, and medical student Syuan-Ting Chang pose for a photo following the research collaboration.</span></span></em></div>
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- <![CDATA[NYCU and Purdue Launch Global Semiconductor Academy to Advance AI and Chip Talent Development]]>College Features2026-05-07<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU and Purdue Launch Global Semiconductor Academy to Advance AI and Chip Talent Development"><meta name="twitter:description" content="Two-hour modular courses help learners build semiconductor industry skills at their own pace."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260507111120648.png"><meta name="NYCU and Purdue Launch Global Semiconductor Academy to Advance AI and Chip Talent Development"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU and Purdue Launch Global Semiconductor Academy to Advance AI and Chip Talent Development"><meta property="og:description" content="Two-hour modular courses help learners build semiconductor industry skills at their own pace."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260507111120648.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=72cf0f7b-349b-4a38-a9d1-c74fd5dc5f01">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>To learn more about the Semiconductor Academy, visit </em></span></span><span style="font-size:90%;"><em><u><a href="https://www.purdue.edu/online/semiconductor-academy/" title="the program webpage"><span style="color:#3498db;">the program webpage</span></a></u></em></span><span style="color:#4e5f70;"><span style="font-size:90%;"><em>.</em></span></span></div>
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<div class="ed_txt" style="text-align: justify;">As the global semiconductor race accelerates in the AI era, National Yang Ming Chiao Tung University (NYCU) and Purdue University have jointly launched the Semiconductor Academy, a new online professional education initiative designed to cultivate next-generation semiconductor talent and expand access to industry-focused learning worldwide.<br />
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The collaboration brings together two institutions located at the heart of critical semiconductor ecosystems — Taiwan, home to the world’s most advanced chip manufacturing industry, and the United States, a global leader in semiconductor research, design, and innovation. Developed jointly by NYCU and Purdue, the Semiconductor Academy will offer flexible online courses covering key areas across the semiconductor supply chain, including chip design for AI, semiconductor materials and devices, advanced packaging, reliability, IC design, EDA, and semiconductor industry management.<br />
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The program is designed for working professionals, engineers, and learners seeking to deepen their expertise or enter the rapidly evolving semiconductor field. Courses will be delivered online in a modular, stackable format, allowing learners to tailor their studies to their professional goals and industry needs.<br />
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<strong>Bringing Taiwan’s Semiconductor Expertise to a Global Classroom</strong><br />
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As one of Taiwan’s leading universities in electrical engineering, computer science, photonics, AI, and semiconductor research, NYCU has long played a central role in nurturing talent for Taiwan’s semiconductor industry and the Hsinchu Science Park ecosystem.<br />
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Through the Semiconductor Academy, NYCU faculty will contribute academic expertise and real-world industry perspectives drawn from Taiwan’s globally influential semiconductor ecosystem, offering international learners a unique window into the technologies and manufacturing practices shaping the future of chips and AI computing.<br />
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Demonstrating NYCU’s strong contribution to the initiative, 18 of the academy’s initial 21 online courses were developed by NYCU faculty, while Purdue contributed three courses. The curriculum reflects NYCU’s deep expertise across semiconductor research, engineering education, and industry collaboration, further reinforcing Taiwan’s critical role in the global semiconductor supply chain.<br />
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“Semiconductor innovation requires a deep understanding of the entire technology stack,” said Mark Lundstrom, Don and Carol Scifres Distinguished Professor of Electrical and Computer Engineering at Purdue University. “By bringing together the strengths of both Purdue and NYCU, the Semiconductor Academy provides learners with a rigorous, globally informed perspective on the technologies shaping the future of the industry.” The collaboration also reflects NYCU’s broader internationalization strategy and its commitment to strengthening global partnerships in semiconductors, AI, and emerging technologies.</div>
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<strong>Flexible Learning for a Rapidly Growing Industry</strong><br />
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According to Purdue, the Semiconductor Academy is part of a broader expansion of semiconductor professional education aimed at addressing rising workforce demands across the global chip industry. Each course in the academy will feature approximately 2 hours of focused learning content and be accessible through flexible online formats. The academy will also be featured on SEMI University (SEMI U), a global digital learning platform serving semiconductor professionals and organizations worldwide.<br />
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Topics planned for the initial course offerings include:</div>
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<li class="ed_pic_full">Chip Design for AI</li>
<li class="ed_pic_full">Packaging, Reliability and Characterization</li>
<li class="ed_pic_full">IC Design, EDA and Analog</li>
<li class="ed_pic_full">Semiconductor Materials and Devices</li>
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<div class="ed_pic_full">Additional semiconductor professional education courses developed by Purdue are expected to launch in summer 2026, including transistor fundamentals, nanolithography, RF design, and data analysis for semiconductor applications. The launch ceremony for the Semiconductor Academy was held via livestream between Purdue and NYCU, underscoring the growing importance of international collaboration in building the future semiconductor workforce.<br />
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<img alt="Covering topics from chip design and semiconductor materials to packaging and supply chain management, the Semiconductor Academy’s two-hour modular courses allow learners to build industry-relevant skills at their own pace." src="/userfiles/nycuen/images/20260507111528167.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">Covering topics from chip design and semiconductor materials to packaging and supply chain management, the Semiconductor Academy’s two-hour modular courses allow learners to build industry-relevant skills at their own pace.</span></span></em></div>
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- <![CDATA[Matsu’s “Blue Tears” Inspire NYCU Breakthrough in Next-Generation Luminescent Materials]]>Research Highlights2026-05-06<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="Matsu’s “Blue Tears” Inspire NYCU Breakthrough in Next-Generation Luminescent Materials"><meta name="twitter:description" content="The silicone material emits blue fluorescence under compression or stretching, with potential applications in displays, biomedical sensors, and wearable devices."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260506115402659.png"><meta name="Matsu’s “Blue Tears” Inspire NYCU Breakthrough in Next-Generation Luminescent Materials"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="Matsu’s “Blue Tears” Inspire NYCU Breakthrough in Next-Generation Luminescent Materials"><meta property="og:description" content="The silicone material emits blue fluorescence under compression or stretching, with potential applications in displays, biomedical sensors, and wearable devices."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260506115402659.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=b1793d31-1aa1-48ce-af3e-d4cf6a608a95">
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<div class="ed_pic_full" style="text-align: center;"><em><span style="font-size:90%;">The silicone material was found to emit blue fluorescence under compression or stretching, showing potential future applications in optoelectronic displays, biomedical imaging sensors, and wearable devices.</span></em></div>
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<div class="ed_txt" style="text-align: justify;">The glowing blue waves known as the “Blue Tears” of the Matsu Islands attract thousands of visitors each year, turning Taiwan’s offshore coastline into a dreamlike sea of light. Now, the natural phenomenon has inspired researchers at National Yang Ming Chiao Tung University (NYCU) to develop a new class of non-toxic, heavy-metal-free luminescent materials that could pave the way for future display, sensing, and wearable technologies.<br />
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The study was led by Associate Professor Ming-Chia Li from NYCU’s Department of Biological Science and Technology. Inspired by the mysterious blue glow produced by marine microorganisms, Li’s team discovered a soft, transparent silicone material capable of emitting blue fluorescence when stretched or compressed. The findings were published in the international journal <em>JACS Au</em> as part of a collaborative study between NYCU and Associate Professor Tomoyasu Hirai’s research team at Osaka Institute of Technology in Japan.<br />
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<div class="ed_pic_full"><img alt="Associate Professor Ming-Chia Li demonstrates the luminescent silicone material in his laboratory at NYCU." src="/userfiles/nycuen/images/20260506115513843.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">Associate Professor Ming-Chia Li demonstrates the luminescent silicone material in his laboratory at NYCU.</span></em></span><br />
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<strong>A Serendipitous Discovery Inspired by Nature</strong><br />
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The breakthrough emerged unexpectedly during laboratory testing. While experimenting with newly developed silicone-based materials, graduate students in Li’s lab noticed that the flexible material began emitting light under mechanical stress. The phenomenon immediately reminded the researchers of Matsu’s iconic Blue Tears — a natural bioluminescent display created when microscopic marine organisms emit light after being disturbed by ocean waves.<br />
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Unlike traditional luminescent materials, the silicone itself does not inherently glow. Instead, fluorescence is generated when specific molecules within the material come into closer proximity, forming clustered structures.</div>
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Li’s team compared the process to dancers gathering on a ballroom floor. As the molecules gradually approach one another, they rotate and move in coordinated patterns like a waltz, allowing light to emerge and travel through the material. Researchers say the mechanism represents an entirely new strategy for producing light, opening the door to flexible, environmentally friendly optical materials.<br />
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<strong>Toward Glasses-Free 3D Displays and Wearable Devices</strong><br />
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One of the material’s most significant features is its ability to generate circularly polarized light (CPL), a key technology widely regarded as critical for next-generation 3D imaging and advanced display systems. The research team said the soft, stretchable material could eventually be applied to optoelectronic displays, biomedical imaging sensors, and wearable electronics.<br />
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Current 3D display systems typically rely on external glasses to create depth perception. CPL-based materials, however, can emit rotating light directly, potentially enabling more natural and immersive three-dimensional visuals without additional viewing equipment. Researchers also noted that the technology could help reduce energy consumption while enabling future electronic devices to become thinner, lighter, and more flexible.<br />
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The study highlights Taiwan’s growing capabilities in advanced polymer and optical materials research while pointing toward new possibilities for sustainable display technologies and next-generation biosensing applications.<br />
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<img alt="Associate Professor Ming-Chia Li and members of his research team at NYCU. The study was conducted in collaboration with researchers from Osaka Institute of Technology in Japan." src="/userfiles/nycuen/images/20260506115649374.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">Associate Professor Ming-Chia Li and members of his research team at NYCU. The study was conducted in collaboration with researchers from Osaka Institute of Technology in Japan.</span></span></em></div>
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- <![CDATA[NYCU Partners with Kneron to Advance Edge AI Education and Real-World Deployment]]>Industry Cooperation2026-05-01<![CDATA[<!-- Twitter Card -->
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<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU) announced April 30 that it has received a donation of three high-performance KNEO 300 AI systems from Kneron, marking a new step in strengthening education and research in generative artificial intelligence, large language models (LLMs), and edge computing.<br />
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The collaboration aims to narrow the gap between AI model development and real-world deployment, enabling students and researchers to move beyond cloud-based training toward system integration and on-device implementation.<br />
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<div class="ed_pic_full"><img alt="NYCU Senior Vice President Jenn-Hwan Tarng (left) presents a certificate of appreciation to Albert Liu, founder and CEO of Kneron." src="/userfiles/nycuen/images/20260504160059399.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">NYCU Senior Vice President Jenn-Hwan Tarng (left) presents a certificate of appreciation to Albert Liu, founder and CEO of Kneron.</span></em></span><br />
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<strong>Extending AI Learning into Deployment</strong><br />
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With the new equipment in place, NYCU will expand its AI curriculum to include hands-on training in LLM inference and optimization, generative AI application development, and key techniques such as model quantization and knowledge distillation. Students will also be able to deploy models directly onto edge devices, testing real-time performance in practical scenarios.<br />
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NYCU Senior Vice President Jenn-Hwan Tarng said the evolution of artificial intelligence is shifting beyond a singular focus on computing power toward system architectures that balance energy efficiency, latency, and deployment flexibility. For universities, he added, the priority is not only access to high-performance computing, but also infrastructure that supports next-generation AI applications.<br />
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“The introduction of a low-power, edge-deployable AI platform represents a critical step toward a cloud-edge collaborative architecture,” Tarng said.<br />
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<strong>Industry Focus Turns to Efficiency and Deployment</strong><br />
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Albert Liu, founder and CEO of Kneron, said the rapid rise of generative AI and large models is reshaping industry demand—shifting attention from sheer computing scale to efficiency, energy consumption, and deployability.<br />
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“AI will no longer exist only in the cloud,” Liu said. “It will increasingly move into edge devices and real-world environments. The KNEO 300 is designed to support large language models and generative AI workloads at significantly lower power consumption than traditional GPUs, while providing a practical platform for deployment.”<br />
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<strong>Expanding Access to Smart Agriculture Tools</strong><br />
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Wei-Cheng Chou, founder and CEO of Innovedus, emphasized that as AI technologies mature, competitive advantage is shifting from algorithms to talent capable of rapid real-world implementation. He noted that gaps remain between training and deployment—particularly in edge AI—highlighting the importance of industry–academia collaboration.<br />
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Innovedus, a strategic partner backed by Kneron, plans to work with NYCU’s Department of Electrical and Computer Engineering to launch an AI workshop for incoming students, accelerating the development of application-oriented AI talent. The initiative will focus on AIoT applications powered by Kneron’s neural processing units (NPUs).<br />
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<strong>Advancing Cross-Disciplinary AI Capability</strong><br />
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Kai-Ten Feng, chair of NYCU’s Department of Electrical and Computer Engineering, said the systems will be integrated into courses such as Introduction to Artificial Intelligence, Large Language Models, and Generative AI. Students will gain hands-on experience in model optimization and deployment, cultivating cross-disciplinary expertise spanning both software and hardware.<br />
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For research teams, the platform will also support validation of emerging technologies—including generative AI, personalized models, and embodied AI—across key metrics such as inference efficiency, energy consumption, and deployment cost. The infrastructure is expected to play a pivotal role in translating theoretical research into real-world applications.<br />
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As generative AI moves from centralized cloud systems to distributed edge devices, the partnership is seen as a strategic step for academia to strengthen its capacity for real-world AI deployment and to better align with evolving industry needs.<br />
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<img alt="Kneron donates three KNEO 300 high-performance AI systems to NYCU to support AI education." src="/userfiles/nycuen/images/20260504160301050.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">Kneron donates three KNEO 300 high-performance AI systems to NYCU to support AI education.</span></span></em></div>
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- <![CDATA[NYCU Team Wins Taiwan Title at Red Bull Basement, Heads to Silicon Valley for Global Finals]]>Honor2026-04-29<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">(Photo credit: Red Bull)</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">As artificial intelligence continues to move beyond cloud infrastructure into real-world applications, National Yang Ming Chiao Tung University (NYCU) is once again demonstrating its strength at the intersection of healthcare and information and communication technology (ICT).<br />
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At the 2026 Taiwan finals of the global innovation competition Red Bull Basement, a team from NYCU emerged as the national champion. The team, named “EYEFLOW,” was formed by faculty and students from NYCU’s School of Medicine and stood out among competitors spanning fields such as aviation safety and smart agriculture.<br />
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Their winning solution—an AI-powered remote home vision testing system—addresses critical pain points faced by frontline clinical staff, earning top honors in Taiwan. EYEFLOW will now represent the country at the global finals in Silicon Valley, where they will compete against leading startups from around the world for a $100,000 investment prize.<br />
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<strong>Delivering AI Solutions for Clinical Challenges</strong><br />
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Unlike many early-stage concepts, EYEFLOW’s innovation is rooted in real clinical experience. The team is led by Dr. Kao-Jung Chang, a resident physician and assistant professor in computer science, alongside medical student Chia-Hsin Lu, who brings a strong interest in business development.<br />
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Their idea was inspired by firsthand observations in hospitals, where nursing staff are required to perform large volumes of repetitive diagnostic tasks daily. This not only contributes to staff fatigue but also consumes valuable time that could otherwise be dedicated to patient care.<br />
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To address this issue, EYEFLOW developed a remote, home-based vision-testing platform that integrates AI analysis with clinical decision support. The system transforms traditional low-frequency outpatient follow-ups into high-frequency home monitoring.<br />
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By combining image recognition with a retrieval-augmented generation (RAG) system, the platform can assist in generating portions of clinical reports, accelerate consultation workflows, and stratify patients by risk level. The team estimates that the solution could reduce unnecessary hospital visits by more than 30%.</div>
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<strong>Backed by Industry Mentors and Tech Giants</strong><br />
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Following their win, EYEFLOW will receive mentorship and resources from leading industry partners, including Plug and Play Taiwan and Microsoft. The team will also be supported with high-performance AI laptops from Advanced Micro Devices (AMD) and access to Microsoft Azure cloud services. These resources will be used to refine their minimum viable product (MVP) ahead of the global finals in Silicon Valley.<br />
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Chang noted that healthcare is a universal challenge, and the United States represents the world’s largest healthcare market. He expressed hope that EYEFLOW can leverage NYCU’s interdisciplinary strengths to demonstrate Taiwan’s capabilities in applying AI to healthcare on a global stage.<br />
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With its blend of medical expertise and engineering innovation, NYCU continues to position itself at the forefront of translating academic research into real-world impact—now taking that vision to Silicon Valley.<br />
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<img alt="The EYEFLOW team emerged as the winner among nine outstanding teams in Taiwan and will represent the country at the global finals in Silicon Valley. (Photo credit: Red Bull)" src="/userfiles/nycuen/images/20260429135448541.jpg" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">The EYEFLOW team emerged as the winner among nine outstanding teams in Taiwan and will represent the country at the global finals in Silicon Valley. (Photo credit: Red Bull)</span></span></em></div>
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- <![CDATA[NYCU and Changhua County Launch Smart Agriculture App to Help Farmers Monitor Crops with AI]]>USR2026-04-28<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU and Changhua County Launch Smart Agriculture App to Help Farmers Monitor Crops with AI"><meta name="twitter:description" content="NYCU and Changhua County launched a Smart Cloud App to help farmers make data-driven decisions."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260428170502132.jpeg"><meta name="NYCU and Changhua County Launch Smart Agriculture App to Help Farmers Monitor Crops with AI"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU and Changhua County Launch Smart Agriculture App to Help Farmers Monitor Crops with AI"><meta property="og:description" content="NYCU and Changhua County launched a Smart Cloud App to help farmers make data-driven decisions."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260428170502132.jpeg"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=514a3b3c-2718-4040-b4b4-5d0ac38233be">
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<div class="ed_pic_full"><img alt="Changhua County Magistrate Hui-Mei Wang (center), NYCU President Chi-Hung Lin (fourth from left), and Wen-Liang Chen (third from left), Director of the Quanta–NYCU Joint AI Research Center, unveil the “Changhua Smart Cloud App” in Xizhou on April 27. (Photo credit: Changhua County Government)" src="/userfiles/nycuen/images/20260428170406410.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">Changhua County Magistrate Hui-Mei Wang (center), NYCU President Chi-Hung Lin (fourth from left), and Wen-Liang Chen (third from left), Director of the Quanta–NYCU Joint AI Research Center, unveil the “Changhua Smart Cloud App” in Xizhou on April 27. (Photo credit: Changhua County Government)</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">As rural communities face the dual challenges of an aging farming population and intensifying climate change, National Yang Ming Chiao Tung University (NYCU), in collaboration with the Changhua County Government, has unveiled the “<strong>Changhua Smart Cloud App</strong>,” a mobile platform designed to help farmers monitor crop conditions and manage agricultural practices in real time. The system was officially introduced on April 27 at a smart agriculture demonstration site in Xizhou Township.<br />
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Developed through a joint effort between NYCU and local authorities, the app integrates big data analytics with Internet of Things (IoT) technologies. Sensors deployed across multiple townships collect environmental data, enabling farmers to access up-to-date information on field conditions through their smartphones. As part of its University Social Responsibility (USR) commitment, NYCU has also donated 10 sets of environmental monitoring equipment to the Changhua County Government, translating research findings into practical tools that directly support local farming communities.<br />
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<div class="ed_pic_full"><img alt="Representatives from the Changhua County Government and the NYCU research team observe the on-site application of the Smart Cloud system in the field. (Photo credit: Changhua County Goverment )" src="/userfiles/nycuen/images/20260428170502132.jpeg" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">Representatives from the Changhua County Government and the NYCU research team observe the on-site application of the Smart Cloud system. (Photo credit: Changhua County Government)</span></em></span><br />
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<strong>Turning Farming Experience into Data-Driven Insights</strong><br />
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At the core of the platform is a knowledge system built from the expertise of 20 award-winning local farmers specializing in guava and grape cultivation. Their practices—ranging from irrigation and fertilization to climate adaptation—have been translated into data models that provide actionable guidance across different crop growth stages.<br />
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NYCU President Chi-Hung Lin said the system allows agricultural strategies to be adjusted based on Taiwan’s seasonal and environmental variations, and offers potential applications in post-disaster assessment.<br />
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<strong>Real-Time Monitoring and Alerts Enhance Farm Management</strong><br />
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The app tracks 14 environmental indicators, including temperature, humidity, soil pH, and nutrient levels. Data is transmitted via IoT devices, allowing continuous monitoring. When abnormal conditions are detected, the system sends automated alerts, helping farmers respond quickly and reduce potential losses.</div>
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For many users, the shift has reduced the need for frequent on-site inspections. Tseng Hung-Chen, a young farmer in Xizhou, said the app enables more precise adjustments to fertilization and drainage, improving both yield and crop quality.<br />
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<strong>Expanding Access to Smart Agriculture Tools</strong><br />
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The Changhua Smart Cloud App is available for free download and supports a wide range of mobile devices. Even farmers without installed sensors can access regional environmental data through the platform, broadening its usability.<br />
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The system also partners with local farmers’ associations to offer soil testing services through a “Soil Health Passport,” enabling users to make data-informed decisions on fertilization and land management.<br />
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Changhua County Magistrate Hui-Mei Wang noted that integrating technology into agriculture not only enhances productivity but also supports long-term land sustainability, creating new opportunities for younger generations to enter the sector.<br />
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<strong>Scaling from Pilot Sites to Countywide Deployment</strong><br />
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Currently, the system has been implemented in several townships, supporting guava production in Xizhou and Shetou, and grape cultivation in Xihu and Dacun. Plans are underway to expand its application to other crops, including dragon fruit and muskmelon, with a broader goal of establishing a “Smart Cloud” system in every township.<br />
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Over the past two years, the Changhua County Government has partnered with NYCU to install monitoring infrastructure across four townships, utilizing the IoTtalk platform to ensure stable data transmission. The research team continues to refine the system to adapt to diverse crops and environmental conditions.<br />
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From field monitoring and knowledge digitization to decision support, the initiative reflects how academic research can be translated into practical tools—bringing tangible benefits to agricultural communities and advancing NYCU’s long-term commitment to social responsibility.<br />
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<img alt="Professor Wen-Liang Chen (left) demonstrates how the Smart Cloud App enables real-time monitoring of field temperature and humidity, as shown on the display." src="/userfiles/nycuen/images/20260428170704635.jpeg" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">Professor Wen-Liang Chen (left) demonstrates how the Smart Cloud App enables real-time monitoring of field temperature and humidity, as shown on the display. (Photo credit: Changhua County Government)</span></span></em></div>
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- <![CDATA[NYCU’s Multinational Research Team Discovers New Weapons to Demolish Tumor “Illegal Structures”]]>Feature Story2026-04-26<![CDATA[<div class="ed_model08 clearfix">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">Researchers from NYCU, Academia Sinica, and France’s Institut Curie identify the TTBK2/HUWE1 regulatory pathway. This breakthrough, published in Cell Death & Differentiation, offers a new roadmap for treating pediatric brain cancer with significantly fewer side effects.</span></em></span></div>
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<div class="ed_txt"><strong>By <u><a href="https://elite.nycu.edu.tw/2026/04/01/nycus-multinational-research-team-discovers-new-weapons-to-demolish-tumor-illegal-structures/" rel="noreferrer noopener" target="_blank" title="NYCU ELITE(Open New Windows)">NYCU ELITE</a></u></strong><br />
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<div class="ed_txt" style="text-align: justify;">In its early stages, “medulloblastoma” typically presents no obvious symptoms. As the tumor gradually grows, it obstructs cerebrospinal fluid flow, causing young children to experience vomiting and fainting due to elevated intracranial pressure. Often diagnosed only after emergency hospital admission, medulloblastoma is a notorious killer in pediatric wards. This malignant brain tumor that is prevalent in children, often requires emergency surgery to remove the tumor and save the pediatric patient’s life. However, subsequent treatment involving multiple courses of radiation therapy and chemotherapy to eliminate residual cancer cells frequently leads to severe sequelae such as cognitive impairment, motor function damage, and secondary cancers.<br />
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Finally, a decade-long multinational research collaboration between National Yang Ming Chiao Tung University, Academia Sinica, and Institut Curie in France has unraveled the regulatory mechanisms behind the abnormal proliferation of medulloblastoma cancer cells. This breakthrough offers a novel pathway for developing targeted therapies with reduced side effects, and it is expected to decrease the frequency and dosage of radiation therapy and chemotherapy for pediatric patients while significantly improving their prognosis and quality of life. This major research breakthrough has been published in the prestigious international journal <em>Cell Death & Differentiation</em>.<br />
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<strong>Root Out the Cause and Halt Tumor Proliferation at Its Root</strong><br />
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During cerebellar development, neural stem cells first generate a small cluster of “granule neuron progenitors”. These progenitors continuously divide and proliferate after receiving growth signals through their “primary cilia” structures. When granule neuron progenitors retract their primary cilia, they cease division and prepare to differentiate into mature neurons. The research team has discovered for the first time that the proteins TTBK2 and HUWE1 play critically important roles in the process of primary cilia retraction.<br />
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Professor Won-Jing Wang at NYCU Institute of Biochemistry and Molecular Biology described: “TTBK2 is like the ‘building permit’ for primary cilia growth. Once TTBK2 reaches the centrosome of the progenitor, it begins constructing cilia, receiving growth signals, and then proceeds with division and proliferation. When the progenitor prepares to differentiate into a mature neuron, HUWE1 is responsible for degrading TTBK2. Once the ‘building permit’ is revoked, the primary cilia retract. The progenitor stops dividing and starts to differentiate.”<br />
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<div class="ed_pic_full"><img alt="Professor Won-Jing Wang at NYCU describes the protein TTBK2 as a crucial driver for tumor growth. Her team’s discovery of how TTBK2 and HUWE1 regulate cellular antennas offers a groundbreaking strategy to halt medulloblastoma at its root, transitioning cells from dangerous division to healthy maturation." src="/userfiles/nycuen/images/20260429220718174.png" /><br />
<em><span style="color:#4e5f70;"><span style="font-size:90%;">Professor Won-Jing Wang at NYCU describes the protein TTBK2 as a crucial driver for tumor growth. Her team’s discovery of how TTBK2 and HUWE1 regulate cellular antennas offers a groundbreaking strategy to halt medulloblastoma at its root, transitioning cells from dangerous division to healthy maturation.</span></span></em><br />
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“However, in SHH-type medulloblastoma, this delicate dynamic equilibrium is disrupted!” Professor Jin-Wu Tsai at NYCU Institute of Brain Science indicates: “TTBK2 in cancer cells cannot be normally degraded. Primary cilia fail to retract and continuously receive growth signals, ultimately causing progenitors to become abnormally activated and uncontrollably proliferated, forming malignant tumors akin to ‘illegal structures’.”<br />
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After confirming TTBK2 as a key therapeutic target, the team is actively developing strategies to inhibit TTBK2. One approach involves developing small-molecule RNA drugs that interfere with TTBK2 mRNA, directly blocking TTBK2 production. Another approach focuses on preventing TTBK2 from reaching the centrosome. A major advantage of such targeted therapies lies in their “specificity”: mature cerebellar neurons typically lack primary cilia, so inhibiting TTBK2 affects only aberrantly proliferating tumor cells, significantly reducing side effects on normal brain tissue.<br />
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<strong>A Decade of Dedication to Mastery to Decode the Black Box of Cancer</strong><br />
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This groundbreaking achievement did not happen overnight, but rather took root in a Taiwan-France collaborative research project that began in 2013. At that time, Olivier Ayrault, a cancer specialist from Institut Curie in France, visited Taiwan seeking partners for joint research on the molecular mechanisms underlying the formation of cerebellar medulloblastoma. Jin-Wu Tsai recalls: “NYCU Brain Science Laboratory has long focused on studying brain structure and developmental processes. Medulloblastoma is intrinsically linked to cerebellar development, making the collaboration a perfect fit.” Subsequently, Professor Won-Jing Wang, whose expertise lies in cell biology, biochemistry, and research on centrosomes and primary cilia, joined the team, completing the final piece of the puzzle in understanding the microscopic mechanisms.<br />
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<img alt="Professor Jin-Wu Tsai recalls the 2013 origins of the Taiwan-France collaboration that led to this breakthrough. By merging NYCU’s expertise in brain development with Institut Curie’s oncology research, the multinational team has successfully decoded the microscopic mechanisms of SHH-typemedulloblastoma." src="/userfiles/nycuen/images/20260429220934834.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">Professor Jin-Wu Tsai recalls the 2013 origins of the Taiwan-France collaboration that led to this breakthrough. By merging NYCU’s expertise in brain development with Institut Curie’s oncology research, the multinational team has successfully decoded the microscopic mechanisms of SHH-typemedulloblastoma.</span></em></span></div>
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This research truly brought together masters from various fields, each showcasing their unique expertise. Institut Curie is already a hallowed institution in tumor research, while the NYCU team possesses the “cerebellar electroporation” technique—a capability found in only a handful of laboratories worldwide. This technology enables precise gene transfer into the mouse cerebellum, allowing observation of how specific genes influence tumor growth. Moreover, NYCU’s cutting-edge neuroimaging technology allows researchers to clearly visualize minute cellular changes. Academician Bon-chu Chung of Academia Sinica further validated the findings using zebrafish models, confirming that this regulatory mechanism exhibits high evolutionary conservation—from fish to mammals.<br />
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<img alt="By combining rare cerebellar electroporation with cutting-edge neuroimaging, researchers are finally “seeing all sides of the black box.” This interdisciplinary approach bridges the gap between microscopic cell biology and clinical oncology to reveal the hidden drivers of pediatric brain tumors." src="/userfiles/nycuen/images/20260429221127834.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">By combining rare cerebellar electroporation with cutting-edge neuroimaging, researchers are finally “seeing all sides of the black box.” This interdisciplinary approach bridges the gap between microscopic cell biology and clinical oncology to reveal the hidden drivers of pediatric brain tumors.</span></em></span><br />
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“This is the power of interdisciplinary collaboration.” Won-Jing Wang emphasized: “It’s like observing a black box—a single discipline can only see one side. By combining neuroscience’s macro perspective, cell biology’s micro mechanisms, and clinical oncology’s pathological analysis, we can piece together the full picture of pathogenesis.” Jin-Wu Tsai added with deep resonance that as communication technology advances, it has made cross-border, interdisciplinary collaboration both more vital and accessible. Jin-Wu Tsai said: “This collaboration model sparks cutting-edge research breakthroughs, thereby infinitely expanding the frontiers of research.<br />
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In addition to the long-standing collaboration with Institut Curie in France, Professor Jin-Wu Tsai is currently engaged in multinational research with a Belgian team. His recent findings on brain development and genetic mutations are set to be published in Nature Communications. These frequent and in-depth international connections fully demonstrate that NYCU’s research capabilities in the field of brain science have earned high recognition from the global academic community.<br />
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<strong>See the Bigger Picture through Small Details and Explore New Frontiers in Brain Science</strong><br />
