Program Supported by National Key Disciplines

Cultivation Characteristics

The major closely aligns with the urgent demand for specialized talent at both the national and Beijing municipal levels. It is committed to cultivating high-quality, innovative professionals with expertise in the research, development, and system design of optical information science and optoelectronic technology, who are equipped with capabilities in information acquisition, transmission, and application.

Faculty & Staff

Teaching Resources

The major is backed by two national first-level disciplines: Optical Engineering and Physics, with Optical Engineering designated as a national key discipline. Undergraduate teaching is supported by a range of experimental and practical facilities, including an Optics Fundamentals Laboratory, an Optoelectronics Technology Laboratory, an Optoelectronic Course Design Laboratory, and a University Physics Experiment Center.

Core Curriculum

Physical Optics, Information Optics, Principles of Lasers, Electromagnetic Field Theory, Signals and Systems, Analog Electronics, Digital Electronics, Principles of Communications, Principles of Optical Fiber Communications, Optoelectronics, Photoelectric Detection Technology and Applications, Computer Principles and Interfaces, Introduction to Quantum Optics, Quantum Mechanics, etc.