Optoelectronic engineering mainly do: information industry-related high-tech enterprises, research institutes, colleges and universities engaged in optoelectronic information engineering, including CCD optoelectronic devices, fiber-optic communications, computer input, storage, display equipment, laser fiber applications, and other related research, development, management and teaching work.
I. Career Direction:
In the information industry related high-tech enterprises, companies, research institutes, colleges and universities engaged in optoelectronic information engineering, including CCD optoelectronic devices, fiber optic communications, computer input, output, storage, display equipment, household optoelectronic equipment, laser and fiber optic applications, and other related research, development, management and teaching work.
Two, employment prospects:
Optoelectronic information technology is widely used in the national economy and national defense construction in all walks of life. With the rapid development of the photoelectric information technology industry, the demand for practitioners and talents increases year by year, and thus the demand for basic knowledge of photoelectric information technology is also increasing.
Optoelectronic information technology with its extremely fast response speed, extremely wide bandwidth, great information capacity and very high information efficiency and resolution to promote the development of modern information technology, so that the photoelectric information industry in the market share increases year by year.
Optoelectronic engineering training objectives and main disciplines:
I. Cultivation Objectives:
To cultivate the basic knowledge, basic theories, basic skills in the field of information photonics engineering such as optoelectronic signal acquisition, optical communication, optical display, etc. and applications of photoelectronic information, which are based on optoelectronic information engineering.
Can be in the industrial and agricultural production, national defense industry, environmental monitoring, scientific research and other fields of related industries and departments engaged in optoelectronic technology and systems related to product design, development, research, teaching, marketing and other aspects of the work, moral, intellectual, physical and aesthetic development of the overall development of the composite senior specialists.
Second, the main subjects:
Advanced Mathematics, Engineering Mathematics, College Physics, Engineering Optics, Computer Fundamentals, Programming, Signals and Systems, Digital Signal Processing, Image Processing, Fundamentals of Optical Fiber Communication, Laser Principles and Applications, Principles of Communication, Spectral Technology, Optical Storage and Display, Photometry and Chromaticity, and so on.