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In the past, scientists believed primary cilia were vestigial structures akin to the appendix, mere remnants of evolutionary processes. Today, they have been proven to be crucial hubs for progenitors to receive growth signals. The multinational research team led by Professors Won-Jing Wang and Jin-Wu Tsai has not only revealed the dual role of primary cilia in cerebellar development and tumorigenesis but also demonstrated the profound strength of NYCU in basic science and translational medicine. Their work offers new hope for life for pediatric patients lying on sickbeds.<br />
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However, the research team’s exploration does not stop here. Won-Jing Wang pointed out that recent academic findings suggest primary cilia appear to be highly correlated with drug resistance and malignancy in various cancers: “We have observed cilia with unusual shapes and varying lengths in certain highly malignant tumors or drug-resistant cancer cells. This may be the next field worthy of attention and investment in research.”<br />
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<div class="ed_pic_full">Additionally, the team’s research scope has expanded from “cell proliferation” to encompass “neurodegeneration” and “developmental abnormalities”. Jin-Wu Tsai said that mutations in the TTBK2 gene are known to be associated with cerebellar ataxia type 11. Meanwhile, mutations in centrosome proteins frequently cause brain developmental abnormalities, such as lissencephaly—a condition characterized by the absence of folds on the brain’s surface. Therefore, this collaborative effort will further investigate how these microscopic organelles influence the macroscopic structure and function of the brain, unraveling more unsolved mysteries in the field of brain science.<br />
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<img alt="The discovery of the primary cilia’s dual role in development and tumorigenesis marks a new era in brain science. This collaborative effort continues to explore the microscopic drivers of conditions like lissencephaly and cerebellar ataxia, seeking to solve the most complex puzzles of the human brain." src="/userfiles/nycuen/images/20260429222006722.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">The discovery of the primary cilia’s dual role in development and tumorigenesis marks a new era in brain science. This collaborative effort continues to explore the microscopic drivers of conditions like lissencephaly and cerebellar ataxia, seeking to solve the most complex puzzles of the human brain.</span></em></span></div>
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- <![CDATA[NYCU Study Finds Belly Fat May Signal Hidden Heart Failure Risk—Even at Normal Weight]]>Research Highlights2026-04-23<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full"><img alt="An NYCU study finds that visceral fat may drive systemic inflammation, accounting for approximately 25% to 33% of the increased risk of heart failure over time." src="/userfiles/nycuen/images/20260422213755971.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">An NYCU study finds that visceral fat may drive systemic inflammation, accounting for approximately 25% to 33% of the increased risk of heart failure over time.</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">A research team led by Professor Hao-Min Cheng of the College of Medicine at National Yang Ming Chiao Tung University (NYCU) has found that where fat is stored in the body—rather than how much a person weighs—may be a critical predictor of heart failure risk. The findings show that abdominal fat can significantly increase the likelihood of developing heart failure, even among individuals with a normal body mass index (BMI). The study was presented at the <em>American Heart Association EPI|Lifestyle Scientific Sessions 2026</em> in Boston.<br />
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<strong>Waist Size Outperforms BMI in Predicting Heart Failure Risk</strong><br />
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The study analyzed data from the <em>Jackson Heart Study</em>—one of the largest long-term cohort studies of cardiovascular health among African American populations in the United States—covering 1,998 adult participants. The findings showed that abdominal fat was more strongly associated with heart failure risk than overall body weight. Individuals with larger waist circumferences or higher waist-to-height ratios faced increased risk—even when their BMI remained within a healthy range.<br />
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“These findings suggest that BMI alone may not be enough to identify individuals at risk,” said Szu-Han Chen, lead author of the study and a medical student at NYCU. “Monitoring waist size may provide a more sensitive and accessible way to detect hidden cardiovascular risk early.”<br />
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<strong>Inflammation Drives Risk from Abdominal Fat</strong><br />
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Researchers identified inflammation as a major biological pathway connecting abdominal fat and heart failure. Elevated levels of inflammatory markers were associated with a higher likelihood of developing heart failure over time, accounting for approximately one-quarter to one-third of the observed risk.</div>
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The findings are consistent with previous research from the American Heart Association, which highlights systemic inflammation as a key contributor to cardiovascular disease.<br />
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<strong>Implications for Early Detection and Prevention</strong><br />
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Over a median follow-up period of 6.9 years, 112 participants in the study developed heart failure. Higher levels of abdominal fat and inflammation were consistently associated with increased risk, while BMI alone showed no significant predictive value.<br />
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The results suggest that incorporating simple measures such as waist circumference into routine health assessments could improve early detection of cardiovascular risk—particularly for individuals who may appear healthy based on BMI alone.<br />
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While further research is needed to explore specific subtypes of heart failure and potential interventions, the study underscores a clear message: the number on the scale may not tell the full story—your waistline could be a more important indicator of future heart health.</div>
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- <![CDATA[NYCU Develops Humidity-Resistant Catalyst to Tackle Ozone Pollution in Subtropical Climates]]>Research Highlights2026-04-22<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">A humidity-resistant catalyst developed by NYCU efficiently converts harmful ozone (O₃) into oxygen (O₂) even in indoor environments, overcoming the performance limitations caused by moisture.</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">Spring and autumn mark peak ozone seasons in Taiwan, when prolonged exposure to elevated ozone levels is linked to increased risks of respiratory and cardiovascular diseases. Yet many conventional ozone-decomposing catalysts lose effectiveness in humid environments—a critical limitation in subtropical regions.<br />
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Now, a research team led by Professor Kuo-Pin Yu at National Yang Ming Chiao Tung University (NYCU) has developed a novel humidity-resistant catalyst capable of efficiently breaking down ozone even under high-moisture conditions, offering a promising solution tailored to Taiwan’s climate.<br />
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<div class="ed_pic_full"><img alt="Graphical illustration of a MOF-derived carbon-supported CeO₂/Co/Co₃O₄ heterojunction for humidity-resistant ozone removal. The catalyst maintains ~99% O₃ removal at 50% RH and ~92% efficiency at 75% RH, enabled by carbon protection and defect-rich active sites that promote O₃ adsorption, activation, and decomposition." src="/userfiles/nycuen/images/20260422152852704.jpg" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">Graphical illustration of a MOF-derived carbon-supported CeO₂/Co/Co₃O₄ heterojunction for humidity-resistant ozone removal. The catalyst maintains ~99% O₃ removal at 50% RH and ~92% efficiency at 75% RH, enabled by carbon protection and defect-rich active sites that promote O₃ adsorption, activation, and decomposition.</span></em></span><br />
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<strong>From Protective Shield to Hidden Pollutant</strong><br />
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Ozone is often associated with the protective layer in the upper atmosphere. At ground level, however, it is a harmful secondary pollutant formed when emissions react under sunlight. As daylight hours lengthen in spring and ultraviolet radiation intensifies, photochemical reactions accelerate ozone formation.<br />
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These ozone molecules can infiltrate indoor spaces through air circulation. In addition, modern office equipment such as laser printers can act as unexpected indoor sources of ozone, further elevating exposure risks.<br />
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According to the World Health Organization, the recommended maximum for an eight-hour average ozone concentration is 100 micrograms per cubic meter. However, indoor environments such as offices and classrooms frequently exceed this threshold.<br />
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<strong>Overcoming the Humidity Barrier</strong><br />
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Among existing ozone mitigation strategies, catalytic decomposition is considered one of the most effective. However, moisture has long been a major obstacle, as water molecules tend to occupy active sites on catalysts, significantly reducing their efficiency.</div>
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To address this challenge, Professor Yu’s team turned to <strong>metal-organic frameworks (MOFs)</strong>—nanoporous crystalline materials composed of metal clusters and organic linkers. Known for their exceptionally high surface area, tunable pore sizes, and versatile chemical properties, MOFs have attracted global attention for applications ranging from energy storage and gas separation to catalysis and water desalination.<br />
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<strong>A “Water-Repellent Jacket” for Catalysts</strong><br />
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The team employed an advanced “MOF-on-MOF” strategy, assembling two distinct MOF structures like building blocks and coating the composite with a protective carbon layer. This design allows electrons to move efficiently within the material while preventing water molecules from occupying active catalytic sites.<br />
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Experimental results show that the new catalyst achieves a 99% ozone removal rate at room temperature and 50% relative humidity. Even under 75% humidity, it maintains an impressive 92% efficiency.<br />
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Professor Yu likened the innovation to “wearing a water-repellent jacket,” explaining that the carbon coating shields the catalyst from moisture while also enhancing electrical conductivity, which facilitates the activation of oxygen molecules. This dual function enables stable ozone decomposition even in Taiwan’s hot and humid environment.<br />
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<strong>Toward Real-World Applications</strong><br />
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Looking ahead, the research team envisions broad applications for the technology. Potential uses include integration into air purifiers, deployment in hospitals, schools, and public transportation systems, and incorporation into building ventilation and filtration systems.<br />
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By bridging advanced materials science with real-world environmental challenges, the breakthrough underscores NYCU’s role in developing practical solutions for healthier living environments in a changing climate.<br />
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<img alt="Professor Kuo-Pin Yu (left) and Master’s student An-Yu Wang from the Institute of Environmental and Occupational Health Sciences." src="/userfiles/nycuen/images/20260422153154847.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">Professor Kuo-Pin Yu (left) and Master’s student An-Yu Wang from the Institute of Environmental and Occupational Health Sciences.</span></em></span></div>
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- <![CDATA[Taiwan–U.S. Biomedical Collaboration: NYCU and NHRI Co-host with UC Irvine to Advance Big Data in Tumor Biology and Immunology]]>International Affairs2026-04-20<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU and NHRI Co-host with UC Irvine to Advance Big Data in Tumor Biology and Immunology"><meta name="twitter:description" content="The “Taiwan–U.S. International Joint Symposium & NHRI 30th Anniversary Series: Big Data and Cancer” was successfully held on April 10 at NYCU."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260422123921159.png"><meta name="NYCU and NHRI Co-host with UC Irvine to Advance Big Data in Tumor Biology and Immunology"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU and NHRI Co-host with UC Irvine to Advance Big Data in Tumor Biology and Immunology"><meta property="og:description" content="The “Taiwan–U.S. International Joint Symposium & NHRI 30th Anniversary Series: Big Data and Cancer” was successfully held on April 10 at NYCU."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260422123921159.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=17eae0db-f585-4d7d-984a-b8beed8ae64f">
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<div class="ed_txt" style="text-align: justify;">The “<strong>Taiwan–U.S. International Joint Symposium & NHRI 30th Anniversary Series: Big Data and Cancer</strong>,” co-organized by the Cancer and Immunology Research Center of National Yang Ming Chiao Tung University (NYCU) and the Institute of Molecular and Genomic Medicine of National Health Research Institutes (NHRI), was successfully held on April 10, 2026, at the HO YING TSAI Memorial Hall, Shou-Ren Building, Yangming Campus of NYCU. The event brought together leading experts from NYCU, NHRI, and the University of California, Irvine (UC Irvine) for in-depth discussions on key areas including precision medicine, immunotherapy, and big data analytics.<br />
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<div class="ed_pic_full"><img alt="Four scholars from UC Irvine: Professors Jianhua Yu (top left), Scott Atwood (top right), and Arthur D. Lander (bottom left) delivered featured talks, with Professor Xing Dai (bottom right) serving as moderator." src="/userfiles/nycuen/images/20260422123726278.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">Four scholars from UC Irvine: Professors Jianhua Yu (top left), Scott Atwood (top right), and Arthur D. Lander (bottom left) delivered featured talks, with Professor Xing Dai (bottom right) serving as moderator.</span></em></span><br />
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The strong academic ties between NYCU’s Cancer and Immunology Research Center and UC Irvine date back to late 2024, when Professor Xing Dai from UC Irvine’s Department of Biological Chemistry, School of Medicine, was invited to deliver a lecture at NYCU. In 2025, Senior Vice President Muh-Hwa Yang, the Center's Director, was also invited to visit UC Irvine and deliver a lecture. Since then, ongoing academic exchanges have facilitated a research partnership in cancer biology and precision medicine. This solid foundation has helped catalyze the organization of this Taiwan–U.S. joint symposium. It reflects a shared long-term commitment to advancing next-generation oncology research and developing innovative strategies for cancer treatment. Additionally, since Professor Su-Hao Lo, a Yushan Scholar of the Cancer and Immunology Research Center, assumed the position of Director of the Institute of Molecular and Genomic Medicine at the National Health Research Institutes, he has actively strengthened collaboration and connections between NYCU and NHRI. Coinciding with the 30th anniversary of the National Health Research Institutes, the two institutions have jointly organized this symposium to deepen academic exchange and celebrate this significant milestone together.<br />
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<strong>Tumor Microenvironment and Immune Regulation</strong><br />
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The symposium program is closely aligned with cutting-edge developments and clinical challenges in cancer research. In the first session, Professor Jianhua Yu (Department of Medicine, School of Medicine, UC Irvine) presented the latest advances in innate immune cell therapies and herpesvirus-based oncolytic virotherapy for cancer treatment. Professor Nien-Jung Chen of NYCU discussed how the interaction between calnexin and TREM1 enhances tumor antigen presentation and promotes anti-tumor T cell activation. Associate Investigator Mingzi Zhang from NHRI introduced the applications and potential of chemoproteomics in data-driven drug discovery. Chair Professor Mu-Hwa Yang of NYCU delivered a talk titled “Precision oncology beyond convention: uncovering hidden drivers and adaptive resistance,” highlighting novel cancer drivers and their roles in therapeutic resistance.</div>
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The second session expanded the discussion of the tumor microenvironment and therapeutic strategies. Professor Scott Atwood (Department of Developmental and Cell Biology, UC Irvine) presented an in-depth analysis of the dynamic regulatory mechanisms underlying tumor recognition and regression in basal cell carcinoma. Associate Professor Szu-Ting Chen of NYCU discussed her research on how novel non-TLR pattern recognition receptors on dendritic cells regulate antigen fate and influence CD8⁺ T cell activation. Assistant Investigator En-Chi Hsu from NHRI shared recent progress in developing diagnostic and therapeutic antibodies targeting CD98⁺ cancer cells, highlighting their potential for precision medicine.<br />
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<strong>New Perspectives on Cancer Research Driven by Big Data</strong><br />
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The third session centered on the theme of “Big Data and Cancer.” Professor Arthur D. Lander, Director of the Center for Complex Biological Systems at UC Irvine, delivered a keynote titled “Big Data and Cancer: What are we capturing; what are we missing?”, offering critical insights into the capabilities and limitations of big data in cancer research. Assistant Investigator Ya-Hsuan Chang from NHRI presented data-driven discoveries in human disease research, integrating precision oncology reporting, spatial analysis, and disease susceptibility. Finally, Associate Professor Chun-Yu Lin from NYCU introduced network-based strategies for precision medicine, demonstrating how omics data can be leveraged to decode individualized disease characteristics and advance clinical translation.<br />
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Through this in-person academic exchange, researchers from the three participating institutions—NYCU and NHRI in Taiwan, and UC Irvine in the United States—engaged in close discussions, not only showcasing their collaborative achievements in cancer biology and biomedical informatics, but also fostering new opportunities for international collaboration and innovation. Looking ahead, the Cancer and Immunology Research Center at National Yang Ming Chiao Tung University will continue to strengthen research partnerships and academic exchanges with leading global institutions, jointly advancing next-generation precision medicine and biomedical science innovation.<br />
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<img alt="Group photo of distinguished guests and faculty." src="/userfiles/nycuen/images/20260422123921159.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">Group photo of distinguished guests and faculty.</span></em></span></div>
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- <![CDATA[NYCU Hosts GCIEM Summit as Global Experts and Industry Converge on Engineering Medicine and AI]]>International Affairs2026-04-13<![CDATA[<div class="ed_model08 clearfix">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>The 2026 Global Summit of the Global Consortium of Innovation and Engineering in Medicine (GCIEM) brought together academic and industry experts to discuss education and solutions in smart healthcare.</em></span></span></div>
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<div class="ed_txt" style="text-align: justify;">Leading experts in engineering medicine gathered in Taipei last weekend as National Yang Ming Chiao Tung University (NYCU) hosted <strong>the Global Consortium of Innovation and Engineering in Medicine (GCIEM) Summit 2026</strong>. Originally launched by the University of Illinois Urbana-Champaign, the summit entered its second edition with NYCU taking the lead as host—highlighting the university’s growing role in integrating medicine, engineering, biotechnology and data science on a global stage.</div>
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<span style="color:#4e5f70;"><em><span style="font-size:90%;">NYCU’s College of Medicine hosted the GCIEM Global Summit.</span></em></span><br />
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<strong>A platform for global collaboration in engineering medicine</strong><br />
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The summit brought together scholars, clinicians and industry leaders to explore how interdisciplinary collaboration is reshaping modern healthcare.<br />
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“Healthcare can no longer rely solely on traditional medicine,” said Shuu-Jiun Wang, Dean of NYCU’s College of Medicine. “Facing aging populations and rising chronic disease burdens, the future lies in integrating medicine with engineering, life sciences and artificial intelligence.”<br />
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NYCU President Chi-Hung Lin emphasized that future physicians must go beyond clinical expertise. “Doctors today must be equipped to understand and apply emerging technologies in real clinical settings,” he said.<br />
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<strong>Student innovation showcases practical impact</strong><br />
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A key feature of the summit was the inaugural student innovation competition in medicine, engineering and AI, held in Taiwan for the first time.<br />
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An NYCU medical student team placed fifth with its project, a non-contact carotid artery stenosis detection system. The technology uses standard camera imaging combined with signal processing to analyze blood flow patterns—allowing early detection without specialized medical equipment. The system’s accessibility and low deployment threshold point to broader applications in preventive healthcare and remote diagnostics.<br />
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<img alt="An NYCU medical student team won fifth place with its “non-contact carotid artery stenosis early detection system.”" src="/userfiles/nycuen/images/20260414175557399.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">An NYCU medical student team won fifth place with its “non-contact carotid artery stenosis early detection system.”</span></em></span></div>
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<strong>From education to ecosystem integration</strong><br />
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NYCU noted that hosting GCIEM reflects Taiwan’s shift from traditional medical training toward a more integrated model of engineering medicine.<br />
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“Hosting this summit is not just about international exchange—it is about demonstrating a systematic approach to cultivating interdisciplinary talent,” said Albert Chih-Chieh Yang, Chair of NYCU’s Department of Medicine and Director of Digital Medicine Center.<br />
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The university has introduced a physician-engineer training track within its six-year medical program, combining clinical education with engineering and information science to prepare students for future healthcare challenges.<br />
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The summit also highlighted NYCU’s close collaboration with Taipei Veterans General Hospital (TVGH), reinforcing a strong ecosystem that connects research, clinical practice and technological development.<br />
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<img alt="The Summit also highlighted the NYCU’s close collaboration with TVGH. Pictured: Chen Wei-Ming, Superintendent of TVGH (third from left), and NYCU President Chi-Hung Lin (second from left)." src="/userfiles/nycuen/images/20260414175825570.jpg" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">The Summit also highlighted the NYCU’s close collaboration with TVGH. Pictured: Chen Wei-Ming, Superintendent of TVGH (third from left), and NYCU President Chi-Hung Lin (second from left).</span></em></span><br />
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<span style="font-size:100%;"><span style="color:#000000;"><strong>AI in healthcare: opportunity and responsibility</strong><br />
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Discussions at the summit pointed to the evolving role of AI—from diagnostic assistance to deeper integration into clinical workflows. Experts stressed that AI should support, not replace, physicians, while improving efficiency and reducing risk in areas such as imaging and critical care.<br />
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At the same time, trust and reliability remain central challenges. Speakers emphasized that real-world validation and cross-disciplinary collaboration will be key to advancing medical AI safely and effectively.<br />
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Industry participation—including ASUS—also reflected Taiwan’s strengths in data, system integration and rapid implementation, helping accelerate the translation of innovation into clinical practice.</span></span><br />
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<strong>Positioning Taiwan on the global stage</strong><br />
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For NYCU, hosting GCIEM 2026 represents a significant milestone in elevating Taiwan’s international presence in engineering medicine.“<br />
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Through this platform, the world can see Taiwan’s capabilities in smart healthcare and interdisciplinary innovation,” Yang said.<br />
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As healthcare continues to evolve alongside AI and digital technologies, NYCU aims to play a leading role in shaping a more integrated, efficient and human-centered future for medicine.<br />
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- <![CDATA[NYCU Study Identifies Key Gene Linking Gut Microbiota, Circadian Rhythm, and Metabolic Disease]]>Research Highlights2026-04-12<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Study Identifies Key Gene Linking Gut, Circadian Rhythm, and Metabolism"><meta name="twitter:description" content="A key gene, Nfil3, regulates liver immunity and metabolism under high-fat diet stress, offering new insights into fatty liver disease and obesity."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260416125734396.png"><meta name="NYCU Study Identifies Key Gene Linking Gut, Circadian Rhythm, and Metabolism"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Study Identifies Key Gene Linking Gut, Circadian Rhythm, and Metabolism"><meta property="og:description" content="A key gene, Nfil3, regulates liver immunity and metabolism under high-fat diet stress, offering new insights into fatty liver disease and obesity."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260416125734396.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=574cda01-784f-4f0a-a3bf-b6fceb478ade">
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<div class="ed_pic_full"><img alt="The gut is not only a digestive organ—it also influences systemic metabolism and immune function through the “gut–liver axis.”" src="/userfiles/nycuen/images/20260416125734396.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">The gut is not only a digestive organ—it also influences systemic metabolism and immune function through the “gut–liver axis.”</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">A research team at National Yang Ming Chiao Tung University (NYCU) identified a key gene, <strong>Nfil3</strong>, that regulates liver immunity and metabolism under high-fat diet stress, offering new insights into fatty liver disease, obesity, and related disorders.<br />
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Building on this discovery, the team led by Assistant Professor Li-Ling Wu of NYCU’s Institute of Physiology and Microbiota Research Center published their findings in the <em>Journal of Translational Medicine</em>.<br />
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<strong>A Molecular Switch in the Gut–Liver Axis</strong><br />
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Expanding on these insights, Wu’s team demonstrated that Nfil3 is a critical regulator within the so-called “gut–liver axis,” a biological pathway through which the gut microbiota communicates with the liver to influence systemic metabolism and immune responses.<br />
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“The gut is not just a digestive organ—it is a central hub of the immune system,” Wu said. “When the gut is out of balance, the effects extend far beyond digestion, impacting the entire body.”<br />
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Modern lifestyle factors—like high-fat diets and irregular sleep—destabilize this system. The study finds that Nfil3 integrates signals from both diet and disrupted biological clocks, shaping the body’s response to metabolic stress.<br />
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<strong>Gene Deletion Reduces Obesity and Liver Fat</strong><br />
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In experimental models, the researchers observed that removing Nfil3 led to striking metabolic improvements. Even when fed a high-fat diet, mice lacking the gene showed reduced weight gain, more stable blood glucose levels, and lower liver fat accumulation.<br />
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These results highlight Nfil3's active role in promoting obesity and fatty liver disease when the body faces metabolic stress.<br />
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<strong>Probiotics Show Similar Protective Effects</strong><br />
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The study found a promising therapy: multi-strain probiotics, such as VSL#3, improved gut microbiota—boosting good bacteria and reducing those linked to inflammation.</div>
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The metabolic effects of probiotic supplementation resembled those observed in Nfil3-deficient models.<br />
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“This indicates that gut microbes can remotely regulate systemic metabolism through this key pathway,” Wu explained.<br />
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<strong>Toward Precision Treatment of Metabolic Disease</strong><br />
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This research reveals that gut microbiota, circadian rhythms, and immune metabolism connect through Nfil3, advancing our understanding of metabolic disease mechanisms.<br />
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Wu described Nfil3 as a master "control switch" that integrates both dietary and biological clock signals to affect health.<br />
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Looking ahead, she said, the treatment of metabolic diseases may move beyond conventional dietary interventions toward more precise strategies that target the gut microbiota and restore healthy biological rhythms.<br />
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“Future therapies will focus on how to rebalance the body’s internal ecosystem,” Wu said, “and regain control over metabolic health.”<br />
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<img alt="Assistant Professor Li-Ling Wu (front row, center) and her research team." src="/userfiles/nycuen/images/20260416130055912.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">Assistant Professor Li-Ling Wu (front row, center) and her research team.</span></em></span></div>
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- <![CDATA[NYCU Marks 5th Anniversary with Opening Ceremony at Bo-Ai Campus, Showcasing Renewal and Future Vision]]>Campus Life2026-04-11<![CDATA[<div class="ed_model08 clearfix">
<div class="ed_pic_full"><img alt="NYCU 5th Anniversary Opening Ceremony at Bo-Ai Campus" src="/userfiles/nycuen/images/20260416105529906.png" /></div>
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<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU) officially launched its fifth anniversary celebrations on April 11 with an opening ceremony at its historic Bo-Ai Campus, marking a major milestone that also commemorates the 130th anniversary of National Chiao Tung University and the 51st anniversary of National Yang-Ming University.<br />
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Under the theme “<em>Five Years Together, A Legacy of 130</em>”, this year’s ceremony departed from tradition by returning to the university’s original grounds—transforming the event into a symbolic homecoming that connected generations of alumni with the university’s evolving future.</div>
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<div class="ed_pic_full"><img alt="The Bo-Ai Campus began admitting students in 1958, marking a formative chapter in National Chiao Tung University’s reestablishment in Taiwan." src="/userfiles/nycuen/images/20260416105709418.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">The Bo-Ai Campus began admitting students in 1958, marking a formative chapter in National Chiao Tung University’s reestablishment in Taiwan.</span></em></span><br />
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<strong>A Return to Origins—and a Vision Forward</strong><br />
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The Bo-Ai Campus holds a foundational place in Taiwan’s technological history. In 1964, it became home to the nation’s first semiconductor research laboratory, followed by the successful production of Taiwan’s first transistor a year later—laying the groundwork for what would become a globally leading semiconductor industry.<br />
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“As our founding campus, Bo-Ai is more than a physical space—it is where Taiwan’s first generation of engineers were shaped,” said NYCU President Chi-Hung Lin. “Today, it stands at the threshold of transformation into a new innovation hub for the next generation.”<br />
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This transformation is now taking shape through the “Bo-Ai Campus Revitalization Project.” Key milestones include the completion of the renovated ShuTien Building, the ongoing development of the Jumin Hospital, and the phased redevelopment of former student dormitories. Together, these projects aim to reimagine the campus as a “campus-as-innovation-park”—integrating clinical medicine, research, and engineering into a unified ecosystem.<br />
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<strong>Alumni Return for a Cross-Generational Reunion</strong><br />
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The ceremony brought together distinguished alumni from across decades, including leaders who helped build Taiwan’s technology industry. Returning to the dormitories and spaces where they once lived and studied, many reflected on formative experiences that shaped both their careers and Taiwan’s industrial trajectory.<br />
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The event also highlighted the enduring emotional bond between alumni and their alma mater, with attendees traveling from across Taiwan and overseas to take part in the celebration.<br />
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<img alt="Overseas alumni returned to Taiwan for the anniversary celebrations and joined a guided tour of the Bo-Ai Campus, revisiting familiar grounds and witnessing its transformation over time." src="/userfiles/nycuen/images/20260416105905971.png" /><br />
<em><span style="color:#4e5f70;"><span style="font-size:90%;">Overseas alumni returned to Taiwan for the anniversary celebrations and joined a guided tour of the Bo-Ai Campus, revisiting familiar grounds and witnessing its transformation over time.</span></span></em></div>
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<strong>From Dormitories to Innovation: A Campus Reimagined</strong><br />
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A highlight of the ceremony was the screening of a documentary capturing life in the former Bo-Ai dormitories—structures that are now entering a new phase of redevelopment. For many alumni, these dormitories represented not only living spaces, but also the birthplace of ideas, friendships, and hands-on experimentation that defined an era.<br />
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As NYCU moves forward, the transformation of these spaces reflects a broader institutional shift—from a traditional academic campus to an interdisciplinary innovation platform that bridges engineering, medicine, and real-world application.<br />
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<strong>A Celebration of Community and Innovation</strong><br />
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Beyond the opening ceremony, NYCU’s anniversary month features a wide array of activities celebrating both heritage and innovation. A large-scale alumni banquet—featuring 150 tables and bringing together approximately 1,500 alumni and retired faculty members—served as a centerpiece event, offering a rare opportunity for cross-generational exchange and reconnection.<br />
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In parallel, the university hosted a Digital Campus Achievements Exhibition, showcasing student projects, research breakthroughs, and interdisciplinary innovations that reflect NYCU’s forward-looking vision in AI, engineering, and biomedical fields.<br />
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<img alt="At the Digital Campus Achievements Exhibition, a presenter introduces NYCU’s smart campus innovations, including the Campus Assistant, NYCU AR app, and intelligent navigation services." src="/userfiles/nycuen/images/20260416110144636.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">At the Digital Campus Achievements Exhibition, a presenter introduces NYCU’s smart campus innovations, including the Campus Assistant, NYCU AR app, and intelligent navigation services.</span></em></span><br />
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Additional events include student performances, departmental showcases, international exchange activities, and research exhibitions—highlighting the diversity and vitality of the NYCU community.<br />
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<strong>Bridging Past and Future</strong><br />
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Over its 130-year legacy, Chiao Tung University has stood at the forefront of Taiwan’s technological development, while Yang-Ming University has built a strong foundation in medical education and research. Five years after their merger, NYCU continues to deepen the integration of these strengths—positioning itself as a key driver of interdisciplinary innovation in Taiwan and beyond.<br />
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As past and future converge at the Bo-Ai Campus, NYCU’s anniversary is not only a celebration of history, but a reaffirmation of its mission: to cultivate talent, advance knowledge, and shape the next era of global innovation.</div>
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<iframe credentialless allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen="" frameborder="0" height="315" referrerpolicy="strict-origin-when-cross-origin" sandbox="allow-scripts allow-same-origin" scrolling="no" src="https://www.youtube.com/embed/Sr-PDetBXaM?si=OL28eF29sCFRbpda" title="YouTube video player" width="560"></iframe></div>]]>https://www.nycu.edu.tw/nycu/en/app/news/image?module=headnews&detailNo=1494171941081190400&init=Ycover imagehttps://www.nycu.edu.tw/nycu/en/app/news/image?module=headnews&detailNo=1494171941207019520&init=YAs part of the anniversary program, NYCU hosted a forum titled “From Foundations to Legacy: Building Taiwan’s ‘Silicon Shield’ for the Next Century,” featuring a dialogue between Stan Shih (center), founder and honorary chairman of Acer Inc., and Chih-Yuan Lu (left), chairman of Ardentec Corporation.https://www.nycu.edu.tw/nycu/en/app/news/image?module=headnews&detailNo=1494171941316071424&init=YThe “Alumni Mei-Chu Games,” an annual sports meet between alumni of National Tsing Hua University and NYCU, brings former students together each April to reconnect, relive campus memories, and celebrate a shared tradition through friendly competition.https://www.nycu.edu.tw/nycu/en/app/news/image?module=headnews&detailNo=1494171941462872064&init=YNYCU hosted an anniversary banquet for 1,500 alumni and faculty members, held in the outdoor plaza beside the gymnasium.https://www.nycu.edu.tw/nycu/en/app/news/image?module=headnews&detailNo=1494171941643227136&init=YStudent Club Fairhttps://www.nycu.edu.tw/nycu/en/app/news/image?module=headnews&detailNo=1494173157739728896&init=YInternational Day offers students, faculty, and alumni the opportunity to experience diverse cultures from around the world.
