Zhang Xuefeng talks about the ranking of optoelectronic information engineering:

University of Electronic Science and Technology of China (ranking 1).

Xidian university (second).

Peking University (third).

Tsinghua University (4th).

Southeast University (ranked 5th).

Beijing University of Posts and Telecommunications (ranked 6th).

Fudan University (ranked 7th).

Shanghai Jiaotong University (ranked 8th).

Nanjing University (ranked 9th).

Zhejiang University (ranking 10).

Analysis on the Employment Prospect of Optoelectronic Information Science and Engineering in 2023

The employment prospect of optoelectronic information science and engineering specialty is very good, because in recent years, with the rapid development of optoelectronic information technology industry, the demand for employees and talents is increasing year by year, so the demand for basic knowledge of optoelectronic information technology is also increasing, so the employment rate of graduates of this major is also increasing.

Optoelectronic information technology promotes the development of modern information technology with its extremely wide bandwidth, extremely fast response speed, huge information capacity and extremely high information efficiency and resolution, and makes the market share of optoelectronic information industry increase year by year. In developed countries, the output value of optoelectronic information technology-related industries has accounted for more than half of the national economic output value, and the number of employees has increased year by year, and their competitiveness has become stronger and stronger.

Employment direction of photoelectric information science and engineering specialty

The employment direction of optoelectronic information science and engineering specialty includes engineers and technicians of optoelectronic and optical information major who are engaged in product research and development and quality management in related companies, research institutes and enterprises, teachers of secondary specialized technical schools, schools and higher vocational schools, technical and management personnel of related enterprises and institutions, civil servants of government institutions and those who continue to study for master's degrees.

Graduates majoring in photoelectric information science and engineering are mainly engaged in photoelectric instruments, manufacturing, precision instrument design, coating of optical parts, processing and characterization, production organization and management. Can also be engaged in teaching, scientific research units and scientific research optical engineering in universities and troops. In addition, there are optics, optical information processing technology, optoelectronics, optical communication technology, laser technology, computer application technology and other fields engaged in teaching, product research and development, scientific research, production technology management and other work.