Semiconductor and electronic technologies are rapidly advancing and widely applied across various domains. To cultivate the next generation of globally competitive semiconductor professionals, our college offers a fully English-taught curriculum, organized into two major areas: Semiconductor Materials and Solid-State Electronic Devices, and Semiconductor IC Design and Micro-System Integration.
The college is committed to developing high-level talent with strong global mobility. Our research focuses on semiconductor materials, solid-state electronic devices, advanced system packaging, integrated circuit design, and heterogeneous system integration. To ensure that students are industry-ready, most master’s and doctoral theses are conducted in collaboration with industry partners and focus on cutting-edge technologies. The curriculum and thesis training are designed to equip students with the following core competencies, including both professional expertise and fundamental skills:
I. Expertise
The college is committed to developing high-level talent with strong global mobility. Our research focuses on semiconductor materials, solid-state electronic devices, advanced system packaging, integrated circuit design, and heterogeneous system integration. To ensure that students are industry-ready, most master’s and doctoral theses are conducted in collaboration with industry partners and focus on cutting-edge technologies. The curriculum and thesis training are designed to equip students with the following core competencies, including both professional expertise and fundamental skills:
I. Expertise
- Ability to independently explore, solve problems, and innovate in semiconductor technologies or circuit-related fields over the next 5–10 years.
- Solid understanding of quantum physics, semiconductor physics, and their applications.
- Professional knowledge and skills in IC fabrication processes and integrated circuit design.
- Practical ability to apply technologies such as 3D ICs, MEMS, advanced packaging, and sensing devices, with expertise in heterogeneous system integration.
- Understanding of key semiconductor processing equipment (e.g., lithography, diffusion, thin-film deposition, chemical mechanical polishing) and characterization/measurement tools (e.g., thin-film thickness, electrical, physical, and chemical property analysis).
II. Diversified Learning
- Awareness of cross-cultural perspectives and global semiconductor industry trends, with continuous enhancement of international competitiveness.
- Ability to write academic papers and deliver presentations in a clear and professional manner, with an international perspective and the capability to engage with global standards.
- Ability to participate in multinational R&D teams, integrate information, communicate and coordinate effectively, and demonstrate creativity.
- Adherence to engineering ethics, regulations, and intellectual property rights.
III. International Vision
- Understanding the pulsation of the world's semiconductor-related industries.
- Chinese and English composition and presentation abilities in science and technology.
- Intercultural communication and cooperation capabilities.