- <![CDATA[NYCU Awards Honorary Doctorate to Renowned Photonics Scientist Jia-Ming Liu]]>Honorary Doctorate2026-04-10<![CDATA[<!-- Twitter Card -->
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<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU) has awarded an honorary Doctor of Science degree to internationally acclaimed photonics scientist and educator Dr. Jia-Ming Liu, recognizing his outstanding contributions to optical science and higher education, as well as his enduring impact on global academic development.<br />
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<strong>A Distinguished Career from NCTU to the Global Stage</strong><br />
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A distinguished alumnus of National Chiao Tung University (NCTU), Dr. Liu graduated from the Department of Electrophysics in 1975 before pursuing advanced studies in the United States. He earned both his master’s and doctoral degrees in applied physics from Harvard University, where he studied under Nobel laureate Nicolaas Bloembergen.<br />
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Dr. Liu later held research and academic positions at the University at Buffalo and GTE Laboratories before joining the University of California, Los Angeles in 1986. He currently serves as Distinguished Professor in the Department of Electrical and Computer Engineering and as Associate Dean of Engineering, maintaining a prominent role in the international academic community.<br />
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<strong>Pioneering Contributions to Photonics Research</strong><br />
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Over decades of research, Dr. Liu has become a leading figure in laser physics, nonlinear optics, and ultrafast photonics. In 1982, he introduced an innovative technique for measuring focused laser beam spot size—now widely known as “<strong>Liu’s Method</strong>.” This approach has since become a standard tool across physics, engineering, and biomedical research.<br />
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Beyond this breakthrough, his work in laser dynamics, ultrafast pulse technology, and nonlinear optical systems has significantly advanced modern optoelectronic science and technology.<br />
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<strong>Scholarly Impact and Global Recognition</strong><br />
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Dr. Liu has authored multiple books and published more than 270 academic papers. His textbook Photonic Devices is widely regarded as a foundational reference in the field and is used by universities around the world.<br />
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He is a Life Fellow of the Institute of Electrical and Electronics Engineers and a Fellow of both the American Physical Society and Optica. His honors include a Guggenheim Fellowship and the IEEE Quantum Electronics Award, among other prestigious distinctions.</div>
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<strong>Advancing Taiwan’s Academic and Research Ecosystem</strong><br />
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In addition to his research achievements, Dr. Liu has long been dedicated to advancing Taiwan’s academic landscape. Since 1997, he has frequently returned to Taiwan to deliver lectures, foster U.S.–Taiwan research collaboration, and serve as a visiting professor at multiple institutions.<br />
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In recent years, he has further deepened these ties as a Yushan Scholar under Taiwan’s Ministry of Education, leading research initiatives and mentoring young scholars, demonstrating a strong commitment to giving back to his alma mater and to society.<br />
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<strong>A Lifelong Commitment to Knowledge and Education</strong><br />
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Reflecting on his time at NCTU, Dr. Liu expressed pride in the university’s transformation over the past five decades. He emphasized that the true value of science and engineering lies in both exploration and real-world application, and noted that individual achievements are built upon the support of mentors and collaborative teams.<br />
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Looking ahead, he reaffirmed his commitment to knowledge transmission and academic development.<br />
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Dr. Liu’s distinguished achievements and international influence make him an exemplary role model for students and faculty alike. The conferment of the honorary doctorate not only celebrates his lifelong contributions but also underscores the NYCU’s dedication to academic excellence and global engagement.<br />
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<img alt="Dr. Jia-Ming Liu (left) received an honorary Doctor of Science degree from National Yang Ming Chiao Tung University on April 9. He is pictured with NYCU President Chi-Hung Lin (right)." src="/userfiles/nycuen/images/20260410172118055.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">Dr. Jia-Ming Liu (left) received an honorary Doctor of Science degree from National Yang Ming Chiao Tung University on April 9. He is pictured with NYCU President Chi-Hung Lin (right).</span></em></span></div>
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- <![CDATA[NYCU Professors Honored with Prestigious Awards for Breakthroughs in Brain and Liver Research]]>Honor2026-04-09<![CDATA[<div class="ed_model08 clearfix">
<div class="ed_pic_full"><img alt="NYCU Professors Honored with Major Academic Awards" src="/userfiles/nycuen/images/20260409011817513.png" /></div>
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<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU) is gaining growing recognition in biomedical research, as two faculty members from its College of Life Sciences have been honored with major national awards for their pioneering work in neuroscience and liver biology.<br />
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Professor Cheng-Chang Lien, Dean of the College of Life Sciences, received the Chiung-Lin Chen Memorial Award for Translational Medicine, while Assistant Professor Wei-Chien Yuan of the Department of Life Sciences and Institute of Genome Sciences was named a recipient of the Taiwan Outstanding Women in Science Award (Young Scholar Award).<br />
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Their achievements highlight NYCU’s strength in advancing both fundamental scientific discovery and translational medical innovation.<br />
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<strong>Decoding the Brain’s Neural Balance</strong></div>
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<img alt="Professor Cheng-Chang Lien, Dean of NYCU’s College of Life Sciences, specializes in neural circuit dynamics and translational neuroscience." src="/userfiles/nycuen/images/20260409001913636.png" /><br />
<span style="color:#4e5f70;"><span style="font-size:90%;"><em>Professor Cheng-Chang Lien, Dean of NYCU’s College of Life Sciences, specializes in neural circuit dynamics and translational neuroscience.</em></span></span><br />
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Lien, a leading neuroscientist, has focused his research on the balance between excitation and inhibition in the brain—an essential mechanism underlying cognition and emotional regulation.<br />
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His team has systematically elucidated the function and dynamic changes of neural circuits, particularly GABAergic inhibitory pathways, which play critical roles in cognition, anxiety, fear, and chronic pain. His work provides vital insights into how disruptions in these circuits contribute to neurological and psychiatric conditions, laying the groundwork for future translational therapies.</div>
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<strong>Unlocking the Mechanisms of Liver Regeneration</strong><br />
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<img alt="Assistant Professor Wei-Chien Yuan of NYCU, whose research focuses on liver regeneration and tumor biology." src="/userfiles/nycuen/images/20260409002108398.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">Assistant Professor Wei-Chien Yuan of NYCU, whose research focuses on liver regeneration and tumor biology. (Photo from: <u><a href="https://towis.loreal.com.tw/taiwan-FWIS-detail.php?id=88" title="2026 Taiwan Outstanding Women in Science Award">2026 Taiwan Outstanding Women in Science Award</a></u>)</span></em></span><br />
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Yuan’s research centers on liver regeneration and tumor development. Through her work, she has identified key genes and signaling pathways that regulate liver cell renewal and cancer formation.<br />
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These findings not only deepen understanding of liver physiology but also offer promising directions for the diagnosis and treatment of liver diseases, including liver cancer.<br />
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<strong>Strengthening NYCU’s Biomedical Impact</strong><br />
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The recognition of both Lien and Yuan reflects NYCU’s continued commitment to excellence in life sciences and its ability to bridge basic research with clinical relevance.<br />
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By fostering interdisciplinary collaboration across medicine, biology, and engineering, NYCU is positioning itself at the forefront of global biomedical innovation.<br />
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As the university continues to expand its research capabilities, such achievements highlight its growing role in addressing some of the most pressing health challenges of our time.</div>
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- <![CDATA[NYCU Pioneers MagTIES Technology to Revolutionize Future of Neurological Medicine]]>Feature Story2026-04-08<![CDATA[<div class="ed_model08 clearfix">
<div class="ed_pic_full"><img alt="MagTIES integrates magnetic nanodiscs and piezoelectric nanoparticles, sequentially assembled onto neurons and bio-bonded to the cell membrane to enable wireless neural stimulation." src="/userfiles/nycuen/images/20260408201452351.jpg" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>MagTIES integrates magnetic nanodiscs and piezoelectric nanoparticles, sequentially assembled onto neurons and bio-bonded to the cell membrane to enable wireless neural stimulation.</em></span></span></div>
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<div class="ed_txt" style="text-align: justify;">Deep Brain Stimulation (DBS) therapy, which involves implanting electrodes in the brain through craniotomy, has long deterred patients already suffering from diseases such as Parkinson’s disease, epilepsy, and mood disorders due to concerns about postoperative infection, rejection, and actual therapeutic efficacy. In recent years, the rapid advancement of wireless magnetoelectric stimulation technology has brought long-awaited hope to this medical challenge.<br />
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Particularly exciting is the innovative technology developed by Professor Po-Han Chiang’s team at the Institute of Intelligent Bioelectrical Engineering and the Interdisciplinary Master’s Program in Neurotechnology at National Yang Ming Chiao Tung University—Magnetic-Driven Torque-Induced Electrical Stimulation (MagTIES). This technology has been proven capable of precisely stimulating specific deep brain regions via wireless magnetoelectric means, inducing neuronal activity within milliseconds. The research team also discovered that MagTIES can also precisely modulate emotion-related brain waves, opening up new avenues for future advances in neurological medicine. This research, recognized for its groundbreaking academic contributions, was selected as the back cover featured research for the international top-tier journal <em>Advanced Healthcare Materials</em>.<br />
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<strong>Thinking Outside the Box and Technological Leap</strong><br />
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Professor Po-Han Chiang developed an aspiration to pursue neuroscience during senior high school, driven by a desire to understand complex neural circuits and apply this knowledge to artificial intelligence. In 2010, while enrolled in the doctoral program at National Yang Ming University’s Institute of Neuroscience, Po-Han Chiang was profoundly impacted by a paper describing wireless control of neural cell activity in living nematodes.<br />
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<div class="ed_pic_full"><img alt="During his postdoctoral training at MIT, Prof. Po-Han Chiang advanced wireless neural control technologies—laying the groundwork for next-generation, fully wireless brain stimulation." src="/userfiles/nycuen/images/20260408201631203.jpg" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">During his postdoctoral training at MIT, Prof. Po-Han Chiang advanced wireless neural control technologies—laying the groundwork for next-generation, fully wireless brain stimulation.</span></em></span><br />
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“That was the world’s first research to use magnetic fields to generate thermal energy in magnetic nanoparticles, thereby stimulating neurons. Ever since reading that paper, I have had this dream— one day, I’ll achieve it using a completely wireless method, because it is so cool!” This dream propelled Po-Han Chiang to pursue postdoctoral research at MIT in 2016, where he studied various wireless neural control technologies that harness magnetic fields to generate thermal, mechanical, and electrical energy.<br />
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Since neurons communicate through electrical signals, academia has been devoted to exploring innovations in magnetoelectric stimulation technology in recent years. However, traditional magnetoelectric stimulation techniques, aside from DBS, such as the clinically widely adopted “transcranial magnetic stimulation”, require a strong magnetic field of approximately 1.5 Tesla. The drawback is that the stimulation area is too large and limited to the brain’s surface layer. Although another approach, “magnetostriction using nanomagnetic particles,”can stimulate deeper brain regions, due to the extremely minute expansion and contraction of these nanoparticles, it relies on high-frequency magnetic fields delivering sustained stimulation over extended periods (1 to several seconds) to accumulate sufficient energy and induce neurons to respond.<br />
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To overcome the shortcomings of existing technologies, Po-Han Chiang dedicated himself to developing MagTIES technology after returning to Taiwan to teach. During the in vitro cultivation of neurons and validation phase, the team first attached biocompatible and non-toxic piezoelectric nanoparticles of barium titanate to the neuronal membrane. They then injected a hexagonal magnetic nanodisc with a diameter of approximately 250 nanometers and a thickness of about 35 nanometers. Since the surfaces of both materials were coated with polymeric polymers, they subsequently bonded automatically through biological adhesion. When an alternating magnetic field was applied externally, it drove the magnetic nanodisc to vibrate, generating torque that stimulated the underlying piezoelectric nanoparticles to produce an electric field. This, in turn, excited the neurons to generate action potentials.<br />
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<div class="ed_pic_full">To verify reaction speed, the team employed a membrane potential imaging system and high-speed cameras to directly observe changes in neuronal membrane potential. Results showed that MagTIES captures neural action potentials in only about 10 milliseconds, making it 100 to 1,000 times faster than other previous magnetoelectric stimulation technologies.<br />
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<strong>Precision Control for Remarkable Results</strong><br />
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Following breakthrough progress in in vitro cell experiments, the next phase involves tackling more complex in vivo experiments in mice. First, the research team surprisingly discovered that each magnetic field stimulation induced brain oscillations in the mouse brain at twice the frequency of the applied magnetic field. Po-Han Chiang explained:“Each cycle of the alternating magnetic field involves two directional reversals, effectively delivering two stimuli to the neurons. This dual stimulation generates brain waves at twice the frequency of the magnetic field.”This result demonstrates the team’s comprehensive ability to modulate brain oscillations, which are achievements previously unattainable with conventional wireless Deep Brain Stimulation technologies.</div>
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<img alt="Fiber photometry shows that MagTIES stimulation in live mice induces synchronized brain oscillations at precisely twice the applied magnetic field frequency, reflecting millisecond-scale neural activation with each field reversal." src="/userfiles/nycuen/images/20260408202048833.png" /><br />
<span style="color:#4e5f70;"><span style="font-size:90%;"><em>Fiber photometry shows that MagTIES stimulation in live mice induces synchronized brain oscillations at precisely twice the applied magnetic field frequency, reflecting millisecond-scale neural activation with each field reversal.</em></span></span><br />
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The research further demonstrates that MagTIES not only stimulates deep brain regions like the amygdala but can also precisely modulate brain waves to specific frequency bands based on magnetic field frequencies. For instance, it can induce beta waves associated with emotions and concentration. Po-Han Chiang analyzed that many fear-related disorders, such as panic disorder or post-traumatic stress disorder, are associated with amygdala dysfunction. By precisely modulating specific frequency brain waves linked to emotions using MagTIES technology, it is expected to alleviate symptoms promptly during patient episodes in the future.<br />
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Currently, nanomaterials still require ‘minimally invasive’ intracranial injection, but without leaving hardware implants like electrodes or optical fibers, significantly reducing the invasiveness of deep brain stimulation. In the next phase, we hope to collaborate with specialized laboratories to investigate achieving ‘non-invasive’ delivery of nanomaterials,” Po-Han Chiang states. Conducting safety validation through large animal studies and observing the metabolic time of nanomaterials within the body are essential hurdles to overcome before advancing to human applications.<br />
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<strong>Open-source Sharing to Expand Applications</strong><br />
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MagTIES offers significant advantages that lower the barrier to use: it utilizes a low magnetic field strength, operates at a frequency of only about 10Hz, features a simple system setup and operation, employs inexpensive and readily available materials, and requires no complex synthesis techniques. In fact, all coil designs, circuit designs, analysis software, and user interfaces were co-developed by Po-Han Chiang and his graduate students.<br />
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To promote MagTIES technology, the team led by Po-Han Chiang has also developed a low-cost, open-source magnetoelectric stimulation system. Not only does it keep the setup cost under NTD$100,000, but it also features a user-friendly graphical interface to enable basic research or clinical research teams without an electrical engineering and information background to easily operate and utilize the system.“The next priority is researching how to treat various diseases. We want to explore every condition that can be addressed with DBS therapy,”Po-Han Chiang adds.<br />
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He emphasized that the current research remains in the proof-of-concept phase, with a long road ahead before reaching clinical treatment. “DBS was successfully demonstrated in experiments as early as the 1950s, yet it wasn’t applied to humans until around the year 2000.” Po-Han Chiang maintains an optimistic yet rigorous stance toward the widespread adoption of MagTIES, recognizing that every technological leap requires time to mature.<br />
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“If needed, we can provide design schematics, circuit boards, software, and even nanomaterials for all systems.” Po-Han Chiang believes that promoting this technology is currently more important than commercialization. Only through broader adoption and user feedback can issues be continuously refined, proving the technology’s feasibility and value across diverse applications.<br />
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<img alt="MagTIES is built as a low-cost, open-source system—with accessible hardware, software, and nanomaterials—designed to lower barriers, accelerate global research, and expand future clinical applications." src="/userfiles/nycuen/images/20260408202246897.jpg" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">MagTIES is built as a low-cost, open-source system—with accessible hardware, software, and nanomaterials—designed to lower barriers, accelerate global research, and expand future clinical applications.</span></em></span></div>
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- <![CDATA[From Rocket Science to Wound Care: NYCU Prof. Jong-Shinn Wu Translates Aerospace Plasma Tech into Biomedical Breakthrough]]>Research Highlights2026-04-07<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Prof. Jong-Shinn Wu Translates Aerospace Plasma Tech into Biomedical Breakthrough"><meta name="twitter:description" content="Prof. Wu and his research team have successfully adapted low-temperature plasma technology—originally developed for aerospace applications—into the biomedical field."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260407210300402.png"><meta name="A group photo of Jong-Shinn Wu and his research team."><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Prof. Jong-Shinn Wu Translates Aerospace Plasma Tech into Biomedical Breakthrough"><meta property="og:description" content="Prof. Wu and his research team have successfully adapted low-temperature plasma technology—originally developed for aerospace applications—into the biomedical field."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260407210300402.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=ca7f4b7e-b1c4-4b4d-bfc4-a1b11c8aa7de">
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<div class="ed_pic_full" style="text-align: center;"><em><span style="color:#4e5f70;"><span style="font-size:90%;">A group photo of Jong-Shinn Wu and his research team.</span></span></em></div>
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<div class="ed_txt" style="text-align: justify;">Known in Taiwan as the “Rocket Uncle,” Jong-Shinn Wu—Director General of the Taiwan Space Agency (TASA) and a professor of mechanical engineering at National Yang Ming Chiao Tung University (NYCU)—is bringing aerospace-grade innovation back down to Earth.<br />
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In his latest cross-disciplinary breakthrough, Wu and his research team have successfully adapted low-temperature plasma technology—originally developed for aerospace applications—into the biomedical field. By integrating plasma science with micro- and nano-bubble technology, the team has developed a novel system capable of both sterilizing and accelerating the healing of chronic wounds, such as diabetic foot ulcers and pressure sores.<br />
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<strong>A “Rocket-Grade” Solution for Chronic Wounds</strong><br />
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The patented technology, known as a “dual-module plasma microbubble water system,” introduces a two-stage therapeutic mechanism: sterilization followed by tissue regeneration.<br />
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In the first stage, oxygen-based reactive species, such as ozone (O₃), effectively suppress harmful pathogens. In the second stage, nitrogen-based reactive species, such as nitric oxide (NO), promote tissue repair and regeneration. This dual-action process enables a “one-step” solution for both infection control and wound healing, as researchers describe.<br />
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The innovation is particularly promising for difficult-to-treat chronic wounds, offering the potential to improve clinical care and patient recovery outcomes.<br />
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<strong>Breaking Through the Limits of Conventional Plasma Technology</strong><br />
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Plasma technology has long been widely used in aerospace engineering, particularly in coating processes for rockets and satellites. Wu, who has spent years advancing plasma applications at NYCU, began exploring its biomedical potential after encountering micro- and nano-bubble technologies during his research.<br />
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Conventional plasma-activated water systems typically rely on oxygen-based reactive species, which provide strong antibacterial effects but are limited in broader biomedical applications. To overcome this constraint, Wu’s team pioneered a “dual-mode dynamic plasma” system that combines both oxygen- and nitrogen-based reactive species.</div>
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By precisely controlling the ratio of these reactive components, the system can generate tailored compositions suited for different applications. When integrated with micro- and nano-bubble water, the result is a biocompatible and highly versatile platform for medical use.<br />
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<strong>Beyond Wound Care: Expanding Applications Across Industries</strong><br />
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Beyond chronic wound treatment, the technology demonstrates significant cross-sector potential. Possible applications include dermatological therapies, aesthetic medicine, and health maintenance, as well as high-standard sterilization processes for food and agricultural products.<br />
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The development highlights the growing role of plasma technology not only in aerospace, but also in healthcare and industrial innovation.<br />
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<strong>Bridging Space Technology and Human Health</strong><br />
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From rocket propulsion systems to human-centered medical care, Wu’s work exemplifies how advanced technologies can be translated across disciplines to address real-world challenges.<br />
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Looking ahead, the NYCU team plans to accelerate technology transfer and expand industry-academia collaboration, aiming to bring biomedical plasma applications into clinical and commercial use—turning “rocket-grade” innovation into tangible healthcare solutions.<br />
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<img alt="NYCU Professor Jong-Shinn Wu extends his expertise beyond aerospace, translating plasma technology into innovative solutions for wound care." src="/userfiles/nycuen/images/20260407205556671.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">NYCU Professor Jong-Shinn Wu extends his expertise beyond aerospace, translating plasma technology into innovative solutions for wound care</span></span></em></div>
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- <![CDATA[NYCU Builds One of Taiwan’s Most Complete Virtual Campuses in Minecraft]]>Campus Life2026-04-01<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Builds One of Taiwan’s Most Complete Virtual Campuses in Minecraft"><meta name="twitter:description" content="A student-initiated project, supported by the NCTU Alumni Association, is recreating NYCU’s campuses inside the global sandbox game Minecraft."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260331202728358.png"><meta name="The monument at NYCU’s Bo-Ai Campus is one of the university’s most iconic landmarks."><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Builds One of Taiwan’s Most Complete Virtual Campuses in Minecraft"><meta property="og:description" content="A student-initiated project, supported by the NCTU Alumni Association, is recreating NYCU’s campuses inside the global sandbox game Minecraft."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260331202728358.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=08f65a1b-f6c3-465a-8a1a-7f23e56357a1">
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<div class="ed_txt" style="text-align: justify;">As National Yang Ming Chiao Tung University (NYCU) marks its fifth anniversary—alongside the 130-year legacy of National Chiao Tung University (NCTU)—a new kind of campus is taking shape, not in concrete and steel, but in pixels and code.<br />
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A student-initiated project, supported by the <strong>NCTU Alumni Association</strong>, is recreating NYCU’s campuses inside the global sandbox game Minecraft. More than a digital replica, the initiative is designed to connect alumni across generations and geographies—inviting them to “return” to campus from anywhere in the world.<br />
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Launched in 2025, the project is led by <strong>a student team in collaboration with</strong> <strong>DreamCity Studio</strong>. Starting with the historic Bo-Ai Campus, the team reconstructed buildings to real-world dimensions while integrating future development plans—allowing past, present, and future to coexist in a single virtual environment.<br />
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<span style="color:#4e5f70;"><em><span style="font-size:90%;">The monument at NYCU’s Bo-Ai Campus is one of the university’s most iconic landmarks.</span></em></span><br />
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<strong>A campus across time: past, present and future</strong><br />
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Unlike conventional digital archives or static 3D models, the NYCU Minecraft campus is built as a living narrative.<br />
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Visitors can revisit familiar landmarks from decades past, walk through the university as it stands today, and glimpse what lies ahead. Planned transformations—such as the redevelopment of student dormitories and the future construction of facilities including the Chuming Hospital—are embedded directly into the virtual landscape.<br />
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This layered design turns the project into more than a reconstruction. It becomes a storytelling platform—one that reflects NYCU’s evolution from NCTU’s 130-year legacy to its identity as a five-year-old merged institution.</div>
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<strong>Beyond “Minecraft builds”: a rare full-scale project</strong><br />
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While Minecraft has been used in Taiwan for educational and creative purposes—including classroom teaching in geography, architecture and history—most campus-related projects remain limited in scope.<br />
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Many are small-scale efforts focused on individual buildings or partial areas. Others are personal or club-based creations that remain unpublished, lacking long-term planning or public engagement. NYCU’s project stands apart.<br />
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It delivers a full reconstruction of both the Bo-Ai and Guang-Fu campuses, making it one of the most complete virtual campus builds in Taiwan to date. More importantly, it operates as an organized initiative rather than a standalone creation—bringing together students, a professional creative studio, and alumni support under a unified vision.<br />
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The project also integrates outreach strategies, including promotional videos, guided experiences and interactive participation mechanisms, transforming it from a static model into a dynamic, externally shareable platform.<br />
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In this sense, NYCU’s Minecraft campus is not simply a digital experiment—it represents a first-tier, flagship case that can be presented internationally.<br />
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<strong>Reimagining alumni connection in the digital age</strong><br />
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At its core, the initiative is about reconnection. By embedding memory, identity and future vision into a shared virtual space, NYCU is redefining how universities engage their global communities. Alumni are no longer limited to nostalgic recollection—they can actively explore, interact and rediscover the campus in an evolving digital form.<br />
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The project reflects a broader shift in higher education, where digital environments are increasingly used not just for teaching, but for storytelling, community-building and institutional identity.<br />
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<strong>Opening the virtual gates</strong><br />
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The virtual Bo-Ai and Guang-Fu campuses are set to open for <strong>online exploration starting after April 8</strong>, with access available for one month. Visitors are encouraged to stay tuned for official announcements to receive the latest updates.<br />
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For NYCU’s global alumni network, the experience offers something both familiar and new: a chance to walk the same paths, see the campus transformed, and imagine what comes next. In a single, block-built world, 130 years of history—and the future still unfolding—are brought into view.</div>
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- <![CDATA[NYCU Partners with GWOXI and PODAK to Advance Automated Stem Cell Manufacturing Platform]]>Industry Cooperation2026-03-31<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Partners with GWOXI and PODAK to Advance Automated Stem Cell Manufacturing Platform"><meta name="twitter:description" content="On March 27, NYCU signed a MOU with GWOXI and PODAK, marking a milestone collaboration to build an advanced automated stem cell manufacturing platform."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260331210219126.png"><meta name="On March 27, NYCU signed a MOU with GWOXI and PODAK, marking a milestone collaboration to build an advanced automated stem cell manufacturing platform."><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Partners with GWOXI and PODAK to Advance Automated Stem Cell Manufacturing Platform"><meta property="og:description" content="On March 27, NYCU signed a MOU with GWOXI and PODAK, marking a milestone collaboration to build an advanced automated stem cell manufacturing platform."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260331210219126.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=d4927e98-0380-43da-bf98-e15abe3ee138">
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<div class="ed_pic_full"><img alt="From left: Chia-Yu Chen, Chairman of PODAK International Corp.; Professor Chi-Ying Huang, Dean of the College of Pharmaceutical Sciences, National Yang Ming Chiao Tung University (NYCU); and Ming-Hsi Chuang, Chairman of Gwo Xi Stem Cell Applied Technology Co., Ltd.." src="/userfiles/nycuen/images/20260331210219126.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">From left: Chia-Yu Chen, Chairman of PODAK International Corp.; Professor Chi-Ying Huang, Dean of the College of Pharmaceutical Sciences, National Yang Ming Chiao Tung University (NYCU); and Ming-Hsi Chuang, Chairman of Gwo Xi Stem Cell Applied Technology Co., Ltd.</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">As Taiwan enters the first year of implementing its landmark regenerative medicine legislation in 2026, National Yang Ming Chiao Tung University (NYCU) has taken a leading role in a major industry–academia partnership aimed at accelerating the development of next-generation cell therapies.<br />
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On March 27, NYCU signed a memorandum of understanding (MOU) with leading stem cell developer Gwo Xi Stem Cell Applied Technology Co., Ltd. (GWOXI) and electronics distributor-turned-biotech player PODAK International Corp., marking a milestone collaboration to build an advanced automated stem cell manufacturing platform.<br />
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<strong>Bridging Research and Industry</strong><br />
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The partnership underscores strong industry confidence in NYCU’s regenerative medicine research capabilities. Led by the university’s College of Pharmaceutical Sciences, the collaboration integrates:</div>
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<li class="ed_txt" style="text-align: justify;">Clinical-grade stem cell technologies from GWOXI, including U.S. FDA Drug Master File (DMF)-registered adipose-derived stem cells</li>
<li class="ed_txt" style="text-align: justify;">Fully automated cell production systems introduced by PODAK from Japan</li>
<li class="ed_txt" style="text-align: justify;">NYCU’s strengths in AI-driven drug discovery, data platforms, and translational research</li>
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<div class="ed_txt" style="text-align: justify;">Together, the three parties aim to develop a next-generation automated stem cell processing platform to accelerate the transition from laboratory research to scalable, industrial-level production.<br />
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<strong>From Lab Innovation to Scalable Manufacturing</strong><br />
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The signing ceremony, held at NYCU, coincided with the “2026 Conference on Diagnostics, Therapeutics and Regenerative Medicine,” where international experts witnessed the agreement.<br />
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GWOXI Chairman Ming-Hsi Chuang noted that early integration of industry-grade standards is essential for translating academic innovation into real-world applications. By providing FDA DMF-registered clinical-grade stem cells, the company aims to support NYCU as a core R&D platform and help align Taiwan’s regenerative medicine sector with global regulatory pathways.</div>
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PODAK Chairman Chia-Yu Chen highlighted the introduction of Japan’s latest automated cell culture and monitoring system. The platform enables closed, sterile production environments with AI-powered imaging, allowing 24/7 monitoring and standardized large-scale cell expansion—key to ensuring consistency and quality across batches.<br />
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<strong>NYCU as a Translational Hub</strong><br />
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Professor Chi-Ying Huang, Dean of NYCU’s College of Pharmaceutical Sciences, emphasized the university’s role as a bridge between academia and industry.<br />
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Leveraging proprietary drug databases and AI-based screening technologies, NYCU can predict drug–target interactions and significantly shorten development timelines. With added industry support, the university will focus on designing next-generation cell therapies and building automated production workflows, while also cultivating talent for Taiwan’s growing biotech sector.<br />
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<strong>Positioning Taiwan for Global Regenerative Medicine</strong><br />
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The collaboration signals a broader shift in Taiwan’s regenerative medicine landscape—from early-stage research to industrial-scale production.<br />
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By combining modular manufacturing systems, clinical-grade materials, and automated technologies, the alliance is expected to establish a resilient, scalable supply chain for cell-based therapies. Industry observers note that such a model could not only serve domestic hospitals and clinics, but also position Taiwan to export integrated “cell factory” solutions across the Asia-Pacific region.<br />
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As global demand for stem cell therapies continues to grow, NYCU’s leadership in this cross-sector initiative highlights its expanding role in shaping the future of biomedical innovation and industrial translation.</div>
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- <![CDATA[NYCU Study Redefines Battery Design, Boosting Capacity by 167% for Next-Generation EVs]]>Research Highlights2026-03-30<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Study Redefines Battery Design, Boosting Capacity by 167% for Next-Generation EVs"><meta name="twitter:description" content="Led by Professor Yu-Sheng Su of NYCU’s International College of Semiconductor Technology, the team has developed a novel lithium-ion battery design that increases capacity by 167%, offering a promising new direction for EV power systems and large-scale energy storage applications."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260330105752863.png"><meta name="twitter:image:alt" content="NYCU Study Redefines Battery Design, Boosting Capacity by 167% for Next-Generation EVs"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Study Redefines Battery Design, Boosting Capacity by 167% for Next-Generation EVs"><meta property="og:description" content="Led by Professor Yu-Sheng Su of NYCU’s International College of Semiconductor Technology, the team has developed a novel lithium-ion battery design that increases capacity by 167%, offering a promising new direction for EV power systems and large-scale energy storage applications."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260330105752863.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=dfb2960a-e162-42c6-ba60-6091982c2f98">
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<div class="ed_txt" style="text-align: justify;">Electric vehicle (EV) battery life and charging speed remain among the most critical concerns for consumers worldwide. Now, a research team at National Yang Ming Chiao Tung University (NYCU) has unveiled a breakthrough that could reshape the future of battery technology.<br />
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Led by Professor Yu-Sheng Su of NYCU’s International College of Semiconductor Technology, the team has developed a novel lithium-ion battery design that increases capacity by 167%, offering a promising new direction for EV power systems and large-scale energy storage applications. The study has been published in the international journal <em>Small Structures</em>.<br />
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<strong>Rethinking a “Safe but Limited” Battery Material</strong><br />
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At the heart of the breakthrough is <strong>lithium titanate (LTO, Li₄Ti₅O₁₂)</strong>—a material long regarded as one of the safest anode options in lithium-ion batteries.<br />
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Unlike many conventional battery materials, LTO undergoes almost no volume expansion during charging and discharging. This structural stability translates into exceptional cycle life and thermal safety, making it particularly suitable for applications that require frequent, fast charging, such as electric transportation and grid-scale energy storage.<br />
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However, LTO has historically faced a major limitation: <strong>low energy density</strong>, which means it can store less energy than other materials, restricting its adoption in EV markets.<br />
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<strong>Challenging a Core Assumption in Battery Design</strong><br />
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Seeking to overcome this limitation, Professor Su’s team at the <strong>BEST Lab (Battery Energy Semiconductor Technology Lab)</strong> revisited a fundamental assumption in lithium-ion battery design: that the electrolyte must contain lithium ions for the battery to function. Their findings challenge this long-held belief.<br />
