1. Faculty: The School of Optoelectronic Information Science and Engineering of Shanxi University is strong. This major has a group of experienced teachers with high academic level, including doctoral supervisors, professors and associate professors. In addition, some well-known experts and scholars at home and abroad have been introduced as part-time professors or visiting professors to provide students with richer academic resources and research opportunities.
2. Teaching facilities: The teaching facilities and experimental equipment of optoelectronic information science and engineering specialty in Shanxi University are relatively complete. This major provides students with several experimental platforms, such as photoelectric information science and engineering laboratory, electronic information and communication engineering laboratory and computer science and technology laboratory, for students to carry out practical operation and scientific research experiments.
3. Employment prospects: With the rapid development of optoelectronic information industry, the demand for graduates of this major is increasing. Employment data show that the graduates majoring in optoelectronic information science and engineering in Shanxi University have a high employment rate and their jobs are widely distributed, mainly including optoelectronic device designers, optoelectronic engineers, electronic engineers, communication engineers and software engineers.
Introduction to Optoelectronic Information Science and Engineering
Optoelectronic information science and engineering is a comprehensive discipline, involving optics, electronics, computer science and other fields. The purpose of this major is to cultivate engineering talents with broad theoretical foundation, solid professional basic knowledge, skilled experimental skills, basic ability to comprehensively apply optical science theory and technology to analyze and solve engineering problems, and knowledge and ability in photoelectric information science and engineering.
The curriculum system of photoelectric information science and engineering specialty consists of two parts: theoretical course and practical course. Theoretical courses include general courses such as college English, practical writing and computer application foundation, and professional basic courses such as information optoelectronics, circuit analog electronic technology, signals and systems, communication principles and computer science foundation. Practical courses include experiments, internships, designs and other forms, aiming at improving students' practical ability and innovation ability.