What are the employment directions of electronic information engineering specialty?

Employment direction of electronic information engineering major: electronic system design, hardware implementation, programming control; Internet of things, intelligent hardware; Direction of propagation; Various multimedia such as audio and video coding and decoding; Power supply, analog circuit; Signal processing; Microelectronics direction, etc.

Professional direction of electronic information engineering

Engineering and technical personnel: engaged in the introduction, development, operation and maintenance of various applied electronic technology enterprises; Software engineer: engaged in various software development work in the computer industry.

Relatively speaking, there is a great difference between undergraduate and graduate students. Undergraduate students do less research and development, do more technical support and pre-sales market or after-sales support, and graduate students do more research and development. In terms of industries, there are more operators, such as China Mobile and China Netcom. Some went to foreign companies, such as Siemens and Lucent, some went to state-owned enterprises, such as the National Radio Metrology Center and the Fifth Academy of Aerospace, some went to large companies, such as Huawei, Lenovo and ZTE, and some went to small companies to do research and development. And civil servants. Generally speaking, the employment of this major is good, but there are fewer entrepreneurs.

Electronic information engineering has a wide range of employment

Graduates can choose more employment directions:

1. Electronic system design, hardware implementation and programming control;

2. Internet of Things and intelligent hardware;

3. Direction of communication;

4. Coding and decoding of multimedia such as various audio and video;

5. Power supply, analog circuit, including linear power supply, switching power supply, transformer, etc.

6. RF, microwave circuits and radio electronic circuits, including antennas and microwave solid-state circuits.

7. signal processing; Microelectronics direction and so on.