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The researchers demonstrated, for the first time systematically, that LTO can operate effectively even in a sodium-ion electrolyte—without lithium ions present in the electrolyte itself. Under specific conditions, the battery exhibited enhanced capacity, improved cycling stability, and superior rate performance compared to conventional lithium-based systems.</div>
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<strong>A Subtle Structural Shift Unlocks Higher Capacity</strong><br />
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According to Su, the key lies in a hybrid design combining lithium metal with a sodium-ion electrolyte.<br />
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While lithium ions remain the primary charge carriers responsible for energy storage, sodium ions play a crucial supporting role. A small number of sodium ions enter the LTO crystal structure, causing a slight and reversible lattice expansion.<br />
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This process is like creating extra space on a tightly packed bookshelf—making it easier to insert and remove books. Similarly, the expanded lattice allows lithium ions to move more freely, increasing the material’s overall storage capacity without compromising its inherent stability.<br />
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<strong>Implications for EVs and Energy Systems</strong><br />
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The innovation offers a rare combination of advantages: high safety, long lifespan, fast charging capability, and significantly increased capacity. Beyond performance gains, the approach may also deliver economic benefits. Compared to lithium, sodium is more abundant and cost-stable, suggesting that partially replacing lithium salts in electrolytes could reduce long-term costs and ease supply chain pressures—particularly for large-scale batteries and energy storage systems.<br />
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As the global push toward electrification accelerates, the NYCU study provides a compelling glimpse into how rethinking fundamental design principles can unlock the next generation of energy technologies.<br />
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<img alt="Professor Yu-Sheng Su (right, first) with his laboratory research team." src="/userfiles/nycuen/images/20260330110125209.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">Professor Yu-Sheng Su (right, first) with his laboratory research team.</span></span></em></div>
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- <![CDATA[NYCU Partners with HHRI and RPI to Develop High-Speed Micro-LED Quantum Random Number Generator]]>Industry Cooperation2026-03-25<![CDATA[<div class="ed_model08 clearfix">
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<div class="ed_txt" style="text-align: justify;">As display technologies continue to advance, Micro-LED is emerging as a transformative force across the semiconductor and communications industries. A research team led by the Semiconductor Research Institute of the Hon Hai Research Institute (HHRI), in collaboration with National Yang Ming Chiao Tung University (NYCU) and Rensselaer Polytechnic Institute (RPI), has developed a high-speed, scalable quantum random number generator (QRNG) based on indium gallium nitride (InGaN) Micro-LED arrays.<br />
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The breakthrough leverages the intrinsic quantum randomness of spontaneous emission in Micro-LEDs, offering a compact and energy-efficient solution for next-generation secure communications and photonic systems. The findings have been published in the <em>IEEE Photonics Journal</em>.<br />
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<strong>Breaking Through Conventional Limits with Record Data Rates</strong><br />
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Traditional QRNG systems have long been constrained by low data rates and limited integration capabilities. By harnessing the quantum entropy generated from Micro-LED spontaneous emission, the research team successfully overcame these bottlenecks.<br />
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The newly developed system achieves data transmission speeds of up to 12.5 Gb/s, marking a significant advancement over existing technologies and setting a new benchmark for high-speed quantum random number generation.<br />
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<strong>From Quantum Encryption to Next-Generation Optical Interconnects</strong><br />
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Micro-LED technology offers key advantages including high bandwidth, low power consumption, and compact size. Unlike conventional laser-based systems that rely on bulky external optical components, Micro-LEDs are highly compatible with chip-scale integration.<br />
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These properties unlock a wide range of cross-disciplinary applications:<br />
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<strong>• Secure communications for 6G and low-Earth orbit (LEO) satellites</strong><br />
Micro-LED devices can simultaneously transmit data and generate true random numbers, enabling “encrypt-as-you-transmit” architectures. This integrated approach is expected to play a critical role in future 6G networks, satellite communications, and fintech security systems.<br />
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<strong>• Next-generation active optical cables (AOC) for AI data centers</strong><br />
As AI-driven workloads continue to surge, data centers face increasing demands for high-speed, energy-efficient interconnects. Micro-LED arrays enable parallel data transmission through hundreds of microchannels, significantly reducing power consumption compared to traditional laser-based optical modules. At the same time, they offer high reliability comparable to copper cables while supporting longer transmission distances—meeting the needs of future gigawatt-scale AI infrastructure.</div>
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<strong>Global Collaboration Driving Photonic Innovation</strong><br />
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The research was led by Professor Hao-Chung Kuo, Director of the Semiconductor Research Institute at HHRI and Chair Professor at NYCU, alongside Dr. Yu-Heng Hong and researcher Yun-Han Chang. The NYCU team included Professor Chun-Liang Lin and Distinguished Professor Chi-Wai Chow, working in collaboration with Chair Professor Boon S. Ooi from RPI.<br />
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The project also received strong support from Taiwan’s National Science and Technology Council (NSTC).<br />
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<strong>Advancing Taiwan’s Leadership in Quantum and Photonic Technologies</strong><br />
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This achievement highlights Taiwan’s growing leadership in quantum information science and optical communications. By combining low cost, low power consumption, and miniaturized design, Micro-LED-based QRNG technology lays the groundwork for future single-chip, multi-channel quantum random number generation systems.<br />
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Beyond secure communications, the technology is expected to accelerate advancements in quantum encryption, probabilistic AI models, and high-performance secure networks—pushing forward the global adoption of next-generation digital infrastructure.<br />
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<img alt="Schematic diagram of the QRNG experimental setup, featuring a Micro-LED as the quantum entropy source, a focusing lens, and an avalanche photodiode." src="/userfiles/nycuen/images/20260325215802679.png" /><br />
<em><span style="color:#4e5f70;"><span style="font-size:90%;">Schematic diagram of the QRNG experimental setup, featuring a Micro-LED as the quantum entropy source, a focusing lens, and an avalanche photodiode.</span></span></em></div>
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- <![CDATA[NYCU Study Reveals Hidden Liver Cancer Risk in Non-Hepatitis Patients]]>Research Highlights2026-03-24<![CDATA[<!-- Twitter Card -->
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<div class="ed_txt" style="text-align: justify;">Many people in Taiwan are aware that hepatitis B and C viruses are major risk factors for liver cancer. However, new research shows that even individuals without these infections may still face a significantly increased risk—driven by genetic variation.<br />
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A research team led by Professor Mei-Hsuan Lee at the Institute of Clinical Medicine, College of Medicine, National Yang Ming Chiao Tung University (NYCU), has uncovered critical genetic factors linked to liver cancer risk in non-viral populations. By integrating data from the <strong>Taiwan Precision Medicine Initiative (TPMI)</strong>, <strong>Taiwan Biobank</strong>, and the <strong>Taiwan Liver Cancer Network (TLCN)</strong>, the team analyzed genomic, clinical, and longitudinal health data from more than 70,000 Taiwanese adults. The study was published in the international journal <em>JHEP Reports</em>.<br />
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<strong>Genetic variants linked to up to a threefold increase in risk</strong><br />
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The study identified variants in the PNPLA3 and SAMM50 genes as significant contributors to liver cancer susceptibility. Individuals carrying multiple risk variants were found to have a 2.6 to 3.4 times higher likelihood of developing liver cancer over time.<br />
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Importantly, the findings challenge long-standing assumptions about liver cancer risk. Even in the absence of fatty liver disease—a condition often associated with metabolic dysfunction—these genetic variants independently elevated cancer risk.<br />
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“Liver cancer is no longer just a viral disease,” said Prof. Lee. “Our findings highlight that genetic and metabolic pathways play equally critical roles. In the future, genetic risk profiling could be incorporated into public health strategies for early identification and prevention.”</div>
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<strong>One of Asia’s largest studies on non-viral liver cancer</strong><br />
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The study is among the few globally—and one of the largest in Asia—to specifically examine liver cancer risk in individuals without hepatitis B or C infection. By excluding viral cases and focusing on so-called “non-viral liver cancer,” the researchers were able to establish a clearer understanding of genetic susceptibility.<br />
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With nearly a decade of follow-up data, the study provides robust longitudinal evidence with both clinical and public health relevance, laying the groundwork for more precise risk prediction models.<br />
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<strong>Cross-institutional collaboration showcases Taiwan’s precision medicine strength</strong><br />
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The research was led by NYCU’s Institute of Clinical Medicine, in collaboration with Academia Sinica, the Taiwan Precision Medicine Initiative, the Taiwan Biobank, the Taiwan Liver Cancer Network, and multiple medical centers.<br />
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The study highlights Taiwan’s global competitiveness in integrating large-scale biobank resources, data science, and precision medicine.</div>
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- <![CDATA[NYCU Honors Six Distinguished Alumni in Student-Led Ceremony Showcasing Cross-Sector Innovation]]>Campus Life2026-03-21<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Honors Six Distinguished Alumni in Student-Led Ceremony Showcasing Cross-Sector Innovation"><meta name="twitter:description" content="NYCU on March 20 announced its 2026 Distinguished Alumni, honoring six individuals whose achievements span business, public service, maritime technology, music, and public health."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260323122132365.png"><meta name="twitter:image:alt" content="NYCU Honors Six Distinguished Alumni in Student-Led Ceremony Showcasing Cross-Sector Innovation"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Honors Six Distinguished Alumni in Student-Led Ceremony Showcasing Cross-Sector Innovation"><meta property="og:description" content="At the ceremony, NYCU President Chi-Hung Lin (center) raises a symbolic oar, with a backdrop of flying fish evoking the six awardees (from left: Shwu-Jing Chang, Chen-Chang Yang, Guo-Xian Lin, Ryan Lee, Jason Wang, and Vintz Huang). Comparing them to flying fish that rise above the surface at defining moments, Lin noted that while their paths differ, “they share the same point of departure—NYCU.”"><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260323122132365.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=1a1f215a-2dc9-42f5-8b15-2e1fe15a4f8a">
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<div class="ed_pic_full" style="text-align: center;"><em><span style="color:#4e5f70;"><span style="font-size:90%;">At the ceremony, NYCU President Chi-Hung Lin (center) raises a symbolic oar, with a backdrop of flying fish evoking the six awardees (from left: Shwu-Jing Chang, Chen-Chang Yang, Guo-Xian Lin, Ryan Lee, Kee Ong, and Vintz Huang). Comparing them to flying fish that rise above the surface at defining moments, Lin noted that while their paths differ, “they share the same point of departure—NYCU.”</span></span></em></div>
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<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU) on March 20 announced its 2026 Distinguished Alumni, honoring six individuals whose achievements span business, public service, maritime technology, music, and public health.<br />
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The honorees—Kee Ong (王其勳), Ryan Lee (李俊廣), Guo-Xian Lin (林國顯), Shwu-Jing Chang (張淑淨), Vintz Huang (黃國倫), and Chen-Chang Yang (楊振昌)—represent a diverse spectrum of leadership and innovation, reflecting NYCU’s long-standing commitment to interdisciplinary education and societal impact.<br />
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<strong>From Enterprise Leadership to Public Service</strong><br />
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Kee Ong, CEO of Synnex Technology International Corporation, has spent more than two decades expanding the company’s footprint in Australia and New Zealand, strengthening its position in the Asia-Pacific ICT and semiconductor distribution market.<br />
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Guo-Xian Lin, Taiwan’s Vice Minister of Transportation and Communications, has dedicated over 30 years to public service. His leadership has been central to major infrastructure developments, including advancing the long-delayed Terminal 3 project at Taoyuan International Airport.<br />
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<strong>Innovation Across Industries and Disciplines</strong><br />
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Ryan Lee, founder of Taiwan’s largest pet retail chain, “Pet Park,” has built a career spanning music production, digital platforms, and retail entrepreneurship, demonstrating the power of interdisciplinary thinking.<br />
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Professor Shwu-Jing Chang of National Taiwan Ocean University has led key advancements in maritime safety and digital navigation, including Taiwan’s Electronic Navigational Chart system and satellite-based rescue technologies.<br />
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<strong>Cultural Influence and Public Health Advocacy</strong><br />
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Renowned Mandopop producer and songwriter Vintz Huang has created widely recognized works for artists including Faye Wong and Jacky Cheung, and has also composed "Beyond," a commemorative song marking NYCU’s merger.<br />
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Chen-Chang Yang, a leading toxicology expert at Taipei Veterans General Hospital, has played a key role in public health communication during major food safety incidents and poisonings, helping shape national crisis response.<br />
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<strong>Reimagining the Ceremony Through Technology and Co-Creation</strong><br />
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Beyond honoring distinguished individuals, this year’s ceremony served as a showcase of NYCU’s evolving innovation ecosystem—where academia, industry, and media converge to create new forms of storytelling.</div>
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Held in a virtual production studio powered by advanced LED technology, the event was co-developed by NYCU’s College of Humanities Arts and Social Sciences in collaboration with industry partners Cyans LED Virtual Studio and Formosa TV. The ceremony was designed and executed by a student-led team, integrating artificial intelligence with virtual production technologies to transform the venue into a symbolic ocean of exploration.<br />
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This cross-sector collaboration reflects NYCU’s “NYCU 2.0” vision—bridging engineering, humanities, and real-world applications to create immersive, future-ready experiences.<br />
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Under the theme “Youth × Time,” the ceremony framed youth not as an age, but as an enduring force—defined by resilience, curiosity, and the courage to navigate uncertainty. Visual elements such as flying fish and seafaring vessels illustrated movement, discovery, and the continuity of journeys across generations.<br />
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<strong>A Legacy in Motion</strong><br />
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The 2026 Distinguished Alumni Awards highlight more than individual achievement—they represent a shared ethos of persistence, exploration, and societal contribution.<br />
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“As we journey forward,” Lin said, “NYCU will continue to cultivate talents who are ready to set sail and take on new challenges.”<br />
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In a rapidly changing world, their stories serve as a reminder: youth is not fleeting—it is a mindset that endures and keeps moving forward.<br />
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<img alt="A student-led team from NYCU’s College of Humanities Arts and Social Sciences poses at the ceremony, which was primarily planned and produced by faculty and students in collaboration with industry partners Cyans LED Virtual Studio and Formosa TV." src="/userfiles/nycuen/images/20260323122525438.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">A student-led team from NYCU’s College of Humanities Arts and Social Sciences poses at the ceremony, which was primarily planned and produced by faculty and students in collaboration with industry partners Cyans LED Virtual Studio and Formosa TV.</span></em></span></div>
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</div>]]>https://www.nycu.edu.tw/nycu/en/app/news/image?module=headnews&detailNo=1485495392761024512&init=Ycover imagehttps://www.nycu.edu.tw/nycu/en/app/news/image?module=headnews&detailNo=1485495393037848576&init=YKee Ong, CEO of Synnex Technology International Corporation, graduated from the Department of Computer Science at National Chiao Tung University.https://www.nycu.edu.tw/nycu/en/app/news/image?module=headnews&detailNo=1485495393100763136&init=YRyan Lee, founder of Wonder Pet Co., Ltd., graduated from the Department and Institute of Computer Science at National Chiao Tung University.https://www.nycu.edu.tw/nycu/en/app/news/image?module=headnews&detailNo=1485495393180454912&init=YGuo-Xian Lin, Vice Minister of Transportation and Communications, graduated from the Department of Transportation Engineering and Management and the Institute of Transportation at National Chiao Tung University.https://www.nycu.edu.tw/nycu/en/app/news/image?module=headnews&detailNo=1485495393339838464&init=YShwu-Jing Chang, Professor in the Department of Communications and Navigation Engineering at National Taiwan Ocean University, graduated from the Department of Electronics Engineering and the Institute of Electronics at National Chiao Tung University.https://www.nycu.edu.tw/nycu/en/app/news/image?module=headnews&detailNo=1485495393406947328&init=YVintz Huang, a renowned music producer and songwriter, graduated from the Department of Management Science at National Chiao Tung University.https://www.nycu.edu.tw/nycu/en/app/news/image?module=headnews&detailNo=1485495393457278976&init=YChen-Chang Yang, Director of the Division of Clinical Toxicology and Occupational Medicine at Taipei Veterans General Hospital, graduated from the School of Medicine at National Yang-Ming University.
- <![CDATA[NYCU Leads Smart City Innovation Hub, Advancing AI-Driven Urban Governance with Global Partners]]>Industry Cooperation2026-03-18<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Leads Smart City Innovation Hub, Advancing AI-Driven Governance"><meta name="twitter:description" content="At the 2026 Smart City Summit & Expo, NYCU joined forces with National Taiwan Ocean University, National Chung Cheng University, and National Ilan University to showcase more than 20 cutting-edge AI-powered technologies."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260318122755124.png"><meta name="twitter:image:alt" content="NYCU Leads Smart City Innovation Hub, Advancing AI-Driven Governance"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Leads Smart City Innovation Hub, Advancing AI-Driven Governance"><meta property="og:description" content="At the 2026 Smart City Summit & Expo, NYCU joined forces with National Taiwan Ocean University, National Chung Cheng University, and National Ilan University to showcase more than 20 cutting-edge AI-powered technologies."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260318122755124.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=36c236de-b103-46dc-a4a2-6ec6e01344e8">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">National Yang Ming Chiao Tung University, National Taiwan Ocean University, National Chung Cheng University, and National Ilan University jointly exhibit at the 2026 Smart City Summit & Expo and Net-Zero City Expo.</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU) is spearheading a new model for smart city development, bringing together universities, industry leaders, and government agencies to accelerate the deployment of artificial intelligence in urban governance.<br />
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At the 2026 Smart City Summit & Expo, NYCU joined forces with National Taiwan Ocean University, National Chung Cheng University, and National Ilan University to showcase more than 20 cutting-edge AI-powered technologies. The exhibition, curated by NYCU under the theme “Smart Convergence: Advancing Urban Evolution,” opened on March 17 and drew high-profile visitors, including Vice President Hsiao Bi-khim and senior officials from the Ministry of Transportation and Communications.<br />
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The joint exhibition spans smart healthcare, intelligent buildings, low-carbon ocean technology, and smart manufacturing — demonstrating how universities are translating research into scalable, real-world applications.<br />
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<strong>From Lab to City: Building an Innovation Ecosystem</strong><br />
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NYCU Senior Vice President Ta-Sung Lee said the exhibition goes beyond a display of technological achievements, positioning the university as a platform for industry–academia co-creation.<br />
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“Our goal is to move innovation from laboratories into urban environments,” Lee said, pointing to the university’s Shilin building and its research commercialization platforms as key infrastructures. “By connecting enterprises, government agencies, and international partners, we are building a globally competitive ecosystem for smart city innovation.”<br />
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<div class="ed_pic_full"><img alt="Vice President Bi-khim Hsiao visits the exhibition booth jointly presented by NYCU and its partner universities." src="/userfiles/nycuen/images/20260318122920914.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">Vice President Bi-khim Hsiao visits the exhibition booth jointly presented by NYCU and its partner universities.</span></em></span><br />
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NYCU has been actively fostering international collaboration, working closely with leading institutions in Japan, including Kyushu University, Tohoku University, and Hokkaido University. These partnerships aim to attract global capital, talent, and technology to Taiwan while accelerating the development and deployment of smart city solutions.<br />
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“Competition in smart cities is no longer defined by technology alone,” said Hank Huang, NYCU Vice President for Industry–Academia Co-creation. “It is increasingly about the strength of integrated ecosystems shaped by cities, industries, and universities working together.”<br />
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<strong>Forum Highlights Path Toward AI-Driven Governance</strong><br />
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A key highlight of the opening day was the “AI Smart City Governance Forum,” organized by NYCU, which brought together policymakers, industry leaders, and academic experts.<br />
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The forum featured two panel discussions. The first focused on real-world industrial applications of AI in urban settings, with speakers including officials from Taiwan’s Small and Medium Enterprise and Startup Administration and executives from leading technology companies.<br />
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The second panel explored how cities can leverage their unique characteristics through industry–academia collaboration, with participation from Taiwan’s Ministry of Digital Affairs and partner universities.<br />
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Discussions centered on how smart cities are evolving from isolated technological deployments to integrated, city-scale systems — and emphasized the critical role universities play in connecting policy, industry, and local innovation.</div>
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<strong>Shilin Building Debuts as Global Innovation Testbed</strong><br />
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NYCU also unveiled its Shilin building as an international innovation hub co-developed with leading enterprises.<br />
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The site integrates smart building technologies, data platforms, and co-creation mechanisms, serving as both a showcase for smart city solutions and a living laboratory for future urban applications. The initiative underscores the university’s emerging role as a key node in city-level innovation.<br />
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<img alt="Group photo at the launch of the “AI Smart City Governance” forum, with industry, government, and academic leaders supporting university-driven smart city innovation." src="/userfiles/nycuen/images/20260318123107836.png" /><br />
<em><span style="color:#4e5f70;"><span style="font-size:90%;">Group photo at the launch of the “AI Smart City Governance” forum, with industry, government, and academic leaders supporting university-driven smart city innovation.</span></span></em><br />
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<strong>Breakthrough Technologies with Commercial Potential</strong><br />
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Among NYCU’s featured innovations were seven technologies with strong commercialization potential.<br />
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These include an automated closed-system stem cell cultivation platform, jointly developed with Japan’s CiRA Foundation, a world-leading regenerative medicine institute, significantly improving efficiency in stem cell research.<br />
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The university also presented myPDA, a generative AI-powered digital agent developed by its AI Systems Center, designed to support smart manufacturing and enterprise governance.<br />
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In healthcare, NYCU teams showcased AI-enabled solutions, including XR-based digital dental training tools and a personalized rehabilitation platform developed by the InsightMed Diagnostics team, addressing clinical and health management needs.<br />
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International collaborations were also highlighted. Startups, including B-Box and Quon Energy, are working with NYCU on geothermal and biomass technologies aligned with global net-zero goals. Meanwhile, Professor Mitsuru Tanaka of Kyushu University presented the next-generation mass spectrometry platform GRAMS, with applications ranging from non-invasive cancer detection to rapid food quality analysis.<br />
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<strong>Universities as Catalysts for Future Cities</strong><br />
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As cities worldwide confront challenges from digital transformation to climate change, NYCU’s initiative reflects a broader shift: universities are no longer just centers of knowledge, but active drivers of urban innovation.<br />
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By integrating research, industry collaboration, and real-world experimentation, NYCU is positioning itself — and Taiwan — at the forefront of next-generation smart city development.<br />
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<img alt="Deputy Minister Sheng-Yuan Wu of the Ministry of Transportation and Communications listens as NYCU Vice President for OIAC Hank Huang presents key exhibition highlights." src="/userfiles/nycuen/images/20260318123224369.png" /><span style="color:#4e5f70;"><span style="font-size:90%;"><em>Deputy Minister Sheng-Yuan Wu of the Ministry of Transportation and Communications listens as NYCU Vice President for OIAC Hank Huang presents key exhibition highlights.</em></span></span></div>
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- <![CDATA[NYCU Showcases Architectural Futures, Rethinking Urban Resilience and Design]]>Humanities & Arts2026-03-17<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Showcases Architectural Futures, Rethinking Urban Resilience and Design"><meta name="twitter:description" content="Titled “Before the Future: Generating Alternative Possibilities in the Present,” the 2026 NYCU Architecture Exhibition runs from March 2 to March 27 at the HaoRan Library B1 Art Space on the university’s Chiaotung campus."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260318150117846.png"><meta name="twitter:image:alt" content="NYCU Showcases Architectural Futures, Rethinking Urban Resilience and Design"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Showcases Architectural Futures, Rethinking Urban Resilience and Design"><meta property="og:description" content="Titled “Before the Future: Generating Alternative Possibilities in the Present,” the 2026 NYCU Architecture Exhibition runs from March 2 to March 27 at the HaoRan Library B1 Art Space on the university’s Chiaotung campus."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260318150117846.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=5c1bff2d-90e0-4155-9cd1-a21b27886288">
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<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU) has launched its annual architecture exhibition, bringing together a year’s worth of student work to explore how design can respond to an increasingly complex and uncertain world.<br />
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Titled “Before the Future: Generating Alternative Possibilities in the Present,” the 2026 NYCU Architecture Exhibition runs from March 2 to March 27 at the HaoRan Library B1 Art Space on the university’s Chiaotung campus. Curated under the guidance of Professor Shu-Chang Kung, the exhibition gathers projects from 16 design studios, presenting architecture not as a fixed outcome, but as an evolving inquiry into society, resilience, and the nature of space.<br />
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<span style="color:#4e5f70;"><em><span style="font-size:90%;">Featuring a wide range of themes, the exhibition opens with “Alternative Material Operations,” an installation that activates visitors’ senses at the entrance.</span></em></span><br />
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<strong>Architecture as a “Precursor Experiment”</strong><br />
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At the heart of the exhibition lies a critical proposition: architecture is inherently shaped by time lag. From concept to construction, the world often changes before a building is realized. Rather than attempting to predict the future, the exhibition frames architecture as a “precursor experiment” — one that operates in the present, navigating constraints, differences, and uncertainties to propose more resilient ways of living.<br />
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Each project becomes a speculative probe into what lies “before the future,” inviting viewers to reflect on possibilities that have yet to fully materialize.<br />
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<strong>Five Thematic Fields Mapping Emerging Design Forces</strong><br />
The exhibition is structured around five interconnected thematic fields, transforming coursework into a dynamic landscape of ideas:</div>
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<li class="ed_pic_full">Alternative Landscapes reexamines the boundary between nature and the built environment, positioning landscape as a social interface rather than a passive backdrop.</li>
<li class="ed_pic_full">Alternative Coexistence in Dwelling explores co-living, social housing, and urban regeneration, seeking new forms of intimacy and connection in collective living environments.</li>
<li class="ed_pic_full">Alternative Resonance of Time engages with historical sites and adaptive reuse, enabling dialogue between past and future through architectural intervention.</li>
<li class="ed_pic_full">Alternative Consciousness Expansion investigates sensory experience, interactive installations, and the relationship between body, perception, and space.</li>
<li class="ed_pic_full">Alternative Material Operations experiments with materials, sustainability, and construction logic, opening new possibilities for architectural language in a circular economy.</li>
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<div class="ed_pic_full">Together, these themes reflect how emerging architects are pushing beyond disciplinary boundaries to respond to shifting societal conditions.<br />
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<strong>From AI Fabrication to Co-Living Futures</strong><br />
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Among the featured works, projects such as “AI + Robotic Construction” integrate data, geometry, and fabrication processes to explore architecture in the age of digital manufacturing. The “Morphology Workshop” reinterprets architectural ideas through geometric operations, transforming models into analytical tools rather than mere representations.</div>
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Other projects take a more social turn. In the coexistence section, proposals for intergenerational housing and Continuing Care Retirement Communities (CCRCs) address aging populations and changing family structures, envisioning housing systems that support long-term care and community integration.<br />
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A standout project, “DittoCrew,” by student Hu Yu-Hsiang, tackles Taipei’s housing affordability challenges by combining parametric design with public-private development strategies. The proposal earned third place in the 2025 International Student Tall Building Design Competition hosted by the Council on Tall Buildings and Urban Habitat (CTBUH).<br />
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<strong>Bridging Academia and Practice</strong><br />
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The exhibition also features contributions from five leading architecture firms, including KHAA, Q-LAB, JJP Architects & Planners, Kris Yao Artech, and AxB Architecture Studio. Their participation creates a dialogue between academic experimentation and professional practice, allowing visitors to compare, contrast, and connect different visions of architecture’s role in shaping the future.<br />
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This collaboration underscores the exhibition’s broader ambition: to position architecture as a shared platform where education, industry, and society converge.<br />
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<strong>Rethinking Space in an Accelerated World</strong><br />
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On the second floor, projects under themes such as landscape, time, and consciousness expand the conversation further.<br />
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Works like “New Taipei City Library Branch” redefine public libraries as active platforms for knowledge exchange, while “Hsinchu Park Museum/Library” reimagines cultural institutions as inclusive civic spaces. Other installations explore how digital technologies reshape perception, turning space into a medium for sensory and cognitive experience.<br />
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Meanwhile, projects addressing energy and infrastructure examine architecture as part of broader global systems — from data centers to supply chain landscapes — prompting new ways of thinking about “non-human” architecture in an era of technological acceleration.<br />
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<img alt="A student introduces the project “Architecture Centered on Energy Thinking,” offering insights during a guided exhibition tour." src="/userfiles/nycuen/images/20260318150117846.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">A student introduces the project “Architecture Centered on Energy Thinking,” offering insights during a guided exhibition tour.</span></em></span><br />
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Rather than offering a fixed vision of what lies ahead, the exhibition presents architecture as an ongoing process of inquiry — one rooted in the present, yet constantly reaching toward what could be. In doing so, NYCU positions design not simply as a response to change, but as a way to navigate it — shaping how future cities, communities, and ways of living might emerge.</div>
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- <![CDATA[NYCU and NTHU Share Overall Title at the 58th Mei-Chu Games]]>Campus Life2026-03-16<![CDATA[<!-- Twitter Card -->
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<div class="ed_txt"><strong>By Chance Lai</strong><br />
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<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU) and National Tsing Hua University (NTHU) concluded the 58th Mei-Chu Games on March 15 with a dramatic baseball finale at NTHU’s baseball field. After days of intense competition, the two universities finished with an overall score of 5–5, sharing this year’s historic intercollegiate tournament championship.<br />
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Held from March 6 to 8, with the decisive baseball game on March 15, the Mei-Chu Games remain one of Taiwan’s most iconic university traditions, bringing together students from both campuses for friendly rivalry in athletics, intellectual competitions, and student activities.<br />
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<div class="ed_pic_full"><img alt="Following tradition, the Mei-Chu Games officially began with the ceremonial strike of the gong." src="/userfiles/nycuen/images/20260316144620977.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">Following tradition, the Mei-Chu Games officially began with the ceremonial strike of the gong.</span></em></span><br />
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<strong>A Long-Standing Rivalry Across Ten Official Events</strong><br />
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This year’s official competitions included <strong>10 events</strong>: table tennis, badminton, contract bridge, Chinese chess, tennis, women’s basketball, men’s basketball, men’s volleyball, women’s volleyball, and baseball. Each winning team earned one point toward the overall championship.<br />
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In addition to the official contests, the Games also featured a series of <strong>exhibition matches</strong>, including billiards, soccer, women’s table tennis, Go, women’s tennis, archery, and softball. These events highlighted the vibrant sports culture and student club activities at both universities.<br />
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<strong>NYCU Takes Early Momentum</strong><br />
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During the first three days of competition, the two universities traded victories across multiple events. By the evening of March 7, NYCU had secured points in <strong>table tennis, Chinese chess, and men’s basketball</strong>, bringing the overall score to <strong>3–3</strong>.<br />
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Momentum continued on March 8 when NYCU claimed another point in <strong>contract bridge</strong>, briefly taking the lead. NTHU responded later that evening with a victory in <strong>men’s volleyball</strong>, tightening the race once again.<br />
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Late that night, NYCU’s <strong>women’s volleyball team</strong> delivered a decisive performance, defeating NTHU in straight sets <strong>25–18, 25–23, and 25–11</strong>. Riding the momentum from their championship run in the University Volleyball League Division II, the team secured a crucial fifth point for NYCU and kept the university ahead in the overall standings.<br />
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<img alt="At the moment NYCU’s women’s volleyball team secured victory, the arena erupted in cheers as blue and purple streamers fell simultaneously, symbolizing the enduring friendship between the two universities." src="/userfiles/nycuen/images/20260316144824028.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">At the moment NYCU’s women’s volleyball team secured victory, the arena erupted in cheers as blue and purple streamers fell simultaneously, symbolizing the enduring friendship between the two universities.</span></em></span><br />
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<strong>Baseball Finale Ends in a Historic Tie</strong><br />
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On March 15, the two universities met for the final baseball matchup at NTHU’s baseball field. After a hard-fought game, the overall results of the 58th Mei-Chu Games settled at 5–5, with NYCU and NTHU sharing the championship title.<br />
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Across the official events, NYCU claimed victories in badminton, Chinese chess, men’s basketball, contract bridge, and women’s volleyball. In the exhibition matches, NYCU teams also delivered strong performances in billiards, soccer, women’s table tennis, women’s tennis, archery, and softball.</div>
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Notably, during the same period, NYCU’s baseball team also delivered impressive results in the University Baseball League, defeating NTHU with a walk-off walk to return to the Final Four for the first time in three years. The team later beat National Taiwan University 11–3 to advance to the championship game and ultimately finished the season as runner-up, demonstrating the program’s growing competitive strength.<br />
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<img alt="Before the Mei-Chu baseball game, NYCU’s baseball team had already finished as runner-up in the University Baseball League." src="/userfiles/nycuen/images/20260316145006020.png" /><br />
<em><span style="color:#4e5f70;"><span style="font-size:90%;">Before the Mei-Chu baseball game, NYCU’s baseball team had already finished as runner-up in the University Baseball League.</span></span></em><br />
