Bachelor in Microelectronics Science and Engineering (Chinese-taught)

Xidian University in Xi’an is a leading public research institution with a strong reputation in electronic and information engineering. Founded in 1931, Xidian combines deep disciplinary strength with a broad academic portfolio spanning undergraduate to doctoral study. The university is recognized nationally for areas such as electronic science and information engineering, and it hosts a wide range of research centers and doctoral disciplines that support innovation and applied research.

Xidian emphasizes industry collaboration and international partnerships, maintaining joint laboratories and cooperative programs with global technology companies and over 130 institutions worldwide. This creates plentiful opportunities for applied projects, internships, and exchange programs that enhance students’ technical skills and employability. With more than a hundred undergraduate majors and numerous graduate programs, the university prepares students for careers in telecommunications, computing, electronics, and emerging fields in information technology.

Campus life offers a supportive residential environment with a variety of dorm options and reasonable boarding fees, plus student services focused on safety and welfare. Internationalization initiatives ensure that overseas students can access English-taught courses and integration support. For students seeking rigorous technical training within a research-intensive university and strong industry links in China, Xidian delivers a focused, career-oriented educational experience.

The Bachelor in Microelectronics Science and Engineering at Xidian University is a Chinese-taught program for students interested in microelectronics and engineering. This 4-year bachelor degree provides students with a solid understanding of microelectronics and Chinese language skills.

The curriculum includes subjects like circuit design, semiconductor physics, and electronic materials, with lab experiments to help students gain hands-on experience. Students will develop skills in microelectronic circuit design, electronic device fabrication, and testing, as well as teamwork and communication.

Graduates can pursue careers as microelectronics engineers, semiconductor manufacturing engineers, electronic design automation engineers, quality control engineers, or research and development engineers in companies like Intel, Samsung, or Texas Instruments.