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<strong>A Tradition That Unites Generations</strong><br />
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NYCU President Chi-Hung Lin expressed gratitude to all athletes who competed in the tournament.<br />
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“Every athlete who stepped onto the field fought with determination and represented the university with pride,” Lin said. “Regardless of the final score, their dedication and sportsmanship brought honor to the school.”<br />
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He also thanked the many members of the NYCU community who made the event possible, including coaches, cheering squads, the Mei-Chu organizing committee, the university’s Physical Education Office, the Office of Student Affairs, and the students, faculty members, and alumni who came to support the teams.<br />
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“The honor of the Mei-Chu Games belongs to every participant,” Lin added.<br />
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Hsinchu City Mayor Ann Kao also highlighted the broader significance of the event, noting that the Mei-Chu Games have become more than just a university competition.<br />
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“The Mei-Chu Games are a long-standing tradition between two of Hsinchu’s most important universities and have become an important symbol of the city’s culture,” Kao said. “The city government will continue to support this historic intercollegiate event and encourage more residents to take part in cheering for both universities.”<br />
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<img alt="Hsinchu City Mayor Ann Kao visited before the volleyball match to offer encouragement to the players and event staff." src="/userfiles/nycuen/images/20260316145110465.png" /><span style="color:#4e5f70;"><span style="font-size:90%;"><em>Hsinchu City Mayor Ann Kao visited before the volleyball match to offer encouragement to the players and event staff.</em></span></span><br />
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<strong>Rivalry and Friendship Continue</strong><br />
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The 58th Mei-Chu Games concluded amid a festive atmosphere, once again showcasing the passion, perseverance, and sportsmanship of students from both universities.<br />
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For generations, the Mei-Chu Games have represented more than competition—they embody a shared tradition of rivalry and friendship between NYCU and NTHU. As the two universities look ahead to future tournaments, this spirit will continue to inspire new chapters in one of Taiwan’s most enduring campus traditions.</div>
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- <![CDATA[NYCU Chief Strategy Officer Haydn Chen: Navigating the AI Era with Soft Power]]>Feature Column2026-03-11<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">At a time when artificial intelligence is reshaping the future of work and education, NYCU strategist Haydn Chen argues that the most important skills students need are those that machines cannot easily replicate. (Photo credit: Central News Agency)</span></em></span></div>
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<div class="ed_txt"><strong>By <u><a href="https://www.cna.com.tw/topic/newsworld/209/202603020003.aspx" title="Central News Agency "><span style="color:#3498db;">Central News Agency </span></a></u><br />
Translated and Edited by Chance Lai</strong></div>
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<div class="ed_txt" style="text-align: justify;"><strong>Rethinking Education in the Age of AI</strong><br />
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On the day of the interview, <strong>Haydn Chen</strong>, Chief Strategy Officer of National Yang Ming Chiao Tung University (NYCU), walked briskly into a campus meeting room, greeting the interview team with energetic warmth.<br />
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Dressed sharply in a suit, Chen took out a document he had prepared for the reporters in advance. It contained outlines and charts generated after he asked a generative AI system to analyze ten of his past essays.<br />
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A materials science Ph.D. who has worked at universities across Taiwan, the United States, Hong Kong, and Macau, Chen said with a smile that he now interacts with AI almost every day.<br />
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“In the past, I might ask an English secretary to draft a letter,” he said. “It would take three days, and the result might not be exactly what I wanted. Now AI can generate it in two seconds—and I can keep revising it.”<br />
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For Chen, AI has become an indispensable assistant for improving productivity.<br />
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Yet the rapid rise of artificial intelligence has also raised profound uncertainties about the future. The technology is already reshaping labor markets and replacing certain types of work, prompting Chen—who has long advocated liberal arts education—to reconsider the role of universities in the AI era.<br />
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“Four years ago, computer science was one of the hottest majors in the United States,” Chen said. “But four years later, some graduates can’t find jobs because of the AI wave. That was unimaginable—but it’s happening.”<br />
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The question, he said, is no longer simply what students should study, but what capabilities will remain valuable in an unpredictable future.<br />
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His answer: <strong>soft power</strong>—the human abilities that allow individuals to navigate the unknown.<br />
<br />
<strong style="color: rgb(0, 0, 0); font-size: 100%;">Beyond Technical Skills: Learning to Master AI</strong><br />
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<span style="color: rgb(0, 0, 0); font-size: 100%;">By “soft power,” Chen refers to a broad range of capabilities beyond disciplinary expertise.<br />
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In a rapidly evolving digital and AI-driven world, he believes human value increasingly lies in qualities that machines cannot easily replicate.<br />
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He jokingly described large language models as “polite parrots that can speak nonsense with great confidence.” While AI can produce fluent responses, it may simply repeat existing information—or even present outdated or inaccurate content.<br />
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To interact effectively with AI, Chen said, people must cultivate lifelong learning across disciplines and develop strong critical thinking skills.<br />
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“Only then can you truly command AI, instead of being misled by it,” he said.</span><br />
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<span style="color: rgb(0, 0, 0); font-size: 100%;">Decision-making in AI-mediated environments also requires the ability to construct meaning from complex information and to understand broader social, political, and cultural contexts. Ethical judgment and social responsibility are equally essential for designing and deploying AI responsibly.<br />
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Creativity and imagination, Chen added, allow humans to move beyond routine content generated by machines and highlight uniquely human contributions.<br />
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Empathy and emotional intelligence are perhaps the most irreplaceable of all.<br />
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“Can AI help you fall in love?” Chen joked. “Probably never.”</span><br />
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<span style="color: rgb(0, 0, 0); font-size: 100%;"><strong>Liberal Education as a Way of Life</strong><br />
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For Chen, cultivating soft power has long been at the core of <strong>liberal education</strong>.<br />
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He emphasized that liberal education is not simply a collection of courses but an entire way of structuring student life—one that includes interdisciplinary learning, close interactions between faculty and students, peer engagement, residential experiences, and small-class instruction.</span><br />
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“In a general education model, the four years of university are not meant to make you an expert,” Chen said. “They are meant to expose you to many fields and help you develop the ability to learn independently.”<br />
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In Taiwan and across Asia, he noted, many people expect university graduates to emerge with a clearly defined specialization.</div>
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“If someone graduates without a narrow professional focus, people may think the university failed to train them,” he said. “But comprehensive universities are not vocational schools. Our mission is to cultivate well-rounded students with strong soft power. If you truly want to become a specialist, you can pursue a master’s or doctoral degree.”<br />
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Chen also encourages students to live on campus—or at least near it—because learning outside the classroom can be just as important as formal coursework.<br />
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After accounting for classes, meals, and sleep, students still have roughly <strong>60 hours of free time each week</strong>, he said.<br />
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“How students use that time matters,” Chen said. “Strength is built through time and diverse participation.”<br />
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Universities, therefore, have a responsibility to create environments and opportunities that help students develop soft power.<br />
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Chen traces the origins of liberal education to Britain, where universities such as Oxford and Cambridge combine academic departments with residential colleges. While departments oversee disciplinary training, colleges bring together students from diverse fields and provide living spaces, mentorship, and community activities.<br />
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During his tenure as president of Tunghai University from 2004 to 2012, Chen established a residential liberal arts college. Later, as vice rector of the University of Macau, he expanded the system with institutional support, placing more than 6,000 students into ten residential colleges as part of a campus-wide liberal education model.<br />
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<strong>Soft Power as a GPS for Life</strong><br />
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Today’s younger generation often pursues speed and efficiency, and media consumption habits have become increasingly fast-paced. Some observers question whether liberal education—which requires long-term cultivation—can still appeal to students.<br />
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Chen believes the answer lies in embracing technology rather than resisting it.<br />
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Artificial intelligence, he said, can serve as a powerful learning tool, enabling students to explore knowledge more quickly and broadly.<br />
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For example, many online platforms now offer virtual tools to help students practice speaking and communication skills.<br />
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Chen also encourages students to use generative AI for writing and research—but with an important condition: they must actively engage with the process.<br />
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Starting with an initial prompt, students should repeatedly refine their instructions, add their own ideas, and engage in deeper dialogue with the system. Only through this iterative process can the final work truly reflect the creator’s own thinking.<br />
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New technologies, Chen emphasized, are like double-edged swords.<br />
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“Information can be obtained quickly,” he said. “But information is not the same as knowledge.”<br />
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Knowledge requires verification, the pursuit of truth, and the willingness to put belief into action.<br />
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Rather than rushing to provide answers for students facing an uncertain future, Chen hopes to equip them with the tools to chart their own paths.<br />
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Soft power, he said, can serve as a kind of GPS for life, guiding students through an unknown world shaped by artificial intelligence.<br />
<br />
Please refer to the <u><a href="https://www.cna.com.tw/topic/newsworld/209/202603020003.aspx" title="original text (Mandarin)"><span style="color:#3498db;">original text (Mandarin)</span></a></u> for details.<br />
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<img alt="NYCU Chief Strategy Officer Haydn Chen speaks in an interview about the importance of cultivating soft power in the AI era." src="/userfiles/nycuen/images/20260312122336994.png" /><span style="color:#4e5f70;"><span style="font-size:90%;"><em>NYCU Chief Strategy Officer Haydn Chen speaks in an interview about the importance of cultivating soft power in the AI era.(Photo credit: Central News Agency)</em></span></span></div>
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- <![CDATA[NYCU Students Win Global Championship at JAXA’s Kibo-RPC Space Robotics Programming Challenge]]>Honor2026-03-09<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Students Win Global Championship at JAXA’s Kibo-RPC Space Robotics Programming Challenge"><meta name="twitter:description" content="Students from NYCU have captured first place at the Kibo Robot Programming Challenge (Kibo-RPC) global final, hosted by the Japan Aerospace Exploration Agency (JAXA)."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260309165252872.png"><meta name="twitter:image:alt" content="NYCU Students Win Global Championship at JAXA’s Kibo-RPC Space Robotics Programming Challenge"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Students Win Global Championship at JAXA’s Kibo-RPC Space Robotics Programming Challenge"><meta property="og:description" content="Students from NYCU have captured first place at the Kibo Robot Programming Challenge (Kibo-RPC) global final, hosted by the Japan Aerospace Exploration Agency (JAXA)."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260309165252872.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=6e8a4958-1b48-4a65-b1ed-25c6a7851fa5">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">(Photo credit: Taiwan Space Agency)</span></em></span></div>
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<div class="ed_txt"><strong>By <u><a href="https://www.tasa.org.tw/zh-TW/announcements/detail/1741894b-d2d1-480e-ae1d-518d6b76289a" title="Taiwan Space Agency"><span style="color:#3498db;">Taiwan Space Agency</span></a></u></strong><br />
<strong>Edited by Chance Lai</strong></div>
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<div class="ed_txt" style="text-align: justify;">Students from National Yang Ming Chiao Tung University (NYCU) have captured first place at the <strong>Kibo Robot Programming Challenge (Kibo-RPC)</strong> global final, hosted by the <strong>Japan Aerospace Exploration Agency (JAXA)</strong>, marking the third time Taiwan has won the international competition.<br />
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The final round took place on Feb. 28 at the Tsukuba Space Center in Japan, where the Taiwanese representative team “iTron,” composed of NYCU Department of Mechanical Engineering students Lin Ying-Pei, Wu Dian-Mou, Zheng Li-Qi, and Chen Chang-Jun, outperformed teams from 13 countries and organizations to claim the championship.<br />
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<strong style="color: rgb(0, 0, 0); font-size: 100%;">A Global Space Robotics Competition</strong><br />
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<span style="color: rgb(0, 0, 0); font-size: 100%;">Organized by JAXA and open to members of the Asia-Pacific Regional Space Agency Forum (APRSAF), the Kibo-RPC is an international educational competition that engages students in real-world space robotics challenges. Participants develop programs for Astrobee, a free-flying robotic system aboard the International Space Station (ISS), helping astronauts complete tasks while sharpening their skills in science, technology, engineering, and mathematics (STEM).<br />
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The sixth Kibo-RPC competition began accepting registrations in early 2025 and attracted 738 teams worldwide.<br />
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Taiwan’s preliminary round was organized by the Taiwan Space Agency (TASA) and hosted by the Department of Mechanical Engineering at National Cheng Kung University, drawing 307 students across 77 teams. After winning the national round, the NYCU team advanced to the global final in Japan, competing against champion teams from Australia, Bangladesh, Indonesia, Japan, Malaysia, Nepal, the Philippines, Singapore, Thailand, the United States, Vietnam, and the United Nations Office for Outer Space Affairs.<br />
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<strong>Programming Astrobee Inside the ISS</strong><br />
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According to TASA, this year’s competition featured significantly increased technical difficulty.<br />
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In the mission designed by JAXA, competitors were required to write Java programs enabling Astrobee to autonomously navigate confined spaces inside the ISS, identify objects, verify quantities, record locations, and report findings to astronauts. The robot also had to locate specific objects according to the astronaut's instructions.<br />
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To complete the task, teams applied supervised machine learning techniques, transforming data and training models capable of achieving over 95% recognition accuracy, while balancing system stability, scalability, and operational efficiency.</span></div>
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<strong>iTron Secures Double Championship</strong><br />
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In addition to the traditional Final Round rankings based on live mission execution, this year’s competition introduced a Simulation Competition Award, in which teams’ programs were tested ten times in a simulator with cumulative scoring.<br />
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The NYCU team iTron also secured first place in this category, becoming the competition’s double champion. Team captain Lin Ying-Pei said the key to success was to continuously refine the system’s visual recognition models and movement strategies while maintaining a balance between stability and scoring performance.<br />
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“During development, we encountered several technical challenges, including difficulties in object recognition under low-resolution and partially occluded conditions, as well as limitations in computing resources and long training times caused by large datasets,” Lin said. “One of our major breakthroughs was finding ways to significantly shorten the training cycle under constrained computing conditions.”<br />
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<strong>Years of Investment in Space Education</strong><br />
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TASA noted that the iTron team demonstrated not only strong technical fundamentals but also creativity in problem-solving. In addition to optimizing their programming code, the students incorporated statistical approaches to refine algorithms and parameter settings, helping them achieve top performance.<br />
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Professor Chang I-Ling of National Cheng Kung University, which hosted Taiwan’s preliminary round, said the team’s achievement reflects years of investment in space education and hands-on programming training in Taiwan.<br />
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“The outstanding performance of Taiwan’s students highlights the innovative strength of our young generation and allows the world to see Taiwan’s growing capabilities in space technology and engineering,” Chang said.<br />
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<img alt="Members of the NYCU team iTron react with applause as the championship results are announced at the final round of the Kibo Robot Programming Challenge (Kibo-RPC)." src="/userfiles/nycuen/images/20260309165901205.png" /><span style="color:#4e5f70;"><span style="font-size:90%;"><em>Members of the NYCU team iTron react with applause as the championship results are announced at the final round of the Kibo-RPC.</em></span></span></div>
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- <![CDATA[NYCU and MUFG Convene Taiwan–Japan–India Semiconductor Conference to Strengthen Regional Value Chains]]>International Affairs2026-03-06<![CDATA[<!-- Twitter Card -->
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<strong>By <u><a href="https://tjeo.web.nycu.edu.tw" title="NYCU TJEO"><span style="color:#3498db;">NYCU TJEO</span></a></u><br />
Edited by Chance Lai</strong></div>
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<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU) and <strong>Mitsubishi UFJ Financial Group (MUFG)</strong> jointly hosted the “<strong>MUFG × NYCU Semiconductor Conference in Taiwan</strong>” on Feb. 24 in Hsinchu, bringing together industry leaders, policymakers, and academic experts from Japan, Taiwan, India, and across the Asia-Pacific region.<br />
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The hybrid event attracted more than 450 participants, both online and in person, focusing on how global semiconductor partners can build more interconnected, resilient regional value chains amid the ongoing restructuring of the global chip industry.<br />
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<strong style="color: rgb(0, 0, 0); font-size: 100%;">Taiwan as an Ecosystem Integrator Connecting Cross-Border Collaboration</strong><br />
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<span style="color: rgb(0, 0, 0); font-size: 100%;">A central theme of the forum was the emerging trilateral cooperation model among Japan, Taiwan, and India in the semiconductor sector.<br />
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Participants noted that Japan’s strengths lie in capital and advanced manufacturing equipment, while Taiwan serves as a key ecosystem integrator, connecting supply chains and innovation networks. India, meanwhile, offers rapidly expanding engineering talent and a workforce in motion, positioning the country as an important emerging partner in the global semiconductor landscape.<br />
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Speakers emphasized that supply-chain resilience must go beyond manufacturing capacity and investment. Sustainable competitiveness, they argued, will require closer collaboration in industry-linked education programs, hands-on training, and cross-border talent exchange, ensuring that human capital and innovation remain at the core of long-term growth.<br />
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The conference also highlighted the role of financial institutions and cross-border platforms as key catalysts for regional cooperation. MUFG shared its experience connecting investment resources and industrial partners across the Asia-Pacific region, including its support for major semiconductor investment projects in India, illustrating how financial institutions can accelerate supply-chain partnerships and the development of new production capacity.</span></div>
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<strong>NYCU and MUFG Sign MOU to Advance Talent, Innovation, and Sustainability</strong><br />
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During the conference, NYCU and MUFG also announced the signing of a Memorandum of Understanding (MOU) to deepen collaboration between academia and the financial sector.<br />
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The partnership will focus on semiconductor talent development, industry–academia innovation, and sustainable development initiatives. By combining MUFG’s financial expertise and global investment networks with NYCU’s strengths in semiconductor research and education, the collaboration aims to further strengthen Taiwan–Japan strategic cooperation and expand engagement with partners across the broader Asia-Pacific region.<br />
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<strong>Turning Trust into an Accelerator for Global Collaboration</strong><br />
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Looking ahead, NYCU aims to position itself as a global platform for cross-border industry–academia collaboration, enabling more efficient flows of capital, talent, and innovation.<br />
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Building on Taiwan’s longstanding reputation for reliable partnerships and supply-chain integration, the university seeks to expand international collaboration and transform Taiwan’s semiconductor leadership into a scalable regional value network that benefits partners across the Indo-Pacific.<br />
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<img alt="Representatives from NYCU and MUFG sign a Memorandum of Understanding on Feb. 24." src="/userfiles/nycuen/images/20260309144426013.png" /><span style="color:#4e5f70;"><span style="font-size:90%;"><em>Representatives from NYCU and MUFG sign an MOU on Feb. 24.</em></span></span></div>
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- <![CDATA[NYCU to Install Taiwan’s First Human 7-Tesla MRI, Opening a New Era for Brain Science Research]]>Smart Healthcare2026-03-05<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU to Install Taiwan’s First Human 7-Tesla MRI, Opening a New Era for Brain Science Research"><meta name="twitter:description" content="NYCU is set to install Taiwan’s first human 7-Tesla (7T) magnetic resonance imaging (MRI) system at its Bo-Ai Campus, marking a major milestone for the country’s medical imaging capability and brain science research."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260304164154933.png"><meta name="twitter:image:alt" content="NYCU to Install Taiwan’s First Human 7-Tesla MRI, Opening a New Era for Brain Science Research"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU to Install Taiwan’s First Human 7-Tesla MRI, Opening a New Era for Brain Science Research"><meta property="og:description" content="NYCU is set to install Taiwan’s first human 7-Tesla (7T) magnetic resonance imaging (MRI) system at its Bo-Ai Campus, marking a major milestone for the country’s medical imaging capability and brain science research."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260304164154933.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=e039ca7d-8304-4bd0-85db-2c9ea9453eae">
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<div class="ed_txt"><strong>Edited by Chance Lai</strong></div>
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<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU) is set to install Taiwan’s first human <strong>7-Tesla (7T) magnetic resonance imaging (MRI)</strong> system at its Bo-Ai Campus, marking a major milestone for the country’s medical imaging capability and brain science research.<br />
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The cutting-edge facility is expected to significantly enhance Taiwan’s capacity in clinical medicine, neuroscience, and cognitive research, providing scientists with an unprecedented platform to explore the human brain with extraordinary precision.<br />
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<strong>A Leap in Imaging Technology</strong><br />
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Since its introduction in the 1970s, MRI has become one of the most essential tools in modern medical diagnosis and research. Today, most hospitals rely on 1.5-Tesla MRI scanners for routine clinical imaging, while 3-Tesla systems are widely used in advanced research settings.<br />
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The 7T MRI system planned by NYCU offers a much stronger magnetic field, dramatically improving image resolution and signal-to-noise ratio. This enables researchers to observe the body’s microstructures and pathological changes with far greater clarity than before.<br />
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As a result, subtle brain abnormalities that were previously difficult to detect—such as microbleeds, microvascular lesions, delicate neural structures, and fine-grained brain activity patterns—can be captured and analyzed with unprecedented detail. Researchers expect this capability to open new avenues for understanding neurodegenerative disorders, psychiatric conditions, and the functional architecture of the brain.<br />
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<div class="ed_txt" style="text-align: justify;"><strong>From 3T to 7T — More Than a Numerical Upgrade</strong></div>
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For medical imaging scientists, increasing magnetic field strength represents more than a technological upgrade—it fundamentally expands research capability.<br />
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NYCU President Chi-Hung Lin said the university’s earlier installation of a 3-Tesla MRI had already generated a significant impact across multiple research fields. The addition of a 7-Tesla system, he noted, will play an even more transformative role.<br />
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“Because we have previously built and operated a 3-Tesla MRI system, we have seen how profoundly it can influence research across the university,” Lin said. “At this moment, investing in a 7-Tesla MRI is meant to serve as a locomotive—driving NYCU forward in brain science research, particularly in interdisciplinary work that connects neuroscience with the humanities and social sciences.”<br />
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NYCU has long been known for integrating medicine, engineering, and advanced technology. The introduction of the 7T MRI is expected to further strengthen collaboration between clinicians and engineers, enabling cutting-edge imaging technologies to translate more rapidly into clinical insights and scientific discoveries.<br />
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<div><strong>Seeing What Was Once Invisible</strong><br />
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<div>According to Shuu-Jiun Wang, Dean of the NYCU College of Medicine, traditional imaging methods still have limitations in studying complex brain disorders.<br />
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“From CT scans to 1.5-Tesla MRI and even 3-Tesla MRI, we have always been trying to understand what exactly is happening in the brain,” Wang said. “Many functional disorders may occur within extremely small nuclei or neural circuits, and current imaging technologies cannot always visualize them clearly enough.”<br />
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Recent international studies suggest that ultra-high-field 7T MRI can reveal microscopic structures and pathological changes that were previously beyond the reach of conventional imaging techniques, offering researchers a powerful new window into brain function and disease.<br />
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Wang emphasized that the true value of the technology will ultimately depend on how researchers and clinicians use it.<br />
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“Scientists around the world are exploring what this kind of machine can truly contribute to humanity,” he said. “If we do not have the opportunity to explore it ourselves, we will never know its value. And that value is something we create together.”</div>
<div><strong>Building Taiwan’s Next Brain Science Hub</strong></div>
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With its strong foundation in clinical medicine, engineering, and interdisciplinary science, NYCU aims to turn the new 7T MRI facility into a major hub for brain science and precision medicine research in Taiwan.<br />
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Supported by international collaborations and a new generation of emerging researchers, the facility is expected to become an important national research infrastructure.<br />
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President Lin said the project represents not only a significant investment for the university but also a step toward strengthening Taiwan’s global scientific presence.<br />
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“NYCU brings together outstanding teams in clinical medicine and engineering, world-class partners, and a new generation eager to engage with the world,” Lin said. “Now we must work together to bring Taiwan onto the global stage and light the way for the next generation.”<br />
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From 1.5T to 3T and now to 7T, the advancement is not simply an increase in magnetic field strength. It represents a new bridge toward ultra-precise medicine and deeper exploration of the human brain.<br />
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With Taiwan’s first 7-Tesla MRI set to be installed at NYCU’s Bo-Ai Campus, the nation’s medical imaging and brain science research are poised to enter a new era.</div>
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- <![CDATA[NYCU Team Develops High-Efficiency Distributed Propulsion VTOL UAV]]>Research Highlights2026-03-04<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Team Develops High-Efficiency Distributed Propulsion VTOL UAV"><meta name="twitter:description" content="A cross-disciplinary research team led by Professor Jen-Hui Chuang of the Department of Computer Science at NYCU, along with Professors Lua Kim Boon, Teng-Hu Cheng, and Wen-Hsiao Peng, won the 2025 "Future Tech Award" for their "High-Efficiency Distributed Electric Propulsion Vertical Takeoff and Landing (VTOL) UAV Technology.""><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260304113129830.png"><meta name="twitter:image:alt" content="NYCU Team Develops High-Efficiency Distributed Propulsion VTOL UAV"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Team Develops High-Efficiency Distributed Propulsion VTOL UAV"><meta property="og:description" content="A cross-disciplinary research team led by Professor Jen-Hui Chuang of the Department of Computer Science at NYCU, along with Professors Lua Kim Boon, Teng-Hu Cheng, and Wen-Hsiao Peng, won the 2025 "Future Tech Award" for their "High-Efficiency Distributed Electric Propulsion Vertical Takeoff and Landing (VTOL) UAV Technology.""><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260304113129830.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=668380ff-1c52-430f-b4ce-17f21d35be06">
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<div class="ed_pic_full"><img alt="From left: Professors Wen-Hsiao Peng, Teng-Hu Cheng, Lua Kim Boon, and Jen-Hui Chuang." src="/userfiles/nycuen/images/20260304113129830.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>From left: Professors Wen-Hsiao Peng, Teng-Hu Cheng, Lua Kim Boon, and Jen-Hui Chuang.</em></span></span></div>
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<div class="ed_txt" style="text-align: justify;">A cross-disciplinary research team led by Professor Jen-Hui Chuang of the Department of Computer Science at National Yang Ming Chiao Tung University (NYCU), along with Professors Lua Kim Boon, Teng-Hu Cheng, and Wen-Hsiao Peng, won the 2025 "<strong>Future Tech Award" for their "High-Efficiency Distributed Electric Propulsion Vertical Takeoff and Landing (VTOL) UAV Technology</strong>."<br />
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This technology is a core output of the Ministry of Science and Technology's "Resilient Homeland – Smart Safety Environment and Disaster Prevention System Constructed with Smart UAVs" project. It not only enhances the UAV's endurance and stability but also opens up new possibilities for <strong>Urban Air Mobility (UAM)</strong> and disaster response applications.<br />
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<strong>Breaking Traditional Design Frameworks: Innovative Propulsion Technology Enhances Flight Efficiency</strong><br />
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The team broke through the design limitation of traditional Vertical Takeoff and Landing (VTOL) UAVs, which require two separate propulsion systems, by proposing a "Distributed Electric Propulsion (DEP)" architecture. The system combines controllable pitch propeller modules with a servo control mechanism, enabling a single platform to perform multi-mode flight, including takeoff, hovering, transition, and high-speed cruising. This significantly reduces structural weight, lowers drag, and improves energy efficiency. This innovation demonstrates Taiwan's independent R&D capabilities in high-level aerodynamic control.<br />
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In wind tunnel experiments and numerical simulations, the wake generated by the distributed propellers guides the airflow to closely adhere to the main wing surface, delaying boundary layer separation and suppressing stall, resulting in a more than three-fold increase in the lift coefficient. The team further optimized propeller size and configuration to improve the lift-to-drag ratio and flow field uniformity. The counter-rotating wingtip design weakens vortices and reduces induced drag, making the overall flight more stable and energy-efficient.<br />
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<div class="ed_txt" style="text-align: justify;"><strong>AI Smart Control: Making UAVs Smarter and Safer</strong><br />
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<div class="ed_txt" style="text-align: justify;">In addition to structural innovation, the team incorporated an AI sensing and decision-making system, enabling the UAV to possess real-time environmental awareness and autonomous flight capabilities. The system can dynamically adjust the thrust direction and rotational speed distribution based on airflow changes and mission requirements to maintain a stable flight attitude, making it particularly suitable for sudden weather changes or complex terrain. Intelligent control allows the UAV to perform high-risk tasks in disaster sites or low-altitude urban environments, balancing safety and efficiency.<br />
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Modular design is another key feature. Each propulsion module can be independently controlled and quickly maintained, allowing for flexible configuration adjustments based on mission payload, giving it high expandability and cross-platform integration potential. The all-electric drive structure also boasts advantages such as low noise, zero emissions, and simple maintenance, aligning with global net-zero and green aviation development trends.</div>
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<div><strong>Multi-Domain Applications: From Smart Cities to Disaster Relief</strong><br />
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<div>This technology, with its advantages of high endurance, high stability, and multi-mode control, can be widely applied in fields such as Urban Air Mobility, disaster relief, and energy inspection.</div>
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<li>Urban Air Mobility (UAM): It can serve as a core vehicle for short-range shuttle services, air taxis, and low-altitude logistics, offering both low noise and high safety features.</li>
<li>Disaster Response: The system can autonomously identify mission requirements and quickly deploy to areas with disrupted traffic or difficult terrain to perform aerial photography, transportation, and communication tasks.</li>
<li>Inspections and Monitoring: This technology can also support smart agriculture and energy facility inspection, carrying sensors and AI edge computing modules for farmland monitoring, crop analysis, wind farm, and power tower inspection. Furthermore, it can combine GPS and visual navigation for high-efficiency patrol and material transport in remote areas and national defense monitoring missions, showcasing the potential for Taiwan's independent disaster prevention technology applications.</li>
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<div><strong>Patent Innovation Establishes Independent R&D Technical Advantage</strong><br />
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<div>This technology was granted an invention patent (Certificate No.: TWI890115B) by the Intellectual Property Office in July 2025, titled "Fixed-Wing UAV and its Propeller Assembly." The system uses a servo motor to drive a rod mechanism, axially rotating to adjust the propeller direction, automatically changing the thrust vector according to different flight modes. The propeller modules are distributed along the wing's leading edge and can instantaneously fine-tune their angle based on airflow conditions, providing both energy-saving and stability benefits. This innovative structure breaks the limitations of fixed-wing UAVs in VTOL and transition flight, laying the core foundation for the team's "Distributed Electric Propulsion" system<br />
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<div><strong>Cross-Disciplinary Integration: Building a Next-Generation Smart Flight Platform</strong><br />
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This team, integrating expertise from computer science, mechanical design, control systems, and artificial intelligence, showcases NYCU's R&D strength in cross-disciplinary innovation. The team's core philosophy is "to propel a green aviation future with intelligence," hoping to establish a practical technology platform for next-generation air mobility and disaster response applications through innovative distributed propulsion and AI decision-making systems.<br />
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<strong>From Research to Practice: Opening a New Chapter in Green Aviation</strong><br />
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Winning the "Future Tech Award" not only affirms NYCU's R&D achievements in smart aviation and AI applications but also symbolizes the campus's research energy moving towards practical application and international alignment. The technology provides a critical solution for next-generation smart air transport, and is expected to have a far-reaching impact in diverse fields such as urban traffic, disaster relief, energy monitoring, and sustainable development.</div>
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- <![CDATA[NYCU Partners with Stanford and Leading U.S. Universities to Send Students into Silicon Valley Labs]]>College Features2026-03-03<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>Students in the Department of Electronics and Electrical Engineering engage in hands-on coursework, analyzing real-time system data and simulation outputs in the laboratory at NYCU.</em></span></span></div>
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<div class="ed_txt"><strong>Edited by Chance Lai</strong></div>
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<div class="ed_txt" style="text-align: justify;">As global competition for top technology talent intensifies, National Yang Ming Chiao Tung University (NYCU) is sending its electrical engineering students directly to the front lines of innovation.<br />
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Through a new overseas elite study scholarship program, the <strong>Department of Electronics and Electrical Engineering</strong> will lead students this summer to the heart of Silicon Valley—partnering with leading institutions including <strong>Stanford University, the University of California, Berkeley, and the University of California, Davis</strong>. There, students will participate in advanced laboratory research and gain firsthand exposure to emerging trends in artificial intelligence, semiconductors, and next-generation technologies.<br />
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<strong>From Classroom to Innovation Frontier</strong><br />
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In July and August, Department of Electronics and Electrical Engineering Chair Kai-Ten Feng will personally lead a delegation of students to conduct forward-looking research projects at partner laboratories and to visit major technology companies in Silicon Valley.<br />
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The initiative is supported by the department’s Elite Overseas Study Scholarship, which provides students with early access to global research ecosystems and industrial innovation networks.<br />
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“Electrical engineering and computer science have become the critical foundations driving industrial transformation,” Fang said. “These fields now extend into intelligent chip design, humanoid robotics, and low-Earth orbit satellite communications. Through international research internships and academic exchange, we aim to position our students at the forefront of global innovation.”<br />
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Fang added that exposure to cutting-edge laboratories and industry environments enables students to develop advanced research capabilities and interdisciplinary integration skills—both essential in responding to rapid technological evolution.</div>
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<strong>Building Global Competitiveness Early</strong><br />
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With international competition for higher-education excellence and high-tech talent intensifying, NYCU is expanding its strategy to offer a more diverse range of global learning pathways.<br />
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Associate Chair Feng-Tsun Chien explained that the department integrates summer research internships, international exchange programs, and collaborative academic–industry partnerships into a cohesive talent development model.<br />
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“Our goal is to ensure that students accumulate substantive international research and industry-aligned experience during their studies,” Chien said. “By doing so, they graduate not only with technical expertise, but with genuine global competitiveness.”<br />
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<strong>Connecting Taiwan to the World’s Innovation Hubs</strong><br />
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The initiative reflects NYCU’s broader commitment to bridging education, research, and industry across borders. By embedding students within leading research universities and global technology ecosystems, the university aims to cultivate a new generation of engineers capable of navigating—and shaping—the future of AI, semiconductor innovation, and advanced systems engineering.<br />
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As Silicon Valley continues to define the direction of global technology development, NYCU is ensuring its students are not merely observers but active participants in the next wave of transformation.</div>
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- <![CDATA[Eight NYCU Professors Receive NSTC Outstanding Research Award]]>Academics2026-02-26<![CDATA[<!-- Twitter Card -->
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<div class="ed_txt"><strong>By Chance Lai</strong></div>
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<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU) has once again demonstrated its academic strength across disciplines, with eight faculty members receiving the 2025 Outstanding Research Award from the National Science and Technology Council (NSTC), one of the nation’s highest honors recognizing sustained research impact and scholarly excellence.<br />
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The award recognizes researchers who have made long-term, original contributions that advance global knowledge frontiers. This year’s recipients represent a wide spectrum of fields, reflecting NYCU’s distinctive integration of engineering, medicine, the humanities, and social innovation.<br />
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<strong>Eight Scholars, Eight Long-Term Research Journeys</strong><br />
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The 2025 NSTC Outstanding Research Award recipients from NYCU are:</div>
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<li class="ed_txt" style="text-align: justify;">Prof. Chun-Cheng Lin, Department of Industrial Engineering and Management</li>
<li class="ed_txt" style="text-align: justify;">Prof. Li-Wei Ko, Institute of Electrical and Control Engineering</li>
<li class="ed_txt" style="text-align: justify;">Prof. Chih-Yuan Sun, Institute of Education</li>
<li class="ed_txt" style="text-align: justify;">Prof. Chun-Cheng Hsu, Institute of Applied Arts</li>
<li class="ed_txt" style="text-align: justify;">Prof. Wen-Chih Peng, Department of Computer Science</li>
<li class="ed_txt" style="text-align: justify;">Prof. Hsin-Yuan Huang, Department of Applied Mathematics</li>
<li class="ed_txt" style="text-align: justify;">Prof. Shih-Pin Chen, Institute of Clinical Medicine</li>
<li class="ed_txt" style="text-align: justify;">Prof. Jin-Wu Tsai, Institute of Brain Science</li>
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<div class="ed_txt" style="text-align: justify;">Together, their work spans industrial systems optimization, intelligent control technologies, educational innovation, artistic practice, computer science, mathematical theory, clinical medicine, and neuroscience.<br />
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The diversity of this year’s awardees highlights NYCU’s role as a research university where disciplinary boundaries increasingly intersect to address complex global challenges.</div>
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<strong>Advancing Knowledge Across Disciplines</strong><br />
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The NSTC Outstanding Research Award honors not a single breakthrough, but years—often decades—of sustained scholarly dedication. Each recipient represents a distinct research path shaped by persistence, curiosity, and long-term academic investment.<br />
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At NYCU, such achievements are supported by an ecosystem that connects fundamental research with real-world impact. The university’s distributed multi-campus structure and strong collaboration between engineering, biomedical science, and human-centered disciplines continue to foster innovation across fields.<br />
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University leadership noted that the recognition reflects not only individual excellence but also Taiwan’s growing influence in global research networks.<br />
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<strong>A Reflection of NYCU’s Interdisciplinary Strength</strong><br />
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Since the 2021 merger of National Chiao Tung University and National Yang-Ming University, NYCU has actively cultivated a cross-domain research culture that bridges technology, healthcare, society, and creativity.<br />
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This year’s award list serves as a microcosm of that vision:<br />
from algorithm design and smart systems to education research, artistic exploration, clinical science, and brain research.<br />
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NYCU extends its congratulations to all award recipients and expresses deep appreciation for their continued efforts to expand the boundaries of knowledge and inspire future generations of scholars.</div>
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- <![CDATA[Wistron Chairman Simon Lin Donates HuaJen Hall to Advance AI Innovation at NYCU]]>Supports Project2026-02-24<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full"><img alt="Signing Ceremony for the HuaJen Hall Construction Project (Photo credit: Wistron Corporation)" src="/userfiles/nycuen/images/20260224145246430.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>Signing Ceremony for the HuaJen Hall Construction Project<br />
(Photo credit: Wistron Corporation)</em></span></span></div>
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<div class="ed_txt" style="text-align: justify;">______</div>
<div class="ed_txt" style="text-align: justify;">A landmark gift from National Yang Ming Chiao Tung University (NYCU) alumnus Simon Lin will establish HuaJen Hall as a new center for AI research, education, and industry collaboration.<br />
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NYCU held a signing ceremony on November 28, 2025, for the donation of <strong>HuaJen Hall</strong>, <strong>the second building of the College of Computer Science</strong>. The ceremony was jointly presided over by the University President Chi-Hung Lin and alumnus Simon Lin, Chairman of Wistron Corporation, and was witnessed by three senior executives from Wistron, three vice presidents of NYCU, and representatives from the College of Computer Science.<br />
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Simon Lin will personally and unconditionally fund the construction of the entire building, marking the first time in NYCU's history that a complete campus building has been independently financed by a single individual donor.<br />
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<strong style="color: rgb(0, 0, 0); font-size: 100%;">Giving Back to Shape the Future of Computing</strong><br />
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<span style="color: rgb(0, 0, 0); font-size: 100%;">HuaJen Hall is named in honor of Lin's parents, symbolizing his gratitude and commitment to giving back to his alma mater. Visibly moved during the ceremony, Lin marked the occasion as a significant milestone in the development of the College of Computer Science.<br />
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The project originated from the College of Computer Science's long-standing shortage of space. Under the leadership of former Dean Jyh-Cheng Chen, the college actively pursued fundraising efforts and received strong support from Lin. In response to public-sector regulations, the project adopted a build-first, donate-later model. </span></div>
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Throughout the process, the University's administrative team provided full support. With leadership from the President and coordination among multiple vice presidents, Dean of General Affairs S.C.Huang, and administrative offices, an ideal site was secured at the heart of the campus, adjacent to existing department buildings.<br />
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The Wistron team also contributed professional expertise, offering strategic guidance on construction planning, technology integration, and architectural feasibility. The building is designed by renowned architect Sheng-Yuan Huang, who embraced a philosophy of coexistence with nature by preserving existing trees, framing natural views, and creating a learning environment that harmonizes with its surroundings.<br />
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<strong>Building a New Hub for AI Innovation and Talent</strong><br />
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Dean Shiuhpyng Shieh of the College of Computer Science expressed sincere gratitude to Simon Lin for his generous donation, as well as to the University's administrative team, the Wistron team, and all faculty and staff who contributed to the realization of this landmark project. He noted that, with the collective efforts of faculty and students, HuaJen Hall is expected to become an innovation cradle and talent hub—attracting outstanding students and drawing strong interest from industry partners—while further strengthening NYCU's role in cultivating future leaders in information and computing disciplines.<br />
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Upon completion, HuaJen Hall will serve as a major center for teaching and research within the College of Information, fostering innovation, enhancing industry–academia collaboration, and supporting NYCU's continued pursuit of global academic excellence.</div>
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- <![CDATA[NYCU Congratulates Prof. M.C. Frank Chang on Receiving the 2025 John Fritz Medal]]>Honor2026-02-23<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full"><img alt="Professor Mau-Chung Frank Chang receives the 2025 John Fritz Medal, recognizing his pioneering contributions to high-speed semiconductor electronics." src="/userfiles/nycuen/images/20260224122829118.jpg" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>Professor Mau-Chung Frank Chang receives the 2025 John Fritz Medal, recognizing his pioneering contributions to high-speed semiconductor electronics.</em></span></span></div>
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<div class="ed_txt"><strong>By Professor Haydn Chen<br />
Edited by Chance Lai</strong></div>
<div class="ed_txt" style="text-align: justify;">______</div>
<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU) proudly congratulates Professor Mau-Chung Frank Chang, former President of National Chiao Tung University—now part of NYCU following its 2021 merger with National Yang-Ming University—and Distinguished Professor at the UCLA Samueli School of Engineering, on receiving the <strong>2025 John Fritz Medal</strong>, widely regarded as one of the highest honors in the engineering profession.<br />
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Often regarded as the “Nobel Prize of Engineering,” the John Fritz Medal recognizes individuals whose scientific and technological achievements have delivered profound and lasting global impact. Professor Chang was honored for his pioneering contributions to high-speed semiconductor electronics, particularly his leadership in developing <strong>AlGaAs/GaAs heterojunction bipolar transistor (HBT)</strong> and related <strong>BiFET technologies</strong>—innovations that became foundational to modern wireless communications.<br />
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Today, these technologies remain integral to radio-frequency power amplifiers used in billions of mobile devices worldwide, shaping the evolution of the global mobile communications era.<br />
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<strong style="color: rgb(0, 0, 0); font-size: 100%;">Transforming Semiconductor Innovation into a Global Industry</strong><br />
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<span style="color: rgb(0, 0, 0); font-size: 100%;">Professor Chang currently serves as the <strong>Wintek Chair and Distinguished Professor of Electrical Engineering at UCLA</strong> and is a member of multiple prestigious academies, including the U.S. National Academy of Engineering.<br />
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His career bridges academia, industry, and institutional leadership, exemplifying how advanced scientific research can translate into transformative industrial applications. Prior to joining UCLA, Chang led integrated-circuit technology development at Rockwell International’s Science Center, where his breakthroughs in heterojunction technologies redefined high-frequency semiconductor performance.</span><br />
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<strong style="color: rgb(0, 0, 0); font-size: 100%;">Leadership Legacy and the Formation of NYCU</strong><br />
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<span style="color: rgb(0, 0, 0); font-size: 100%;">As President of <strong>National Chiao Tung University (2015–2019)</strong>, Professor Chang led significant institutional reforms and played a pivotal role in advancing the university’s long-term strategic vision. His leadership helped lay the groundwork for the historic merger between National Chiao Tung University and National Yang-Ming University, which in 2021 formed NYCU.</span></div>
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Chang’s recognition carries particular significance for Taiwan’s academic community. As a Taiwan-trained Ph.D. scholar who rose to global prominence in semiconductor innovation, his career reflects the international influence of Taiwan’s engineering education and research ecosystem.<br />
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<strong>Engineering Excellence with Global Impact</strong><br />
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Established in 1902, the John Fritz Medal honors outstanding achievement in pure or applied science and engineering. Past recipients include technological pioneers such as Thomas Edison, Alexander Graham Bell, and Orville Wright; semiconductor leaders Robert Noyce and Gordon Moore; and entrepreneur Elon Musk.<br />
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Professor Chang’s journey—from Taiwan to global leadership in semiconductor innovation—embodies a lifelong commitment to excellence, service, and advancing engineering for humanity.<br />
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NYCU extends its deepest congratulations to Professor Chang on this extraordinary recognition.<br />
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<img alt="The 2025 John Fritz Medal is awarded to Frank Chang (center), pictured with his wife, Shelly Chang, and 2025 IEEE-USA President Timothy Lee. (Photo credit: ISSCC)" src="/userfiles/nycuen/images/20260224124247613.png" /><span style="color:#4e5f70;"><span style="font-size:90%;"><em>The 2025 John Fritz Medal is awarded to Frank Chang (center), pictured with his wife, Shelly Chang, and 2025 IEEE-USA President Timothy Lee. (Photo credit: ISSCC)</em></span></span></div>
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- <![CDATA[2025 NYCU News Highlights]]>Annual Report2026-02-16<![CDATA[<!-- Twitter Card -->
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<div class="ed_txt"><img alt="Pie Chart of NYCU 2025 Proportions for Each News Category" src="/userfiles/nycuen/images/20260212144037364.jpg" /><br />
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In 2025, National Yang Ming Chiao Tung University’s (NYCU) English website featured <span style="color:#0033a0;"><strong>150 news articles spanning 12 main themes</strong></span>. This diverse coverage highlights the university’s dynamic growth and its leadership in academia, research, and global collaboration.<br />
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This year, NYCU focused on four key promotional areas: <span style="color:#0033a0;"><strong>College Features, Academics/Research, Industry Cooperation, and International Affairs. To further engage readers and provide more personalized narratives, sections such as the President’s Letter, Feature Column, and Feature Story</strong></span> were refined. These enhancements offered valuable insights into NYCU’s core values and achievements through a more human-centered, storytelling approach.<br />
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Reflecting our ongoing commitment to quality and consistency, the website maintained a steady stream of high-quality articles, averaging 1,061 views per article—a 141% increase over 2024. Industry Cooperation and Smart Healthcare were the most popular topics, especially articles covering key semiconductor partnerships (e.g., Altera, Siemens) and innovative medical technologies (e.g., automated stem cell systems), underscoring NYCU’s rising prominence as a global leader in BioICT innovation.<br />
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<div class="ed_txt" style="text-align: center;"><span style="font-size:130%;"><strong>Key News Trends Shaping NYCU News in 2025</strong></span></div>
<div class="ed_txt"><strong>Spotlight on Societal Impact</strong></div>
<div class="ed_txt" style="text-align: justify;">In 2025, NYCU’s news coverage increasingly highlighted how research and innovation directly address urgent, real-world issues—such as aging populations, environmental sustainability, and public health. Articles moved beyond technical details, focusing on the tangible outcomes and benefits of academic breakthroughs for society.</div>
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<strong>Strategic Global Collaboration</strong></div>
<div class="ed_txt" style="text-align: justify;">NYCU strengthened its position as a global academic leader by deepening international partnerships. The university emphasized bilateral research projects, active participation in major international forums, and the establishment of long-term collaborations with top institutions in the United States, Japan, and Europe, reflecting a more systematic approach to global engagement.</div>
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<strong>Personalized Storytelling and Branding</strong></div>
<div class="ed_txt" style="text-align: justify;">To make NYCU’s achievements more relatable, 2025 saw a continued move toward storytelling that centers on personal experiences and narratives. Features such as the President’s Letter and in-depth stories offered unique perspectives on leadership, research journeys, and student experiences, helping audiences connect with the university’s values and vision on a human level.<br />
The following sections will highlight the top 10 trending NYCU news stories of 2025 and 10 editors’ picks—essential reading across the university’s diverse news categories.</div>
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<div class="ed_pic_left" style="text-align: center;"><img alt="The research team enhanced the phase stability of tungsten by engineering advanced material layers, critical for advancing next-generation memory devices." src="/userfiles/nycuen/images/20250923095113520.png" /></div>
<div class="ed_title01">01. NYCU and TSMC, ITRI, Stanford Team Achieve Breakthrough in Next-Gen MRAM for AI and Low-Power Applications</div>
<div class="ed_txt" style="text-align: justify;">A cross-institutional research collaboration has achieved a major breakthrough in spin–orbit torque MRAM technology by stabilizing β-phase tungsten for high-temperature processing. This innovation resulted in a 64-kilobit, ultrafast, low-power, non-volatile memory compatible with CMOS, pushing forward next-generation AI, mobile, and data-center applications while bolstering Taiwan’s leadership in advanced semiconductor memory.</div>
<div class="ed_txt"><a href="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=bb88011f-b5dd-4b11-b58f-ea24fcde0f26" title=" (READ MORE)"><span style="color:#ffffff;"><strong><span style="background-color:#0033a0;"> (</span><u><span style="background-color:#0033a0;">READ MORE</span></u><span style="background-color:#0033a0;">)</span></strong></span></a></div>
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<div class="ed_pic_right" style="text-align: center;"><img alt="Students interact with therapy dogs in the 'Things We Learned from Animals' course, experiencing hands-on animal-assisted therapy while deepening their understanding of empathy and the human–animal bond." src="/userfiles/nycuen/images/20250401114609016.JPG" /></div>
<div class="ed_title01">02. NYCU's Cross-Disciplinary Course “Things We Learned from Animals” Explores the Bond Between Humans and Animals</div>
<div class="ed_txt" style="text-align: justify;">A new cross-disciplinary course, “Things We Learned from Animals,” brought together NYCU, TNUA, and NCCU to blend life sciences, humanities, and the arts. The program uses animal-assisted therapy and ethical reflection to cultivate empathy and a deeper appreciation for human–animal bonds, presenting animals as companions in holistic education and self-awareness. <strong><a href="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=f9855ae6-eb9e-4b2c-88e7-c0106a3c828e" title="(READ MORE)"><span style="color:#ffffff;"><span style="background-color:#0033a0;">(READ MORE)</span></span></a></strong></div>
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<div class="ed_pic_left" style="text-align: center;"><img alt="NYCU enters the QS World University Rankings Top 200, reflecting its rising global reputation and academic excellence." src="/userfiles/nycuen/images/20250625101347522.jpg" /></div>
<div class="ed_title01">03. NYCU Rises in Global University Rankings but Eyes Deeper Global Collaboration</div>
<div class="ed_txt" style="text-align: justify;">For the first time, NYCU entered the QS Top 200 in 2026, securing the 199th global spot by making notable advances in research impact, sustainability, and graduate employability. With a 41st place in the 2025 THE Impact Rankings, the university is sharpening its focus on international partnerships, academic distinction, and raising its global profile to continue this momentum.<a href="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=967531a7-ef65-41e9-b6b3-5b6551257941" title=" (READ MORE)"><span style="color:#ffffff;"><strong><span style="background-color:#0033a0;"> (READ MORE)</span></strong></span></a></div>
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<div class="ed_pic_right"><img alt="Presidents Chi-Hung Lin of NYCU (left) and Tatsuro Ishibashi of Kyushu University (right) formalize an expanded MOU on July 11, strengthening the Taiwan-Japan semiconductor partnership and joint innovation." src="/userfiles/nycuen/images/20250717091508947.png" /></div>
<div class="ed_title01">04. NYCU and Kyushu University Unite Academia, Industry, and Government for Taiwan-Japan Semiconductor Co-Creation</div>
<div class="ed_txt" style="text-align: justify;">Semiconductor collaboration between Taiwan and Japan reached new heights as NYCU and Kyushu University co-hosted the 2nd Global Partnership Semiconductor Forum and signed a broader MOU. This initiative fosters synergy across academia, industry, and government, laying the groundwork for joint education, research, and startup incubation—and setting a model for talent cultivation and innovation in the Asia-Pacific region.<span style="color:#ffffff;"><span style="background-color:#0033a0;"> </span></span><strong><a href="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=905bd898-0da9-4032-a2be-168fbd0e5053" title="(READ MORE)"><span style="color:#ffffff;"><span style="background-color:#0033a0;">(READ MORE)</span></span></a></strong></div>
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<div class="ed_pic_left"><img alt="Prof. Chung-Hou Chung’s research reveals the mechanism behind “strange metal” behavior in high-temperature superconductors—solving a longstanding physics puzzle." src="/userfiles/nycuen/images/20250527141130756.png" /></div>
<div class="ed_title01">05. NYCU Unveils Strange Metal Mechanism in Superconductors, Opening a Path to Energy-Efficient Technologies</div>
<div class="ed_txt" style="text-align: justify;">NYCU researchers have uncovered the formation mechanism of the “strange metal” quantum critical state in cuprate superconductors, resolving a decades-old physics puzzle. The findings reveal how quantum entanglement enables high-temperature superconductivity, advancing prospects for room-temperature, energy-efficient superconducting materials.<a href="http://Prof. Chung-Hou Chung’s research reveals the mechanism behind “strange metal” behavior in high-temperature superconductors—solving a longstanding physics puzzle." title=" (READ MORE)"><strong><span style="color:#0033a0;"> </span><span style="color:#ffffff;"><span style="background-color:#0033a0;">(READ MORE)</span></span></strong></a></div>
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<div class="ed_pic_right"><img alt="Poria, a traditional Chinese medicinal herb, contains a novel compound, Suc40 F3, isolated from its sulfated polysaccharides. In vitro studies have confirmed its dual effects in suppressing inflammation and inhibiting cancer cell growth." src="/userfiles/nycuen/images/20250519214445671.png" /></div>
<div class="ed_title01">06. NYCU TCMGRC Unveils Anti-Cancer Potential of Polysaccharides in Poria and Antrodia Cinnamomea</div>
<div class="ed_txt" style="text-align: justify;">At the Traditional Chinese Medicine Glycomics Research Center, scientists have discovered strong anti-inflammatory and anticancer properties in polysaccharides derived from Poria and Antrodia cinnamomea. Suc40 F3, a newly identified compound, inhibits cancer cell proliferation, and precision cultivation further boosts bioactivity—paving the way for the modernization of Traditional Chinese Medicine and new drug development.<span style="color:#ffffff;"><span style="background-color:#0033a0;"> </span></span><a href="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=289dcb80-46b1-4ac7-938c-9ecef4093178" title="(READ MORE)"><span style="color:#ffffff;"><strong><span style="background-color:#0033a0;">(READ MORE)</span></strong></span></a></div>
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<div class="ed_pic_left"><img alt="TSMC Charity Foundation Executive Director Kuan-Yu Peng (front row, far right), and course instructors Prof. Yu-An Lu and Prof. Yen-Shen Chen (second row, right), join students for a group photo following a humanities-driven semiconductor education session." src="/userfiles/nycuen/images/20250917093231872.png" /></div>
<div class="ed_title01">07. NYCU, TSMC Charity Foundation, and 104 Job Bank Launch Taiwan’s First Humanities-Driven Semiconductor Program to Bridge the Gap for Non-STEM Students</div>
<div class="ed_txt" style="text-align: justify;">A unique, humanities-driven semiconductor education program—Taiwan’s first—has been launched through joint efforts by NYCU, the TSMC Charity Foundation, and 104 Job Bank. By fostering industry insight, narrative skills, and broader communication for non-STEM students, the initiative expands the talent pool and highlights the value of humanistic thinking in the high-tech sector. <a href="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=60b433c7-fcfc-4001-8dda-e44e44ddde3a" title="(READ MORE)"><span style="color:#ffffff;"><strong><span style="background-color:#0033a0;">(READ MORE)</span></strong></span></a></div>
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<div class="ed_pic_right"><img alt="Contactless heart-monitoring technology developed at NYCU is demonstrated to international audiences at CES, highlighting its potential impact on telehealth and preventive medicine." src="/userfiles/nycuen/images/20250918095759305.png" /></div>
<div class="ed_title01">08. NYCU Develops Smartphone-Based, Contactless System for Heart Rhythm Monitoring Without ECG</div>
<div class="ed_txt" style="text-align: justify;">A contactless heart rhythm monitoring system—operating via smartphone or laptop camera and powered by lightweight AI—now enables offline detection of atrial fibrillation. Clinically validated with over 450 subjects and published in IEEE JBHI, this solution makes telehealth and preventive cardiac care more accessible and resilient to motion or lighting challenges.<span style="color:#ffffff;"><span style="background-color:#0033a0;"> </span></span><a href="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=4de157c1-9032-471b-a5b9-b8c321e95c66" title="(READ MORE)"><span style="color:#ffffff;"><strong><span style="background-color:#0033a0;">(READ MORE)</span></strong></span></a></div>
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<div class="ed_pic_left"><img alt="Prof. Chia-Shu Lin performs a chewing experiment with gummy candy to study the brain’s response to everyday oral functions." src="/userfiles/nycuen/images/20250915160412648.png" /></div>
<div class="ed_title01">09. Everyday Actions, Deep Brain Connections: NYCU Study Uncovers How Chewing and Swallowing Engage the Human Mind</div>
<div class="ed_txt" style="text-align: justify;">A scientific team from NYCU used MRI to reveal that chewing and swallowing engage distinct brain networks. Chewing performance depends on cerebellar–sensorimotor and prefrontal connectivity, especially under difficulty, while swallowing relies on cerebellar–basal ganglia circuits. Oral function correlates with systemic muscle health, highlighting brain-dependent adaptation and implications for aging, dentistry, and geriatric care. <a href="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=e0f9fc91-a39f-45c5-9497-fbba4d6238fb" title="(READ MORE)"><span style="color:#ffffff;"><strong><span style="background-color:#0033a0;">(READ MORE)</span></strong></span></a></div>
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<div class="ed_pic_right"><img alt="A research team led by Prof. Po-Tsun Liu and first author Jo-Lin Chen simulates brain-like learning and memory at the synaptic level, advancing neuromorphic computing and future AI vision systems." src="/userfiles/nycuen/images/20250729142742344.png" /></div>
<div class="ed_title01"><strong>10. NYCU Researchers Develop Brain-Inspired Photonic Synaptic Transistor for Next-Gen AI Vision Systems</strong></div>
<div class="ed_txt" style="text-align: justify;">NYCU researchers developed an all-metal-oxide heterojunction photonic synaptic transistor that emulates biological learning and memory. Utilizing WO₃/InWZnO, the device features multilevel synaptic plasticity, visible-light sensitivity, and nonvolatile visual memory. Integrated arrays achieve high accuracy in AI vision tasks, paving the way for next-generation neuromorphic sensing, autonomous systems, and medical imaging applications. <a href="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=c9508814-3f80-4231-a810-b21dab106e1b" title="(READ MORE)"><span style="color:#ffffff;"><strong><span style="background-color:#0033a0;">(READ MORE)</span></strong></span></a></div>
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<span style="font-size:130%;"><strong>Editor’s Picks</strong></span></div>
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<div class="ed_pic_left"><img alt="World’s first battery-powered, electronically adjustable liquid crystal eyeglasses, created through NYCU’s international collaboration, showcased for their real-time touch-controlled tuning and vision correction potential." src="/userfiles/nycuen/images/20250902105749754.png" /></div>
<div class="ed_title01">Two Centuries After Bifocals: NYCU Builds World’s First Electronically Adjustable Liquid Crystal Eyeglasses</div>
<div class="ed_txt" style="text-align: justify;">Researchers at NYCU have developed the world’s first battery-powered, electronically adjustable liquid crystal eyeglasses using gradient-index lenses. The system enables real-time, touch-controlled focal tuning with high image quality, overcoming limitations of traditional bifocals. Published in Physical Review Applied, the work demonstrates feasibility for mass production and broad applications in vision correction, AR/VR, and machine vision.<span style="color:#ffffff;"><span style="background-color:#0033a0;"> </span></span><a href="http://World’s first battery-powered, electronically adjustable liquid crystal eyeglasses, created through NYCU’s international collaboration, showcased for their real-time touch-controlled tuning and vision correction potential." title="(READ MORE)"><span style="color:#ffffff;"><strong><span style="background-color:#0033a0;">(READ MORE)</span></strong></span></a></div>
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<div class="ed_pic_right"><img alt="Vice President Yung-Fu Chen (center) is dedicated to developing cutting-edge medical laser systems and cultivating top talent for the high-tech industry." src="/userfiles/nycuen/images/20250326235648679.png" /></div>
<div class="ed_title01">Rebooting Careers: NYCU’s 3-Month Semiconductor Training Program Opens Doors for Non-STEM Talent</div>
<div class="ed_txt" style="text-align: justify;">NYCU, in partnership with Taiwan’s Ministry of Labor, launched a fully subsidized three-month semiconductor training program enabling non-STEM talent to transition into high-tech careers. With intensive hands-on instruction, the initiative has trained over 1,100 participants and achieved a 70% job placement rate, expanding Taiwan’s semiconductor workforce and diversifying its talent pipeline. <strong><a href="http://Graduates of the three-month, fully subsidized semiconductor training program celebrate new career opportunities in Taiwan’s booming high-tech sector." title="(READ MORE)"><span style="color:#ffffff;"><span style="background-color:#0033a0;">(READ MORE)</span></span></a></strong></div>
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<div class="ed_pic_left"><img alt="Dr. Margaret S. Ho (center) and her research team at NYCU’s Institute of Neuroscience. From left to right: Yi-Hua Lee, Yu-Tung Lin, Yu-Ting Tsai, Yu-Hung Wang, and Chia-Ching Lin." src="/userfiles/nycuen/images/20250603121054572.png" /></div>
<div class="ed_title01">NYCU Uses Fruit Fly Brain to Uncover Key Pathway That May Halt Parkinson’s Disease Progression</div>
<div class="ed_txt" style="text-align: justify;">A novel lysosomal pathway, discovered through studies in fruit fly and mouse models, has been shown to clear toxic α-synuclein via the GAK/aux gene. This mechanism, which regulates lysosomal acidification in glial cells, protects dopamine neurons and represents a promising therapeutic target for slowing the progression of Parkinson’s disease. <span style="color:#ffffff;"><span style="background-color:#0033a0;">(</span></span><strong><a href="http://(READ MORE)" title="READ MORE)"><span style="color:#ffffff;"><span style="background-color:#0033a0;">READ MORE)</span></span></a></strong></div>
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<div class="ed_pic_right"><img alt="The Sixth Fuel Factory Documenta 2025: Tracing the Origin of the Sixth Fuel Factory along the Touqian River" src="/userfiles/nycuen/images/20250611080040417.png" /></div>
<div class="ed_title01">Tracing the Origin: NYCU Unveils a Living Archive of the Sixth Fuel Factory</div>
<div class="ed_txt" style="text-align: justify;">The Sixth Fuel Factory Documenta 2025 is an interdisciplinary initiative that merges history, ecology, and contemporary art. By drawing on archival materials, GIS-driven narratives, and site-specific artworks, the project revitalizes the WWII-era Sixth Fuel Factory as a living archive, weaving together memories from local to transnational scales along the Touqian River. <strong><a href="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=463ef6eb-44f6-464c-8abd-b3358910ef17" title="(READ MORE)"><span style="color:#ffffff;"><span style="background-color:#0033a0;">(READ MORE)</span></span></a></strong></div>
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<div class="ed_pic_left"><img alt="The cross-laboratory team from the Department of Mechanical Engineering at NYCU poses in front of the “Asfaloth-2025” scientific sounding rocket before launch at the Xuhai Rocket Range in Pingtung." src="/userfiles/nycuen/images/20251020161628527.jpg" /></div>
<div class="ed_title01">NYCU Asfaloth-2025 Rocket Launched: First Integration of TASA’s MLP Marks a Milestone in Academic Space Research</div>
<div class="ed_txt" style="text-align: justify;">NYCU successfully launched the Asfaloth-2025 sounding rocket, marking the first academic integration of TASA’s Mobile Launch Platform. The launch validated key systems—propulsion, avionics, communications, and vibration monitoring—while paving the way for future aerospace talent development and robust launch capabilities. <strong><a href="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=cf917c68-57c4-463c-b2b0-49907f77760b" title="(READ MORE)"><span style="color:#ffffff;"><span style="background-color:#0033a0;">(READ MORE)</span></span></a></strong></div>
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<div class="ed_pic_right"><img alt="Associate Professor Wei-Cheng Lo discusses SARST2 performance results with his students." src="/userfiles/nycuen/images/20251125140855083.png" /></div>
<div class="ed_title01">NYCU and Nobel Laureate Unveil Breakthrough Algorithm to Accelerate Protein Structure Search and Drug Discovery</div>
<div class="ed_txt" style="text-align: justify;">SARST2, a high-performance algorithm developed in collaboration with Nobel Laureate Arieh Warshel and Prof. Wei-Cheng Lo, enables ultra-fast protein structure comparisons across massive databases. This advancement, recently published in Nature Communications, tackles the challenges of AlphaFold-driven data surges and is set to accelerate drug discovery with remarkable speed and precision.<a href="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=d8dfaee9-fe9f-4e51-a790-d9d411a78e3a" title=" (READ MORE)"><strong><span style="color:#0033a0;"> </span><span style="color:#ffffff;"><span style="background-color:#0033a0;">(READ MORE)</span></span></strong></a></div>
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<div class="ed_pic_left"><img alt="Hideo Ohno is a renowned Japanese physicist specializing in spintronics and currently serves as the 22nd President of Tohoku University. Often hailed as the “father of magnetic semiconductors,” Professor Ohno has been named a Clarivate Citation Laureate twice." src="/userfiles/nycuen/images/20250418152443090.png" /></div>
<div class="ed_title01">NYCU IAPS and Kyushu University OIP Sign MOU to Foster Taiwan-Japan Innovation Exchange</div>
<div class="ed_txt" style="text-align: justify;">NYCU IAPS and Kyushu University’s OIP signed an MoU to strengthen Taiwan–Japan innovation ecosystems. The partnership fosters startups, technology transfer, and academia-industry collaboration, including cross-border startup support and participation in events. It underscores a shared commitment to co-creating globally competitive, innovation-driven enterprises.<span style="color:#ffffff;"><span style="background-color:#0033a0;"> </span></span><a href="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=96b700b5-07b1-4209-9aba-7eb265b3b733" title="(READ MORE)"><span style="color:#ffffff;"><strong><span style="background-color:#0033a0;">(READ MORE)</span></strong></span></a></div>
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<div class="ed_pic_right"><img alt="Virtual idol Niku, co-developed by NYCU and DreamCity Studio, makes her first live appearance at FF44, engaging fans and representing new digital outreach strategies." src="/userfiles/nycuen/images/20250212105616082.png" /></div>
<div class="ed_title01">NYCU Virtual Idol Niku Shines in the Anime Scene, Drawing Crowds at Taiwan’s Largest Fan Event!</div>
<div class="ed_txt" style="text-align: justify;">Niku, a virtual idol co-created by NYCU and DreamCity Studio, made her debut at FF44—Taiwan’s prominent anime convention—entertaining audiences with live performances and interactive activities. Her rapid rise in popularity showcases the university’s pioneering approach to digital engagement and virtual influencer technology. <a href="http://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=c664695b-1b0e-4c9e-8a9f-bf24e0fb33eb" title="(READ MORE)"><span style="color:#ffffff;"><strong><span style="background-color:#0033a0;">(READ MORE)</span></strong></span></a></div>
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<div class="ed_pic_left"><img alt="NYCU and HHRI Develop World’s Smallest Chip-Scale Projector, Spotlighted on Nano Letters Cover" src="/userfiles/nycuen/images/20250811202154146.jpg" /></div>
<div class="ed_title01">NYCU and HHRI Develop World’s Smallest Chip-Scale Projector, Spotlighted on Nano Letters Cover</div>
<div class="ed_txt" style="text-align: justify;">The world’s smallest chip-scale projector—measuring just 0.025 mm³—has emerged from a collaboration between NYCU and HHRI. This breakthrough monolithically integrated metasurface–photonic crystal surface-emitting laser (meta-PCSEL) is featured on the cover of Nano Letters for its potential in AR, VR, and wearable spatial computing. <a href="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=33a5eb40-5107-4836-9e18-d82a33371784" title="(READ MORE)"><span style="color:#ffffff;"><strong><span style="background-color:#0033a0;">(READ MORE)</span></strong></span></a></div>
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<div class="ed_pic_right"><img alt="Unlike plug-and-play tools like ChatGPT, IBM’s AI platform watsonx is not a single AI product but a comprehensive suite that includes AI governance, data preparation, and customizable foundation model services. (Photo credit: Shutterstock)" src="/userfiles/nycuen/images/20250605135324232.png" /></div>
<div class="ed_title01">NYCU Partners with IBM to Establish Enterprise-Grade AI Learning Environment, Boosting Students’ Career Competitiveness</div>
<div class="ed_txt" style="text-align: justify;">A strategic alliance with IBM brings the watsonx.ai platform and SkillsBuild digital resources into NYCU’s curriculum, equipping students with enterprise-level AI expertise, hands-on project experience, and industry insight. This initiative boosts practical skills, interdisciplinary learning, and career readiness for the AI-driven job market.<span style="color:#ffffff;"><span style="background-color:#0033a0;"> </span></span><a href="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=73676724-afd7-47fb-aee0-c2f13b1aef45" title="(READ MORE)"><span style="color:#ffffff;"><strong><span style="background-color:#0033a0;">(READ MORE)</span></strong></span></a></div>
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<div class="ed_txt" style="text-align: justify;">The 2025 NYCU News Annual Report captures a university in active transformation—combining research excellence with a strong sense of societal responsibility, expanding international partnerships, and prioritizing storytelling that puts people at the center. With ongoing advances in science, technology, medicine, humanities, and cross-sector collaboration, NYCU continues to deliver solutions to pressing global issues and nurture talent that bridges Taiwan and the world. Looking forward, NYCU stands dedicated to advancing knowledge, growing impactful collaborations, and making a lasting, positive difference for academia, industry, and society.</div>
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- <![CDATA[Expedition of the NYCU Mental Guts Service Team: Seeing Beyond Medical Records to See People]]>Feature Story2026-02-11<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="Expedition of the NYCU Mental Guts Service Team: Seeing Beyond Medical Records to See People"><meta name="twitter:description" content="As the New Year’s celebrations fade, the NYCU Mental Guts Service Team sets off for its annual winter journey to Yuli, Hualien, continuing a two-decade commitment to compassionate, student-led mental health service and stigma reduction."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260211154720241.png"><meta name="twitter:image:alt" content="As the New Year’s celebrations fade, the NYCU Mental Guts Service Team sets off for its annual winter journey to Yuli, Hualien, continuing a two-decade commitment to compassionate, student-led mental health service and stigma reduction."><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="Expedition of the NYCU Mental Guts Service Team: Seeing Beyond Medical Records to See People"><meta property="og:description" content="As the New Year’s celebrations fade, the NYCU Mental Guts Service Team sets off for its annual winter journey to Yuli, Hualien, continuing a two-decade commitment to compassionate, student-led mental health service and stigma reduction."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260211154720241.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=4c273f9d-d504-4ae8-98e8-91cd06d1e5ba">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">As the New Year’s celebrations fade, the NYCU Mental Guts Service Team sets off for its annual winter journey to Yuli, Hualien, continuing a two-decade commitment to compassionate, student-led mental health service and stigma reduction.</span></em></span></div>
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<div class="ed_txt"><strong>By <a href="https://elite.nycu.edu.tw/2026/02/01/expedition-of-the-nycu-mental-guts-service-team-seeing-beyond-medical-records-to-see-people/" rel="noreferrer noopener" target="_blank" title="NYCU ELITE(Open New Windows)">NYCU ELITE</a></strong><br />
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<div class="ed_txt" style="text-align: justify;">While the entire city still basked in the lazy afterglow of New Year celebrations, the Medical Building of National Yang Ming Chiao Tung University (NYCU), nestled on the slopes of Beitou, was already ablaze with lights beneath the cold winter sun. From the classrooms came not the complex jargon of medicine, but the cheerful melodies of folk songs and the rhythmic laughter of rehearsals. On stage, members dressed as Emperor Qin Shi Huang and cavemen were making their final preparations for the “long-distance expedition” set to depart for Yuli in Hualien the following day.<br />
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<div class="ed_pic_full"><img alt="Putting their vacations on hold, the NYCU Mental Guts Service Team travels to psychiatric rehabilitation facilities across Taiwan to offer long-term, non-medical companionship and compassionate service, building genuine friendships with residents and working to reduce stigma surrounding mental illness." src="/userfiles/nycuen/images/20260211154946726.png" /><br />
<span style="color:#4e5f70;"><em><span style="font-size:90%;">Putting their vacations on hold, the NYCU Mental Guts Service Team travels to psychiatric rehabilitation facilities across Taiwan to offer long-term, non-medical companionship and compassionate service, building genuine friendships with residents and working to reduce stigma surrounding mental illness.</span></em></span><br />
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This group of young people, who mock themselves as having “a touch of foolishness,” are members of the NYCU Mental Guts Service Team (hereinafter referred to as the “Service Team”). Fresh off their intense final exams, they chose to put their winter vacation plans on hold, packing up and heading straight to Yuli in Hualien, to visit a group that they nicknamed “trainees”—residents living long-term in a mental health rehabilitation facility.<br />
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“They are our ‘trainees,’ but more than that, they are our friends,” said current team leader Dao-Yi Wang. Each outreach service stems from the Yang Ming Crusaders’ mission legacy. According to statistics from the National Health Insurance Administration, over 2.9 million psychiatric visits were recorded across Taiwan in 2021. Yet despite growing mental health awareness, mental illnesses remain shrouded in stigma and misunderstanding, exacerbated by urban-rural disparities.<br />
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Therefore, as a leading academic institution in Taiwan’s medical and life sciences, the Yang Ming Crusaders established the NYCU Mental Guts Service Team during the summer vacation in 2004. This team stands as the sole student-led initiative within the Yang Ming Crusaders system, dedicated to long-term, in-depth engagement in psychiatric healthcare settings. For over two decades, the Service Team has chosen to step beyond campus boundaries, delving into psychiatric healthcare institutions such as Yuli Hospital and Jianan Psychiatric Center to provide non-medical compassionate services. In recent years, it has expanded its service base to Kaohsiung Municipal Kai-Syuan Psychiatric Hospital, striving to respond to society’s diverse needs through practical action.<br />
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<strong>From Institutions to National Palace Museum: Understanding to Tear Down Labels and Prejudice</strong><br />
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Currently, the Service Team comprises approximately 30 students from the School of Medicine, the Department of Physical Therapy and Assistive Technology, and the Department of Biomedical Engineering, etc. During winter and summer vacations, they launch a large-scale outreach service, designing “customized” static and dynamic rehabilitation activities for trainees across various institutions. Current president Min-Jhen Hong explained that trainees’ conditions vary significantly across institutions, necessitating highly customized activity designs. For instance, activities for trainees in chronic care wards and nursing homes, who still require daily assistance, are designed to be relatively simple and safe. Conversely, trainees at rehabilitation centers and community counseling centers, who mostly possess independent living and working abilities comparable to the general population, can engage in more challenging interactive activities.<br />
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<img alt="By designing tailored rehabilitation activities and leading trainees beyond institutional walls to shared cultural experiences, the NYCU Mental Guts Service Team helps dismantle stigma and prejudice surrounding mental illness through genuine connection and understanding." src="/userfiles/nycuen/images/20260211155209081.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">By designing tailored rehabilitation activities and leading trainees beyond institutional walls to shared cultural experiences, the NYCU Mental Guts Service Team helps dismantle stigma and prejudice surrounding mental illness through genuine connection and understanding.</span></em></span><br />
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This year, the Service Team planned static activities like handicrafts alongside dynamic exchanges such as carnivals and barbecues, culminating in a 70-minute large-scale stage production. “We aim to offer not just an event, but an experience that truly stimulates the senses and enriches spiritual life,” said Min-Jhen Hong.<br />
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“In the portrayal of mass media, mental illness is often linked to aggressive tendencies.” Dao-Yi Wang said frankly, “But after interacting with them, you realize they crave social connections and the outside world just as much as we do.” To break the confines of the ward, the Service Team began taking trainees beyond the institution—visiting the National Palace Museum, art galleries, and tourist factories. “You can clearly sense how their moods transform,” said current advisor Yu-Jie Lee. “These outings aren’t just about new experiences—they additionally show society that these individuals are just like us.”</div>
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<strong>Cultivating Future Physicians Through Emotional Education with “Classic”</strong></div>
<div class="ed_pic_full">During service, companionship isn’t always easy. Faced with trainees’ sudden emotional swings, members who engaged in first-time outreach service often felt overwhelmed. Thus, the Service Team developed a secret weapon passed down through generations—The Classic. This internal “notebook,” compiled since 2011, meticulously documents the practical experience of senior members over the years. From the characteristics of schizophrenia to standard operating procedures for interaction, and key considerations for each service location, every word and line embodies the wisdom accumulated through on-site service and helping others.<br />
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Yu-Jie Lee recalled an instance where a trainee broke down in tears at an event due to misunderstanding the reward rules. Drawing on experience and training techniques passed down by senior members, the team members gently redirected the trainee’s attention, successfully guiding them back to calmness. Beyond large-scale institutional services during winter and summer vacations, team members also participate in two regular service sessions each semester, including collaborating with different senior high schools to lead senior high students in serving nearby community organizations, extending the seeds of “de-stigmatization” into senior high school campuses. Yu-Jie Lee also shared, “During interactions, we inevitably encountered situations where senior high school students momentarily didn’t know how to respond, but we intervened and guided them appropriately. I believe this isn’t just a companionship experience for the trainees; it’s an important learning opportunity for both the senior high school students and us. It also helps the public gradually develop a deeper and more compassionate understanding of mental illness.”<br />
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<strong>A Warmth Practice of “Seeing People”</strong><br />
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“This kind of learning is hard to come by in the classroom,” described Dao-Yi Wang. Through repeated interactions with trainees, these future doctors learned not only clinical skills but more crucial abilities: “emotional resilience” and “boundary awareness.” For them, this was not merely an outreach service but a profound lesson in the human “warmth” of medicine. It prepared them to see the whole person—not just the diagnosis on a medical record—when they don their white coats in the future.<br />
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“After joining the Service Team, I feel like I’ve become a real ‘tough cookie’!” Dao-Yi Wang joked with a touch of humor. Yet behind the joke lies the resilience and responsibility honed by NYCU medical students as they balance demanding coursework with their passion for service. As a native of Hualien, he particularly appreciates that service isn’t just one-way giving, and it’s a two-way learning process: while accompanying the trainees, he also gained deeper insights into building relationships and “making friends.”<br />
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<img alt="Through hands-on service, NYCU students learn emotional resilience, boundary awareness, and the true warmth of medicine—seeing people as whole individuals rather than diagnoses." src="/userfiles/nycuen/images/20260211155453787.png" /><br />
<em><span style="color:#4e5f70;"><span style="font-size:90%;">Through hands-on service, NYCU students learn emotional resilience, boundary awareness, and the true warmth of medicine—seeing people as whole individuals rather than diagnoses.</span></span></em><br />
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Yu-Jie Lee also shared emotionally that seeing these trainees, who are often overlooked by society, smile because of the Service Team’s companionship, and even having trainees recognize her at second glance during their second meeting, made her deeply moved by the feeling of being remembered and needed. This experience strengthened her resolve to continue pursuing a career in psychiatry. Min-Jhen Hong also observed: “When facing them (the trainees), what matters most isn’t how much professional knowledge we can demonstrate, but whether we can engage with them with an attitude of equality and respect. Especially when they experience emotional fluctuations, we should treat them like simple, sincere friends.”<br />
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This expedition marks the continuation of the Yang Ming Crusaders’ mission spanning over four decades and stands as the most precious record of growth in these medical students’ academic journey. Observing these groups of young students whose eyes still sparkle when discussing their trainees and service missions, even after days without sleep, we may foresee a future where cold diagnoses and medical jargon are transformed into warm conversations and genuine exchanges in clinics. And in the distant future, the prejudices and barriers surrounding mental illness will gradually dissolve through the compassion and understanding of this generation of doctors.<br />
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<img alt="Rooted in NYCU’s core belief, the Mental Guts Service Team carries forward a legacy of warmth—stepping beyond campus to serve, connect, and ensure compassion continues to light the path of medicine and society." src="/userfiles/nycuen/images/20260211155556893.png" /><br />
<span style="color:#4e5f70;"><span style="font-size:90%;"><em>Rooted in NYCU’s core belief, the Mental Guts Service Team carries forward a legacy of warmth—stepping beyond campus to serve, connect, and ensure compassion continues to light the path of medicine and society.</em></span></span></div>
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- <![CDATA[NYCU and AMD Launch Advanced Research Program to Push AI and Next-Generation Semiconductor Breakthroughs]]>Industry Cooperation2026-02-10<![CDATA[<!-- Twitter Card -->
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>NYCU and AMD jointly announced the launch of the AMD Advanced Research Program on February 3.</em></span></span></div>
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<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU) and Advanced Micro Devices (AMD) have announced the joint establishment of the <strong>AMD Advanced Research Program</strong>, marking a long-term strategic partnership focused on artificial intelligence, high-performance computing, and next-generation semiconductor technologies — fields increasingly central to the global digital economy.<br />
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The initiative aims not only to accelerate frontier research but also to cultivate globally competitive talent capable of moving seamlessly between academia and industry, helping address urgent workforce demands in advanced computing.<br />
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<strong style="color: rgb(0, 0, 0); font-size: 100%;">Tackling the Limits of AI and High-Performance Systems</strong><br />
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<span style="color: rgb(0, 0, 0); font-size: 100%;">As AI and high-performance computing systems confront mounting challenges in data movement, bandwidth density, and energy efficiency, the AMD Advanced Research Program is designed to pursue breakthrough solutions at both the hardware and algorithmic levels.<br />
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Research priorities include:</span></div>
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<li class="ed_txt" style="text-align: justify;">Energy-efficient AI accelerators and hardware architectures</li>
<li class="ed_txt" style="text-align: justify;"><span style="color: rgb(0, 0, 0); font-size: 100%;">Efficiency-driven AI models and algorithms</span></li>
<li class="ed_txt" style="text-align: justify;"><span style="color: rgb(0, 0, 0); font-size: 100%;">Edge–cloud collaborative AI systems</span></li>
<li class="ed_txt" style="text-align: justify;"><span style="color: rgb(0, 0, 0); font-size: 100%;">Silicon photonics and optical I/O technologies</span></li>
<li class="ed_txt" style="text-align: justify;"><span style="color: rgb(0, 0, 0); font-size: 100%;">Heterogeneous integration and advanced packaging</span></li>
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<div class="ed_txt" style="text-align: justify;"><span style="color: rgb(0, 0, 0); font-size: 100%;">Together, these directions reflect a systems-level approach to computing — where architecture, software, and application design evolve in tandem to meet next-generation performance and sustainability demands.<br />
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<strong>A Joint Platform for Global-Impact Research</strong><br />
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Supported by AMD and led by NYCU’s College of Electrical and Computer Engineering, the program will select distinguished faculty members recognized for research excellence, teaching leadership, and international academic standing. These researchers will conduct frontier research through the <strong>AMD–NYCU Joint Laboratory for AI Computing and Communications</strong>, a platform for sustained collaboration and knowledge exchange.</span></div>
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The partnership is expected to produce high-impact research showcased at major international conferences and to strengthen strategic leadership in critical areas, including AI acceleration and silicon photonic computing systems.<br />
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<strong>Deepening Industry–Academia Collaboration</strong><br />
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The establishment of the AMD Advanced Research Program underscores NYCU’s long-standing commitment to close industry collaboration and its ambition to lead global innovation in AI and semiconductor research.<br />
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By partnering with AMD — one of the world’s leading technology companies — NYCU is expanding its research capacity in electrical and computer engineering, accelerating the deployment of forward-looking technologies, and reinforcing its role as a major international academic hub.<br />
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The program reflects a shared belief that future breakthroughs will emerge from the tight integration of academic inquiry and industrial application—a model increasingly essential for shaping the next era of intelligent computing.<br />
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<img alt="The AMD Advanced Research Program focuses on developing breakthrough solutions for next-generation computing challenges." src="/userfiles/nycuen/images/20260210141044102.png" /><span style="color:#4e5f70;"><span style="font-size:90%;"><em>The AMD Advanced Research Program focuses on developing breakthrough solutions for next-generation computing challenges.</em></span></span></div>
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- <![CDATA[NYCU Hosts Japan–Taiwan Forum on Disaster Lessons and the Future of Resilient Cities]]>International Affairs2026-02-09<![CDATA[<!-- Twitter Card --><meta name="twitter:card" content="summary_large_image"><meta name="twitter:site" content="@NYCU_official"><meta name="twitter:title" content="NYCU Hosts Japan–Taiwan Forum on Disaster Lessons and the Future of Resilient Cities"><meta name="twitter:description" content="NYCU and the Japan–Taiwan Exchange Association’s Kaohsiung Office convened the Japan–Taiwan Disaster Prevention Forum in Kaohsiung 2026 on January 30."><meta name="twitter:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260209155319631.png"><meta name="twitter:image:alt" content="NYCU Hosts Japan–Taiwan Forum on Disaster Lessons and the Future of Resilient Cities"><!-- Open Graph (for X, Facebook, LinkedIn, etc.) --><meta property="og:type" content="article"><meta property="og:title" content="NYCU Hosts Japan–Taiwan Forum on Disaster Lessons and the Future of Resilient Cities"><meta property="og:description" content="NYCU and the Japan–Taiwan Exchange Association’s Kaohsiung Office convened the Japan–Taiwan Disaster Prevention Forum in Kaohsiung 2026 on January 30."><meta property="og:image" content="https://www.nycu.edu.tw/userfiles/nycuen/images/20260209155319631.png"><meta property="og:url" content="https://www.nycu.edu.tw/nycu/en/app/news/view?module=headnews&id=552&serno=005a6987-a6be-4fb1-8b99-d1f13d4597e0">
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<div class="ed_txt"><strong>By Office of International Promotion and Outreach</strong><br />
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<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU) and the Japan–Taiwan Exchange Association’s Kaohsiung Office convened the <strong>Japan–Taiwan Disaster Prevention Forum in Kaohsiung 2026</strong> on January 30 at NYCU’s Kaohsiung campus, bringing together central and local government leaders, city governance teams, and industry and academic experts to confront a shared challenge: how societies prepare for an era of compound disasters.<br />
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Centered on the theme of cross-regional and cross-disciplinary collaboration, the forum focused on resilience strategies under extreme weather, seismic risk, and cascading hazards — conditions increasingly shaped by climate change and geopolitical uncertainty.<br />
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<div class="ed_pic_full"><span style="color:#4e5f70;"><em><span style="font-size:90%;">President Lai Ching-Te delivered remarks via video, calling Taiwan and Japan “family that stands together in times of hardship” and urging deeper disaster cooperation.</span></em></span><br />
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<strong>From national leadership to city-level coordination</strong><br />
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The forum opened with remarks by President Lai Ching-te (William Lai), Masafumi Oku, Chief Representative of the Japan–Taiwan Exchange Association, Sendai Mayor Kazuko Kori, Kumamoto Mayor Kazufumi Onishi, and Kaohsiung Mayor Chen Chi-mai — underscoring a shared commitment by both Taiwan and Japan, from national leadership to city governments, to deepen cooperation in disaster preparedness.<br />
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President Lai noted that Kaohsiung and Tainan have actively deployed smart technologies to strengthen responses to extreme weather, warning that future disasters are unlikely to remain isolated events. Instead, climate volatility and geopolitical risk may transform single hazards into compound crises that demand integrated preparedness.<br />
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Mayor Chen highlighted that typhoon impacts in Kaohsiung have grown more severe and complex in recent years, often overlapping with seismic risks. He emphasized that Taiwan and Japan’s long history of mutual learning in disaster governance and urban recovery offers a practical framework for strengthening resilient cities.<br />
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Executive Yuan Minister without Portfolio and Minister of the Public Construction Commission, Chen Chin-de, followed with a policy-focused keynote linking governance, infrastructure resilience, and cross-agency coordination. His presence — along with senior engineering officials — reflected the central government’s sustained commitment to disaster preparedness and institutional integration.<br />
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<img alt="Executive Yuan Minister without Portfolio Chen Chin-te (right) and Kaohsiung Mayor Chen Chi-mai (second from right) attend an industry–academia exchange session during the forum." src="/userfiles/nycuen/images/20260209155754534.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">Executive Yuan Minister without Portfolio Chen Chin-te (right) and Kaohsiung Mayor Chen Chi-mai (second from right) attend an industry–academia exchange session during the forum.</span></span></em></div>
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<strong>Learning across cities and governance systems</strong><br />
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The forum advanced along two parallel tracks: governance exchange and technical alignment.<br />
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On one front, participants established a shared language of resilience governance through international policy dialogue. On the other hand, city representatives from Sendai, Kumamoto, Kaohsiung, and Tainan engaged in detailed discussions of disaster experience, institutional design, emergency response protocols, and post-disaster recovery models. The emphasis was on city-level systems that are measurable, transferable, and operational — not abstract frameworks, but governance tools that can be tested and replicated.<br />
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<strong>Smart disaster technologies and energy resilience</strong><br />
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A major focus was on integrating scientific and technological innovation into disaster management. Sessions examined how data modeling, AI-driven forecasting, and multi-source sensing systems can strengthen early warning capacity and real-time response, supported by collaboration among universities, government agencies, and private industry.<br />
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As advanced manufacturing and renewable energy systems increasingly underpin national infrastructure, their resilience has direct consequences for urban stability and supply chains. Industry representatives — including Micron Taiwan, Delta Electronics, and clean-energy startups — shared insights into high-tech facility fire safety, energy storage solutions, and distributed power systems capable of sustaining operations during post-disaster recovery.<br />
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The discussion framed public safety and industrial resilience not as separate domains, but as interconnected pillars of modern urban survival.<br />
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<img alt="Professor Chen Jyh-cheng of NYCU’s College of Computer Science presents 5G solutions for disaster prevention and smart urban governance during the forum." src="/userfiles/nycuen/images/20260209155944672.png" /><br />
<span style="color:#4e5f70;"><span style="font-size:90%;"><em>Professor Chen Jyh-cheng of NYCU’s College of Computer Science presents 5G solutions for disaster prevention and smart urban governance during the forum.</em></span></span><br />
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<strong>Universities as platforms for integration</strong><br />
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The forum emphasized that effective disaster governance begins long before emergencies occur. Public safety must be embedded in everyday governance, not activated only during crises.<br />
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Universities, organizers argued, serve as critical integration platforms — translating research, data tools, and technical expertise into operational policy and industry practice. The program highlighted evidence-based decision-making and cross-sector coordination, aiming to move beyond knowledge exchange toward field validation and sustained collaboration.<br />
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At its core, disaster preparedness remains about people. Stronger institutions, infrastructure, and technology ultimately exist to ensure that, when emergencies strike, information flows clearly, decisions move faster, and frontline responders are never left unsupported. Through continued Taiwan–Japan cooperation and industry–government–academic partnerships, each exchange becomes a step toward more actionable readiness — safeguarding the lives communities depend on.</div>
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<div class="ed-model18-title-text">陽明交大攜手日本台灣交流協會合辦「日台防災論壇」<br />
聚焦關鍵基礎設施、科技應用與新能源防災，推動跨國產官學合作</div>
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<div class="col-md-6"><span style="font-size:80%;">照片／撰稿：國際宣傳辦公室</span><br />
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國立陽明交通大學與日本台灣交流協會高雄事務所於1月30日在陽明交大高雄校區共同舉辦「日台防災論壇 in 台灣高雄 2026」。論壇以「跨地域、跨領域」為主軸，邀集臺日中央與地方政府代表、城市治理團隊，以及產業與學研領域專家齊聚交流，針對極端氣候、地震與複合式災害情境下的韌性治理策略與科技應用進行深度對話。<br />
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<strong style="font-size:110%;">中央到城市層級的防災共識</strong>
<p>論壇開幕式由總統賴清德、日本台灣交流協會所長奧正史（Masafumi Oku）、仙台市長郡和子（Kazuko Kori）、熊本市長大西一（Kazufumi Onishi）及高雄市長陳其邁致詞，展現臺日自中央到城市層級對防災合作的共同重視。</p>
<p>總統賴清德指出，高雄與臺南近年積極運用智慧科技強化極端氣候應變，並提醒面對氣候變遷與地緣政治等多重挑戰，災害型態可能由單一事件演變為複合風險。</p>
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<strong style="font-size:110%;">城市治理與制度經驗的互學</strong>
<p>本次論壇議程以「治理經驗互學」與「技術方案對接」雙軸推進，從制度設計、應變流程到災後復原，聚焦城市層級可複製、可驗證的管理能力。<br />
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<strong style="font-size:110%;">智慧防災與新能源韌性布局</strong>
<p>在智慧防災面向，論壇著重防災科學技術與創新應用，討論資料模型、AI預測與多源感測如何強化事前預警與即時反應能力。</p>
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<strong style="font-size:110%;">大學作為跨域整合平台</strong>
<p>論壇強調，防災治理的核心在於將「公共安全」落實於平時治理，而非僅止於災時動員。大學除提供研究與人才培育，更可作為跨域整合平台。</p>
<p>防災的核心始終是「人」。透過持續的跨國交流與產官學合作，每一次討論與經驗都將轉化為更可操作的準備，守住我們共同在乎的生命安全。</p>
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- <![CDATA[NYCU study finds simple abdominal massage eases constipation]]>Research Highlights2026-02-05<![CDATA[<!-- Twitter Card -->
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<div class="ed_txt" style="text-align: justify;">After festive meals and long periods of sitting, many people experience an uncomfortable but common problem:<strong> constipation</strong>. New research from National Yang Ming Chiao Tung University (NYCU), now published in the International Journal of Nursing Studies, suggests that a simple daily habit—regular abdominal massage—may be an effective, low-risk way to improve bowel function and reduce bloating.<br />
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<strong style="color: rgb(0, 0, 0); font-size: 100%;">Constipation as a widespread but overlooked health burden</strong><br />
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<span style="color: rgb(0, 0, 0); font-size: 100%;">Constipation affects an estimated 15% to 25% of adults in Taiwan. Among people aged 65 and older, roughly 40% live with chronic constipation, a condition that can significantly diminish quality of life.<br />
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A research team led by Li-Yin Chien, Dean of NYCU’s College of Nursing, working with doctoral researcher Shiou-Yun Huang, found that multiple forms of abdominal massage can help relieve symptoms. Whether performed by hand in a clockwise circular motion, through acupressure techniques, or using an electric massager, the interventions were associated with measurable improvement.<br />
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Their findings are based on a systematic review of international studies that compare massage approaches and evaluate outcomes such as bowel frequency, intestinal transit time, and symptom relief. The analysis concluded that abdominal massage can shorten the time food remains in the digestive tract and alleviate discomfort associated with bloating and difficult bowel movements.<br />
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The strongest effects were observed in functional constipation, followed by medication-induced constipation and constipation related to neurological bowel disorders.</span><br />
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<strong style="color: rgb(0, 0, 0); font-size: 100%;">A low-risk alternative to medication</strong><br />
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<span style="color: rgb(0, 0, 0); font-size: 100%;">Unlike laxatives or stool softeners, abdominal massage has no known adverse effects and can be safely performed at home. The researchers recommend approximately 15 minutes of daily massage for individuals with persistent constipation. For patients who rely heavily on medication, the technique offers a scientifically supported and accessible complementary option.<br />
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The study provides an evidence base for incorporating abdominal massage into both clinical care and home health routines. Chien said all three massage approaches demonstrated significant benefit, allowing individuals and caregivers to choose the most convenient method. For patients unable to take long-term medication, massage may serve as a safe and effective alternative.</span></div>
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Huang, now a lecturer in nursing at Asia University, added that the research can be translated into educational materials to help healthcare professionals teach patients and families practical self-care strategies. However, the team cautions that people who have undergone abdominal surgery, are pregnant, or are experiencing acute abdominal pain should consult a medical professional before attempting massage.<br />
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<strong>Bringing massage into clinical and home care</strong><br />
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The researchers report that their work supports the integration of abdominal massage into routine patient education and preventive care. Because the technique is simple and inexpensive, it can be adopted in hospitals, long-term care facilities, and home settings alike.<br />
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By equipping patients and families with non-drug self-care tools, healthcare systems may reduce dependence on medication while improving daily comfort — an especially meaningful shift for aging populations managing multiple chronic conditions.<br />
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<strong>Aging societies and everyday solutions</strong><br />
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As Taiwan’s population ages and the prevalence of chronic diseases increases, identifying natural and safe approaches to support digestive health is an increasingly important public health priority.<br />
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The researchers report that their findings transform a simple, everyday action into an evidence-based tool for improving comfort and quality of life, illustrating how small, practical interventions can play a powerful role in modern healthcare.<br />
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<img alt="The study was conducted by Li-Yin Chien (right), Dean of the College of Nursing, and Shiou-Yun Huang (left), a doctoral researcher who is now a lecturer in nursing at Asia University." src="/userfiles/nycuen/images/20260205130045173.jpg" /><span style="color:#4e5f70;"><span style="font-size:90%;"><em>The study was conducted by Li-Yin Chien (right), Dean of the College of Nursing, and Shiou-Yun Huang (left), a doctoral researcher who is now a lecturer in nursing at Asia University.</em></span></span></div>
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- <![CDATA[NYCU professor Ao-Lin Hsu invited as keynote speaker at Dubai’s Global Longevity Symposium]]>Honor2026-02-05<![CDATA[<div class="ed_model08 clearfix">
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<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>Professor Ao-Lin Hsu of NYCU delivers his keynote address at the 2026 GCLS Semester Symposium in Dubai.</em></span></span></div>
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<strong>By Chance Lai</strong></div>
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<div class="ed_txt" style="text-align: justify;">Taiwan’s research strength in anti-aging and longevity science continues to draw international attention. Professor Ao-Lin Hsu, director of the Institute of Biochemistry and Molecular Biology at National Yang Ming Chiao Tung University (NYCU), was invited to serve as a keynote speaker at the <strong>2026 GCLS Semester Symposium in Dubai</strong> — a high-level global forum organized by the Geneva College of Longevity Science (GCLS), widely regarded as a nexus for frontier dialogue on aging science, preventive medicine and translational healthcare.<br />
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His presence signals growing recognition of Taiwan’s role in shaping the scientific conversation around longevity, a field increasingly seen as central to the future of global health systems.<br />
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<strong style="color: rgb(0, 0, 0); font-size: 100%;">A global stage for the science of aging</strong><br />
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<span style="color: rgb(0, 0, 0); font-size: 100%;">Held February 2–3 at Dubai Science Park, the symposium brought together scientists, health regulators, and industry leaders from Europe, the Middle East, and Asia under the theme “The New Era of Longevity.” Sessions explored topics ranging from molecular mechanisms of aging to AI-driven preventive medicine and governance frameworks for next-generation healthcare.<br />
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The forum is designed to close the gap between laboratory discovery and clinical implementation—a transition many experts view as the defining challenge in modern longevity science. By placing basic research alongside policy and industry discussion, organizers framed longevity not as a niche discipline, but as an emerging pillar of global health strategy.<br />
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Hsu joined a speaker lineup that included senior officials from Abu Dhabi and Dubai health authorities as well as leading European longevity researchers, positioning Taiwan directly within a high-level exchange shaping how societies prepare for rapidly aging populations.</span><br />
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<strong style="color: rgb(0, 0, 0); font-size: 100%;">From microscopic biology to global health strategy</strong><br />
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<span style="color: rgb(0, 0, 0); font-size: 100%;">An internationally recognized aging biologist, Hsu has built his career studying the molecular architecture of lifespan. His laboratory at NYCU uses the microscopic worm Caenorhabditis elegans to map genetic pathways that regulate longevity and cellular stress responses — research that has helped clarify how diet, metabolism, and stress signaling influence aging.<br />
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His team’s work identifying the HSF1/HSB1 protein network as a key regulator of aging has appeared in top-tier journals, offering new insight into how organisms maintain resilience under biological stress. At the Dubai forum, Hsu focused on translating these discoveries into preventive frameworks, arguing that longevity science must move from laboratory knowledge to practical health strategies.<br />
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As populations age faster than any generation in recorded history, scientists increasingly warn that extending lifespan without extending healthspan will strain healthcare systems worldwide. Hsu’s keynote addressed how molecular biology can inform early intervention and long-term preventive care.</span></div>
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<strong>Taiwan enters the longevity conversation</strong><br />
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Hsu also serves as vice chair of the Asia-Pacific Association for Precision Anti-Aging Medicine (APPAM), a cross-disciplinary organization that promotes integration among biomedical research, clinical practice, and preventive medicine. Through international collaborations and academic partnerships, the association has become a conduit linking Taiwanese researchers to global longevity networks.<br />
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Hsu’s invitation is more than an individual milestone. It reflects the maturation of Taiwan’s biomedical ecosystem and its growing ability to contribute original frameworks to a field historically dominated by Western research institutions.<br />
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<strong>Longevity as the next global frontier</strong><br />
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Aging is rapidly becoming one of the defining challenges of the 21st century. By 2050, the global population over 60 is expected to double, reshaping healthcare systems, economies, and social policy. Longevity science — once a specialized academic pursuit — now intersects with biotechnology investment, public health planning, and national strategy.<br />
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Taiwan’s advanced medical infrastructure and strong life science research base position it as an increasingly visible participant in this transformation. For NYCU, Hsu’s appearance on the Dubai stage underscores a broader institutional direction: linking molecular biology, engineering, and clinical science to address the future of human health.<br />
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As the symposium concluded, one message resonated across discussions: longevity is no longer a distant scientific ambition. It is an unfolding global project — and Taiwan is now firmly part of the conversation.<br />
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<img alt="NYCU Professor Ao-Lin Hsu (third from right) stands with global delegates at the 2026 GCLS Semester Symposium in Dubai, underscoring Taiwan’s presence in the international longevity research community." src="/userfiles/nycuen/images/20260205102216140.png" /><span style="color:#4e5f70;"><span style="font-size:90%;"><em>NYCU Professor Ao-Lin Hsu (third from right) stands with global delegates at the 2026 GCLS Semester Symposium in Dubai, underscoring Taiwan’s presence in the international longevity research community.</em></span></span></div>
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- <![CDATA[NYCU Hosts Asia’s Flagship Summit on Next-Generation Regenerative Medicine]]>International Affairs2026-02-03<![CDATA[<div class="ed_model08 clearfix">
<div class="ed_pic_full"><img alt="The 2026 International Summit on Exosomes, Stem Cells, Regulatory Science and Innovative Therapies was held at NYCU on Jan 30 and at Far Eastern Memorial Hospital on Jan 31." src="/userfiles/nycuen/images/20260204102904243.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>The 2026 International Summit on Exosomes, Stem Cells, Regulatory Science and Innovative Therapies was held at NYCU on Jan 30 and at Far Eastern Memorial Hospital on Jan 31.</em></span></span></div>
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<div class="ed_txt" style="text-align: justify;">Global leaders in regenerative medicine gathered on January 30 at National Yang Ming Chiao Tung University (NYCU) for the <strong>2026 International Summit on Exosomes, Stem Cells, Regulatory Science and Innovative Therapies</strong>, one of Asia’s most closely watched forums on next-generation biomedical science. Scientists from Europe, the United States, and Japan showcased advances ranging from iPSC-based cell therapies to engineered exosome delivery systems — technologies that could redefine the future of clinical medicine.<br />
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Opening the NYCU session, Dean Chi-Ying Huang of the College of Pharmaceutical Sciences described the field as moving beyond experimental promise toward scalable clinical reality, with Taiwan entering a pivotal moment in which regulatory frameworks and technological capacity are advancing in tandem. NYCU’s integration of medicine, pharmaceutical science, and engineering, he said, positions the university at the center of this transition.
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<div class="ed_pic_full"><img alt="Dean Chi-Ying Huang of the College of Pharmaceutical Sciences opens the NYCU session." src="/userfiles/nycuen/images/20260204103357396.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">Dean Chi-Ying Huang of the College of Pharmaceutical Sciences opens the NYCU session.</span></em></span><br />
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<span style="font-size:100%;"><span style="color:#000000;"><strong>Japan Pushes iPSC Science Toward Clinical Reality</strong><br />
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One of the summit’s highlights came from Japan’s CiRA Foundation, which presented the world’s most advanced clinical translation pathway for iPSC technology. Two decades after Nobel laureate Shinya Yamanaka first demonstrated induced pluripotent stem cells, Japan has built a mature pipeline that bridges laboratory discovery and clinical-grade production.<br />
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CiRA representatives described how integration-free reprogramming methods and an HLA-matched iPSC cell bank enable a small number of cell lines to serve a large population, thereby dramatically reducing the risk of rejection and cost barriers.<br />
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A Parkinson’s disease therapy based on iPSC-derived neurons has now entered the regulatory approval stage and is expected to become the world’s first commercial iPSC-derived cell product. Researchers are also integrating AI-driven automated manufacturing systems to lower the cost of personalized cell therapy to accessible levels—a key step toward widespread adoption.<br />
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NYCU’s long-term academic exchange with CiRA has enabled Taiwanese researchers to participate directly in Asia’s most advanced stem cell clinical ecosystem, strengthening a cross-border regenerative medicine network.<br />
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<strong>Engineered Exosomes Redefine Gene Delivery</strong><br />
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NYCU Yushan Scholar and Chair Professor Ly James Lee presented breakthrough work in engineered exosomes, proposing them as a next-generation platform for gene delivery.<br />
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Compared with viral vectors and synthetic nanoparticles, exosomes offer natural biocompatibility, low immune activation, and the ability to cross biological barriers such as the brain and tumor microenvironment — making them ideal precision delivery vehicles.</span></span></div>
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Lee’s team developed a nanochannel electroporation (NEP) system that dramatically increases nucleic acid loading efficiency without damaging vesicle structure, overcoming a long-standing bottleneck in exosome industrialization. Combined with immune-evasion engineering and dual-targeting strategies, the platform demonstrated strong tumor penetration and accumulation in brain and pancreatic cancer models.<br />
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The work highlights NYCU’s strength at the intersection of biomedical engineering and pharmaceutical science, positioning Taiwan as a serious contender in the global exosome race.<br />
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<strong>New Breakthroughs in Gene Therapy for Hearing Loss</strong><br />
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Professor Yan-Fu Cheng of NYCU’s Institute of Neuroscience presented a key advance in genetic therapy for inherited hearing loss. Using next-generation AAV vectors and AI-assisted screening, his team successfully delivered genes to inner-ear hair cells and spiral ganglion neurons, thereby restoring hearing and balance in animal models.<br />
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More importantly, the group established a comprehensive platform for developing gene therapies for hearing loss, integrating iPSC disease models, synthetic vector libraries, and directed-evolution technologies to accelerate translation from the laboratory to the clinic. The platform targets genetic variants prevalent in Taiwan while retaining global clinical relevance.<br />
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<img alt="Professor Yan-Fu Cheng of the Institute of Neuroscience presents a major breakthrough in therapies for inherited hearing loss." src="/userfiles/nycuen/images/20260204103656725.png" /><span style="color:#4e5f70;"><span style="font-size:90%;"><em>Professor Yan-Fu Cheng of the Institute of Neuroscience presents a major breakthrough in therapies for inherited hearing loss.</em></span></span><br />
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<span style="font-size:100%;"><span style="color:#000000;"><strong>Exosomes Move Toward Cell-Free Regeneration</strong></span></span><br />
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Beyond laboratory research, exosomes are emerging as a cornerstone of cell-free regenerative therapy. Clinical studies presented at the summit showed that stem cell–derived exosomes protect neurons, reduce oxidative stress, and promote tissue repair in models of dry eye disease and macular degeneration, suggesting advantages over conventional treatments. These findings indicate that exosomes are moving from experimental tools toward scalable clinical platforms.<br />
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The summit was more than an academic showcase. It marked NYCU’s growing role as a node in the global regenerative medicine network. From iPSC technologies to exosome engineering, from gene therapy to cell-free therapeutics, NYCU is building a rare end-to-end innovation chain that integrates engineering, medicine, and regulatory science.<br />
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As regenerative medicine enters a new era of clinical deployment, NYCU is positioning Taiwan at the forefront of next-generation healthcare, advancing local research on the world stage.</div>
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- <![CDATA[Global Health Leaders Are Heading to NYCU for the GCIEM 2026 Global Summit]]>International Affairs2026-01-29<![CDATA[<!-- Twitter Card -->
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<div class="ed_txt" style="text-align: justify;">As healthcare systems worldwide face aging populations, workforce shortages, and rapid advances in artificial intelligence, a new model is emerging—one that brings medicine and engineering together to redefine how healthcare is designed, delivered, and taught.<br />
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From April 10 to April 12, 2026, National Yang Ming Chiao Tung University will host the <strong>Global Consortium of Innovation and Engineering in Medicine (GCIEM) 2026 Global Summit</strong>, placing Taipei at the center of a global conversation on the future of healthcare.<br />
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<strong>Why This Summit Matters Now</strong><br />
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GCIEM 2026 is built around a simple but urgent question:<br />
<strong>How can engineering and AI help medicine respond to the world’s most pressing health challenges?</strong><br />
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The summit brings together leaders from medicine, engineering, data science, and healthcare systems to explore practical answers—moving beyond theory toward solutions that can be applied in real clinical and societal settings.<br />
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For Taiwan, this marks the first time it has hosted the consortium’s flagship global summit, underscoring the island’s growing role as a bridge between advanced technology and modern healthcare.<br />
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<strong>Three Reasons Global Leaders Are Coming to NYCU</strong></div>
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<strong>01. Direct Dialogue Across Disciplines</strong><br />
Participants will engage in face-to-face discussions with international experts and institutional leaders, exploring topics ranging from AI-enabled healthcare to new models of medical education. The summit is designed to encourage conversations that extend beyond research sharing to include <strong>joint programs, institutional partnerships, and long-term collaboration</strong>.</div>
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<strong>02. Where Academia Meets Industry</strong><br />
GCIEM 2026 is designed to connect academic insights with real-world innovation, leveraging <strong>Taiwan’s strategic role in the global technology and healthcare landscape.</strong></div>
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With world-leading strengths in semiconductors, medical devices, and AI-driven systems, Taiwan offers an unparalleled setting for collaboration between medicine and engineering. By bringing together scholars, clinicians, and industry stakeholders, the summit highlights how Engineering Medicine can accelerate translation by bridging research, clinical needs, and scalable solutions within a globally relevant innovation ecosystem.<br />
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<strong>03. Students as Global Problem-Solvers</strong><br />
At the heart of the summit is the Global Health Innovation Grand Challenge Competition, which brings together student teams from medicine, engineering, and biomedical sciences worldwide. Building on last year’s U.S. competition, which drew 56 teams, the 2026 edition is expected to draw more than 50 teams, with approximately 40 advancing to the semi-final round on April 11. Teams will present AI-enabled, engineering-driven solutions to real-world health challenges—showcasing how the next generation is shaping the future of healthcare.<br />
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<strong>From the United States to Asia: A Growing Global Platform</strong><br />
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Following its inaugural summit in 2025 at the <strong>Carle Illinois College of Medicine</strong>, GCIEM now brings its global network to Asia. Hosting the second edition, NYCU provides a uniquely integrated environment—combining advanced engineering research, clinical expertise, and AI innovation—to support meaningful international exchange.<br />
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<strong>Global Voices, Shared Vision</strong><br />
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The summit will feature keynote addresses and panel discussions by leaders from academia, healthcare, and industry, including representatives from institutions such as the <strong>University of Illinois Urbana-Champaign, Texas A&M University, Georgia Tech, Cornell University, Nanyang Technological University, and the University of Pretoria</strong>, as well as NYCU leadership and global healthcare innovators.<br />
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Together, these voices reflect a shared commitment to shaping the future of healthcare through Engineering Medicine.</div>
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- <![CDATA[NYCU and University of Arizona Launch Talent and Innovation Hub to Advance Semiconductor and AI Collaboration]]>International Affairs2026-01-29<![CDATA[<div class="ed_model08 clearfix">
<div class="ed_pic_full"><img alt="NYCU completed the first U.S. university agreement under its Talent and Innovation Hub (TIH) framework on January 28, marking the University of Arizona as the hub’s inaugural U.S. partner." src="/userfiles/nycuen/images/20260129151449664.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>NYCU completed the first U.S. university agreement under its T<strong>alent and Innovation Hub (TIH)</strong> framework on January 28, marking the University of Arizona as the hub’s inaugural U.S. partner.</em></span></span></div>
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<div class="ed_txt" style="text-align: justify;">National Yang Ming Chiao Tung University (NYCU) and <strong>the University of Arizona (UA)</strong> have formally launched the <strong>Talent and Innovation Hub (TIH–NYCU–UA)</strong> following the signing of a memorandum of understanding on January 28, 2026.<br />
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The agreement marks the official start of a long-term, high-impact partnership focused on talent cultivation, collaborative applied research, and industry engagement, with semiconductors and artificial intelligence identified as initial priority domains. Both universities also signaled interest in expanding collaboration into emerging technology frontiers, including space-related engineering and advanced aerospace applications.
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<div class="ed_pic_full"><img alt="The agreement establishing the TIH–NYCU–UA is signed by NYCU President Chi-Hung Lin (right) and University of Arizona President Suresh Garimella." src="/userfiles/nycuen/images/20260129151606196.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">The agreement establishing the TIH–NYCU–UA is signed by NYCU President Chi-Hung Lin (right) and University of Arizona President Suresh Garimella.</span></em></span></div>
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<span style="font-size:100%;"><span style="color:#000000;"><strong>From Strategic Dialogue to Operational Platform</strong><br />
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The Talent and Innovation Hub (TIH) is designed as a joint, scalable platform that integrates graduate-level education, professional workforce development, and application-oriented research. Rather than operating as a single fixed program, TIH adopts a phased and expandable implementation model, allowing initiatives to grow in scope and depth as institutional capacity and industry needs evolve.<br />
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“This partnership reflects NYCU’s long-term commitment to connecting education, research, and industry through concrete, executable platforms,” said Chi-Hung Lin, President of NYCU. “By working closely with the University of Arizona, we are not only cultivating next-generation talent in semiconductors and AI, but also establishing a mechanism that enables people, knowledge, and innovation to move seamlessly between Taiwan and the United States.”<br />
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The launch event was attended by Professor Jong-Shinn Wu, Director General of the Taiwan Space Agency (TASA) and a faculty member at NYCU, whose presence underscored Taiwan’s growing ambitions in space technology and the importance of linking semiconductor and AI capabilities with future aerospace systems.<br />
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In its initial phase, TIH will prioritize graduate and professional talent training, industry-aligned reskilling programs, collaborative applied research projects, and two-way exchanges of students, faculty, and research professionals.<br />
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<strong>Leveraging Complementary Strengths in Taiwan and Arizona</strong><br />
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As a member of the Association of American Universities (AAU), the University of Arizona brings internationally recognized strengths in engineering, materials science, photonics, semiconductor manufacturing, and applied technology innovation. UA plays a central role in Arizona’s research and workforce ecosystem, particularly as the state continues to expand its presence in the global semiconductor supply chain.</span></span></div>
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“Addressing global challenges in advanced manufacturing, artificial intelligence, and next-generation aerospace systems requires partnerships that are both international and deeply collaborative,” said Suresh Garimella, President of the University of Arizona. “NYCU is a natural partner for the University of Arizona—not only because of its leadership in semiconductors and AI, but because of its ability to translate academic excellence into real-world impact. We see strong potential to extend this collaboration into space-related technologies as the partnership evolves.”<br />
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By aligning complementary strengths, NYCU and UA aim to deliver industry-facing outcomes that connect education and research with real workforce and innovation demands in both Taiwan and the United States.<br />
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<strong>A Phased and Expandable Roadmap</strong><br />
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Under the jointly endorsed operational framework, the Talent and Innovation Hub will progress through clearly defined phases, beginning with pilot talent programs and applied research initiatives, and culminating in deeper institutional integration and expanded international participation.<br />
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This phased approach emphasizes flexibility, scalability, and long-term sustainability, while maintaining semiconductors and AI as foundational focus areas during the initial stages of collaboration, with pathways open for future expansion into aerospace and space technology domains.<br />
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<img alt="NYCU President Chi-Hung Lin and University of Arizona President Suresh Garimella unveil the TIH–NYCU–UA, marking its official launch." src="/userfiles/nycuen/images/20260129151807291.png" /><span style="color:#4e5f70;"><span style="font-size:90%;"><em>NYCU President Chi-Hung Lin and University of Arizona President Suresh Garimella unveil the TIH–NYCU–UA, marking its official launch.</em></span></span><br />
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<span style="font-size:100%;"><span style="color:#000000;"><strong>Strengthening Taiwan–U.S. Talent and Innovation Linkages</strong></span></span><br />
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The TIH-NYCU–UA represents more than a bilateral academic agreement. It serves as a strategic mechanism to strengthen Taiwan–U.S. collaboration in advanced technologies, workforce development, and applied research amid growing global demand for high-skilled talent.<br />
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By aligning leadership vision, faculty-level collaboration, and industry engagement on a shared platform, NYCU and the University of Arizona aim to establish a model that is locally grounded, globally connected, and capable of generating sustained impact across semiconductors, AI, and the emerging space economy.</div>
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- <![CDATA[NYCU Connects the Next Generation Through Semiconductor Film Screening and Dialogue]]>Industry Cooperation2026-01-26<![CDATA[<div class="ed_model08 clearfix">
<div class="ed_pic_full"><img alt="NYCU Connects the Next Generation Through Semiconductor Film Screening and Dialogue" src="/userfiles/nycuen/images/20260127142130034.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>(Photo credit: Hsinchu City Government)</em></span></span></div>
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<div class="ed_txt" style="text-align: justify;">To deepen high school students’ understanding of Taiwan’s semiconductor industry, National Yang Ming Chiao Tung University (NYCU) on January 23 hosted a nationwide film screening and dialogue event titled <strong>“Learning Semiconductors Through Cinema.”</strong><br />
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The initiative connected nearly 3,000 students from 37 high schools across Taiwan, who participated in simultaneous on-campus screenings of the documentary <strong>A Chip Odyssey: The Gamble of a Century</strong>, followed by cross-generational exchanges with industry professionals.<br />
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<strong>A nationwide classroom beyond school walls</strong><br />
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By linking high schools across different regions, the event transformed the documentary into a shared learning experience that extended beyond individual classrooms. Students were introduced to the historical context, strategic choices, and human stories behind Taiwan’s semiconductor development—an industry that has become central to the global technology supply chain.<br />
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The synchronized screenings were designed to spark curiosity and encourage students to reflect on how science, policy, and long-term vision intersect in real-world industries.<br />
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<strong>Industry voices meet the next generation</strong><br />
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In the afternoon, NYCU hosted an in-person forum at its Guangfu Campus in collaboration with the <strong>Hsinchu City Government</strong>, <strong>Vanguard International Semiconductor Corporation (VIS)</strong>, and the <strong>Taiwan IC Industry & Academia Research Alliance (TIARA)</strong>.<br />
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Nearly 800 students, both on-site and online, joined the discussion, gaining insights into the industry’s evolution, personal career paths, decision-making under uncertainty, and the long-term commitment behind technological leadership.<br />
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<div class="ed_pic_full"><img alt="The forum brought together the film’s director, Chi-Jen Hsiao (center), the chief advisor, Chin-Tai Shih (second from left), and representatives from the semiconductor industry." src="/userfiles/nycuen/images/20260127142407458.png" /><span style="color:#4e5f70;"><em><span style="font-size:90%;">The forum brought together the film’s director, Chi-Jen Hsiao (center), the chief advisor, Chin-Tai Shih (second from left), and representatives from the semiconductor industry.</span></em></span></div>
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<strong>UHCOOL: bringing semiconductor literacy into high schools</strong><br />
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The event is part of NYCU’s broader <strong>University/High-school Collaboration On Online-learning (UHCOOL)</strong> initiative. Launched in the 2024 academic year, the program introduced a digital course titled Introduction to Semiconductor Principles and Manufacturing, designed for high school elective credit.<br />
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To date, the course has been adopted by more than 100 high schools, including those on offshore islands and in remote regions, and has reached over 4,000 students nationwide. The initiative is now regarded as one of Taiwan’s most successful models for university–high school collaboration in semiconductor education.<br />
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<img alt="“NYCU has long been part of Taiwan’s industrial ‘mountain-building’ journey,” said Jack Sun, NYCU vice president and former TSMC chief technology officer." src="/userfiles/nycuen/images/20260127142531762.png" /><span style="color:#4e5f70;"><span style="font-size:90%;"><em>“NYCU has long been part of Taiwan’s industrial ‘mountain-building’ journey,” said Jack Sun, NYCU vice president and former TSMC chief technology officer.</em></span></span><br />
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<span style="font-size:100%;"><span style="color:#000000;">Jack Sun emphasized that NYCU’s mission now extends beyond industrial innovation to talent development. Through the UHCOOL program, students are introduced to real-world industry contexts at the high school level, strengthening their technological literacy and global outlook.<br />
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<strong>From classrooms to future industries</strong><br />
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As a global semiconductor hub, Hsinchu City sees education as a pathway to global readiness, with Mayor Ann Kao noting that local policy is guided by the principle of “raising local children to become global citizens.”<br />
“This collaboration allows knowledge to move beyond textbooks,” Kao said. “By standing on the shoulders of previous generations, we hope to inspire young people to help shape Taiwan’s next strategic pillar for the future.”<br />
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Looking ahead, NYCU plans to further expand the UHCOOL program by integrating resources from higher education institutions, industry partners, and local governments. Through blended online and in-person learning models, the university aims to help more students overcome geographic and time constraints, gain timely access to critical technologies, and build the core competencies needed for the next generation of innovation.</span></span></div>
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- <![CDATA[Taiwan’s Ministry of Sports and NYCU IAPS Launch Global Call for ASPN Sports Tech Accelerator Cohort 3]]>International Affairs2026-01-22<![CDATA[<div class="ed_model08 clearfix">
<div class="ed_pic_full"><img alt="The ASPN Sports Tech Accelerator signs a memorandum of understanding (MOU) with SPORTEC, Japan’s largest sports industry exhibition, to jointly build an Asia-Pacific resource network and support the global expansion of Taiwanese innovation teams." src="/userfiles/nycuen/images/20260122123553704.png" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><em><span style="font-size:90%;">The ASPN Sports Tech Accelerator signs a memorandum of understanding (MOU) with SPORTEC, Japan’s largest sports industry exhibition, to jointly build an Asia-Pacific resource network and support the global expansion of Taiwanese innovation teams.</span></em></span></div>
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<div class="ed_txt" style="text-align: justify;">As Taiwan’s newly established Ministry of Sports officially begins operations, the country’s sports policy and sports-industry development are entering a new phase. Supported by the Ministry of Sports and operated by National Yang Ming Chiao Tung University (NYCU)’s Center of Industry Accelerator and Patent Strategy (IAPS), the <strong>ASPN Sports Tech Accelerator</strong> announced on Wednesday the official launch of its third global cohort, inviting sports technology startups worldwide to apply.<br />
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The program seeks teams with strong international growth potential and aims to help position Taiwan as a gateway for sports technology innovation in the Asia-Pacific region and beyond.<br />
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<strong>A regional platform linking innovation, policy, and sports diplomacy</strong><br />
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ASPN — short for the APEC Sport Policy Network — is one of the Asia-Pacific region’s key international platforms for sports policy exchange. Building on this foundation, the ASPN Sports Tech Accelerator focuses on three pillars: international resource connectivity, real-world field validation, and sports diplomacy in practice.<br />
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By connecting startups with government agencies, industry partners, academic institutions, and major sporting events across borders, the program promotes regional collaboration while expanding Taiwan’s international visibility in sports technology and innovation.<br />
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<strong>Building a globally competitive sports tech ecosystem</strong><br />
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Since its launch, ASPN has attracted more than 700 sports tech startups worldwide, ultimately selecting and supporting 130 teams from 25 countries. These startups span a wide range of fields, including AI-driven data analytics, wearable technologies, smart venues, event technologies, and mass-participation sports applications.<br />
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To date, ASPN-supported teams have generated over NT$1.2 billion (US$37 million) in investment and business-matching outcomes, underscoring the program’s growing impact on the global sports tech ecosystem.<br />
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Several alumni teams have successfully entered international competitions and markets. Among them is StatsInsight, whose data analytics technology supported Taiwan’s national baseball team during its championship run at the 2024 WBSC Premier12, and IMOTEK, which has partnered with the Standard Chartered Kuala Lumpur Marathon to deploy its technology in large-scale international events.<br />
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<strong>A launchpad for Asian startups going global</strong><br />
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The third ASPN cohort further strengthens its “<strong>international linkage × field validation</strong>” model. Selected teams will receive one-on-one mentorship from an international advisory network spanning 13 countries, covering government, industry, academia, research institutions, and sporting organizations.<br />
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Participants will also gain opportunities to pilot and validate their technologies at major international sports and fitness exhibitions, sporting events, university campuses, and public venues — accelerating the transition from proof-of-concept to real-world deployment.<br />
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“ASPN has spent years cultivating deep collaboration networks across the Asia-Pacific region,” said Professor Hank Huang, Director of NYCU IAPS. “By directly connecting startups with overseas governments, international sporting events, and corporate partners, we significantly lower the barriers to cross-border collaboration and market entry. This allows Taiwan’s sports technologies to expand internationally in a more systematic and sustainable way.”</div>
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<img alt="ASPN leads Taiwanese startups into the Asian Road Race Forum, strengthening engagement with Southeast Asia’s public procurement systems and enabling Taiwan’s sports technologies to connect more precisely with Asia-Pacific market opportunities." src="/userfiles/nycuen/images/20260122124758882.png" /><span style="color:#4e5f70;"><span style="font-size:90%;"><em>ASPN leads Taiwanese startups into the Asian Road Race Forum, strengthening engagement with Southeast Asia’s public procurement systems and enabling Taiwan’s sports technologies to connect more precisely with Asia-Pacific market opportunities.</em></span></span><br />
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<span style="font-size:100%;"><span style="color:#000000;"><strong>Expanding across Europe, the Americas, and Asia</strong><br />
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ASPN has also built a comprehensive international promotion and market-access mechanism to help startups establish visibility in key global markets. Domestically, the program maintains a strong presence at major innovation and sports events, including TaiSPO, InnoVEX (COMPUTEX), and Meet Taipei.<br />
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Internationally, ASPN leads startup delegations to flagship exhibitions and platforms, including FIBO (Germany), SPORTEC (Japan), Plug and Play (United States), and Techsauce (Thailand).<br />
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Through partnerships with organizations such as Spain’s Global Sports Innovation Center (GSIC) and Australia’s Australian Sports Technologies Network (ASTN), ASPN is gradually shaping a three-continent sports tech collaboration network, helping startups transform “R&D in Taiwan” into international partnerships and concrete commercial opportunities.</span></span><br />
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<strong>Advancing sports diplomacy through technology</strong><br />
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In addition to mentorship and field trials, teams selected for ASPN Cohort 3 will have opportunities to connect directly with leading global industry partners, including Decathlon, NVIDIA, Chunghwa Telecom, Foxconn, Plug and Play (U.S.), and Mizuno (Japan).<br />
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ASPN has also recently signed a memorandum of understanding (MOU) with SPORTEC, Japan’s largest sports technology exhibition. Through cross-border resource matching and field collaboration, the partnership aims to reduce overseas expansion costs for Taiwanese startups while strengthening Taiwan’s role in regional sports innovation and cooperation.<br />
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By leveraging sports technology as a bridge, ASPN continues to demonstrate how innovation can serve as a practical and long-term instrument of sports diplomacy in the Asia-Pacific region.<br />
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<div style="text-align: left;"><strong>ASPN Sports Tech Accelerator — Call for Applications</strong></div>
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<li>Application period: Now through <strong>April 18, 2026</strong></li>
<li>Eligible teams: Sports technology startups, including wearables, AI data analytics, event technologies, venue operations, sports rehabilitation, esports, and related fields</li>
<li style="text-align: left;">Application link: <span style="color:#3498db;"><u>https://aspn-sportstech.iaps.ord.nycu.edu.tw/aspn-sports-tech-accelerator-application-form</u></span></li>
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- <![CDATA[NYCU Self-Healing Functional Fabric to Weave an Eco-Friendly, Sustainable Future]]>Feature Story2026-01-21<![CDATA[<div class="ed_model08 clearfix">
<div class="ed_pic_full"><img alt="Dean Jiun-Tai Chen presenting sustainable self-healing functional fabrics." src="/userfiles/nycuen/images/20260121152005654.jpg" /></div>
<div class="ed_pic_full" style="text-align: center;"><span style="color:#4e5f70;"><span style="font-size:90%;"><em>Dean Jiun-Tai Chen of the College of Science at NYCU presents self-healing functional fabrics that extend textile lifespan and offer a sustainable solution to fast fashion waste.</em></span></span></div>
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<div class="ed_txt"><strong>By <a href="https://elite.nycu.edu.tw/2026/01/01/nycu-self-healing-functional-fabric-to-weave-an-eco-friendly-sustainable-future/" title="NYCU ELITE">NYCU ELITE</a></strong><br />
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<div class="ed_txt" style="text-align: justify;">Recently, “fast fashion”—characterized by rapid production, shortened fashion cycles, and affordable consumption—has significantly reshaped the traditional textile and apparel industry ecosystem. The resulting controversies regarding manufacturing pollution, water resource depletion, and the massive recycling and disposal of waste have prompted global academia and industry to continually rethink how to strike a balance between commercial interests and environmental protection.<br />
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As a result, Professor Jiun-Tai Chen, Dean of the College of Science at National Yang Ming Chiao Tung University (NYCU), and the research team from the “Optoelectronic Polymer Research Group” chose to leverage their expertise in polymer materials, and successfully developed functional fabrics capable of “self-healing” after damage, aiming to significantly reduce the environmental impact of discarded textiles by extending the lifespan of textiles. This innovative R&D achievement has secured multiple novel invention patents and has been recognized with the “Future Tech Award” and the “National Innovation Award”.<br />
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Jiun-Tai Chen frankly admits that self-healing functional fabrics, which carry relatively high material and R&D costs, are better suited for high-end functional textiles such as ski jackets, mountaineering apparel, wetsuits, and even camping tents. “One no longer has to discard the entire garment just because of a small tear, and that’s the essence of sustainability.”<br />
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This seemingly magical “self-healing” process begins by mixing polymer materials with varying degrees of crystallinity with ionic liquids to form ionic gels, then processing them into artificial fibers with approximately one micrometer in diameter. “Molecules can attract each other through hydrogen bonds, electrostatic charges, or dipole interactions. We deliberately enhanced these multiple interaction forces during the material design process. Simply overlapping two broken fiber segments and applying pressure, heat, or even light can reactivate these molecular interaction forces, causing them to mutually attract and firmly bond the damaged area,” Jiun-Tai Chen adds that the ionic gel can also be coated onto conventional fabric surfaces to achieve the same self-healing effect.<br />
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<span style="color:#4e5f70;"><em><span style="font-size:90%;">Dean Chen outlines the advanced material and structural challenges involved in developing self-healing fabrics for everyday apparel, emphasizing durability, functionality, and sustainability in next-generation textile design.</span></em></span><br />
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<strong>Fabric R&D Is as Challenging as Leveling Up in a Game</strong><br />
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However, the technical hurdles for creating an everyday garment far exceeded expectations. First, to balance waterproofing and breathability, the fabric structure must block liquid molecules from penetrating while allowing water vapor to escape freely. Jiun-Tai Chen explains, “To design this nano-level pore structure, commercially available materials often require the addition of fluorine-containing polymers. We must strive to find fluorine-free, eco-friendly alternatives and avoid overly expensive materials that inflate costs, while ensuring that the fabric retains its functionality, including skin-friendliness and comfort, and that the pores do not become blocked after fabric self-healing. It is truly challenging.”<br />
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Secondly, everyday garments must withstand repeated washing cycles. Repeated pulling and friction during cleaning, or the addition of detergents and bleach, as well as hot-water washing and high-temperature drying, can cause the coating to peel off or the fabric structure to melt and deform, compromising the restoration effect or damaging the fabric structure. Jiun-Tai Chen particularly emphasizes that the activation conditions for healing must be precisely controlled: “The material shouldn’t heal itself upon any heat exposure, but rather activate healing in specific areas under defined temperature, pressure, or light conditions.” Additionally, enhancing the durability of the healed areas, enabling multiple healed areas on the same tear, and reducing healing time are key bottlenecks the research team is actively tackling.<br />
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“The time required for healing has been reduced from several hours in the early stages to approximately one hour, with the healed strength now reaching about 70% of the original. By adjusting material ratios, we can now achieve at least ten or more cycles of repeated healing. More importantly, we continue to enhance functionalities beyond mere healing.” Jiun-Tai Chen further illustrates that after integrating weak conductivity, self-healing functional fabrics can be made into factory protective clothing. This effectively dissipates static electricity buildup, preventing sparks and significantly enhancing workplace safety. “Antimicrobial function is also a key future trend for garments!” he added. By incorporating materials like nano-gold, nano-silver, or zwitterionic compounds, etc., bacteria find it difficult to adhere and proliferate on the fabric.<br />
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The stretchable properties of clothing also inspired Jiun-Tai Chen’s R&D of “anti-counterfeiting” functions. “Common anti-counterfeiting labels only reveal their markings when exposed to polarized light, such as ultraviolet light. What we aim to achieve goes beyond labels that reveal anti-counterfeiting properties only under specific lighting angles. We want the labels to change as the label stretches, which involves extremely challenging material synthesis and structural design.” Faced with this challenge, Jiun-Tai Chen only grows more enthusiastic.<br />
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<img alt="Dean Chen introducing sensing-enabled self-healing fabrics under the 3S1A framework." src="/userfiles/nycuen/images/20260121153331919.png" /><em><span style="color:#4e5f70;"><span style="font-size:90%;">Dean Chen introduces sensing-enabled self-healing fabrics developed under “3S1A” framework, highlighting their potential applications in smart wearables, medical care, safety protection, and electronic skin technologies.</span></span></em></div>
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<strong>Intelligent Sensing, Endless Extended Possibilities for Application</strong><br />
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The R&D of self-healing functional fabrics aligns precisely with the “3S1A” research framework of the Optoelectronic Polymer Research Group at NYCU. "3S1A stands for Synthesis, Sustainable, Smart, and Application. We are committed to synthesizing various new materials with sustainability as our goal, integrating smart design concepts, and ultimately applying them to solve real-world problems." Jiun-Tai Chen believes that whether it's the waterproof and breathable nano-scale pore design, the mechanism that heals only specific areas, or shape memory, all are concrete manifestations of smart design.<br />
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“In the field of self-healing fabrics, we're moving very quickly. In fact, the Group is more focused on developing wearable devices that combine functional fabrics with sensors.” Jiun-Tai Chen explains that the total surface area of all holes in self-healing fabrics is extremely large, making them highly sensitive to environmental changes. If blended with pH-responsive materials to create firefighting suits, the fabric can instantly change color when toxic gases like carbon monoxide are detected at a fire scene, alerting firefighters to evacuate. On battlefields, it can also detect colorless, odorless toxic gases.<br />
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In medical settings, gauze can be enhanced with pH-responsive color-changing properties. Should a wound's pH shift due to bacterial infection, the gauze will change color to alert caregivers to replacement. Future functions may include sweat-sensing capabilities in clothing, transmitting physiological data in real-time via Bluetooth for long-term health conditions monitoring of users. Jiun-Tai Chen believes that NYCU already possesses dual R&D strengths in smart electronics and healthcare, and sensing-enabled self-healing fabrics are expected to pioneer new high-value-added applications in sports health and medical care fields.<br />
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Taking a broader view, Jiun-Tai Chen's R&D aims to integrate functional sensing fabrics with AI and robotics. For instance, by imparting conductive or piezoelectric properties to fibers, self-healing functional fabrics can transform into “electronic skin” capable of instantly sensing pressure, temperature, and touch. “Robotic fingers are typically made of metal, which feels cold and lacks tactile sensation. Covering them with electronic skin enables them to discern the hardness or softness of objects they touch and provide feedback when touched.” Jiun-Tai Chen analyzes that realistic sensing technology not only enhances the safety of human-machine interaction mechanisms but may also help burn patients who have lost their tactile sensation regain their sensory abilities in the future.<br />
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<img alt="NYCU’s global R&D network for sustainable, next-generation textile innovation." src="/userfiles/nycuen/images/20260121153555555.png" /><br />
<span style="color:#4e5f70;"><span style="font-size:90%;"><em>NYCU advances sustainable textile innovation through Dean Chen’s leadership, building a global industry–academia R&D network to accelerate the industrialization of next-generation functional fabrics.</em></span></span><br />
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<strong>Industry-Academia Collaboration Builds Transnational R&D Network</strong><br />
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Currently, Jiun-Tai Chen's research team is actively advancing toward practical applications and mass production through close collaboration with domestic and international research institutions and industry partners. For instance, the Group is working with the Industrial Technology Research Institute (ITRI) to transform recycled PET bottle materials into elastic and functional polymer fibers. It is also collaborating with the Taiwan Textile Research Institute (TTRI) on testing and certifying functional fabrics. Furthermore, the team has initiated collaboration with Taiwan Semiconductor Manufacturing Company, Limited (TSMC), the leading semiconductor company in Taiwan’s semiconductor industry. Jiun-Tai Chen indicates, “Although the industries and application fields differ, the underlying principles are interconnected. TSMC pursues nanoscale precision in structural design, while our expertise in polymer nanostructures and photoresist material properties aligns perfectly with their requirements.”<br />
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In the international connections, Jiun-Tai Chen has established close ties with Germany's premier research team specializing in “responsive smart polymers.” Through student exchange programs, the collaboration focuses on the synthetic design of environmentally friendly polymeric materials. Additionally, the Group maintains robust partnerships with prestigious institutions, including Princeton University in the United States, Tohoku University, and Hokkaido University in Japan, thereby progressively building a transnational materials R&D network.<br />
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Looking ahead, Jiun-Tai Chen continues to seek collaboration opportunities with textile mills and contract manufacturers while encouraging his students in the Group to leverage the Ministry of Economic Affairs' entrepreneurial resources to establish startups and advance this technology toward industrialization. He outspokenly emphasizes that the key to successful industry-academia collaboration lies in introducing environmentally friendly, low-cost new materials and functionalities without significantly altering existing textile processes. This approach lowers the barrier to industrial transformation, paving the way for true mass production.<br />
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Taiwan, hailed as the “Kingdom of Textiles,” faces an urgent need for transformation amid industrial relocation and environmental policies, such as the internationally levied carbon tax. The innovative research of Jiun-Tai Chen paves a sustainable path for the textile industry—one centered on materials science, integrated with smart sensing and eco-design, and poised to capture high-value-added blue ocean markets.<br />
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“Adding functionality will certainly increase costs, but with today's strong public awareness of environmental protection, more and more consumers will recognize the sustainable value of self-healing functional fabrics,” Jiun-Tai Chen stated with confidence.</div>
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