What can electronic information engineering do in the future? Be clear, not too simple.

People majoring in electronic information engineering can do the following work for reference only:

Direction of digital electronic circuit

Engaged in microcontroller development (8-bit 805 1 series, 32-bit ARM series, etc.). ), FPGA(CPLD), digital logic circuit, microcomputer interface (serial port, parallel port, USB, PCI). Write drivers and underlying applications are more demanding.

Single chip microcomputer is mainly developed in C language and assembly language, and its complexity involves the development and transplantation of real-time embedded operating systems (ucLinux, VxWorks, uC-OS, WindowsCE, etc.). ).

Most people engaged in electronic technology are engaged in this direction, mainly used in industrial control, monitoring and so on.

Communication direction

One branch is engineering design, construction and debugging (base station, computer room, etc. The other branch is development, such as routers, switches, software, etc. You need to know the No.7 signaling and various communication-related protocols, and the development platform ranges from ARM and DSP to Linux and Unix.

Multimedia direction

Various audio and video codecs, such as mpeg2, mpeg4, h.264 and h.263, are mainly developed on ARM, DSP and windows.

Power?Supply?

Power supply belongs to analog circuit, including linear power supply, switching power supply, transformer and so on. Power supply is an important part of any circuit.

Radio frequency and microwave circuits

Radio frequency and microwave circuits, that is, radio electronic circuits. Include antennas, microwave solid-state circuits, and the like. Belonging to a high-frequency analog circuit. It is one of the core parts of various communication systems.

Signal processing

This includes image processing and pattern recognition. This requires some mathematical knowledge, mainly matrix algebra, probability and stochastic process, Fourier analysis. It is very attractive to extract the components we are interested in from a group of chaotic signals, which means something like artificial intelligence. Such as radar signal synthesis, image transformation, CT scanning, license plate, face, fingerprint recognition and so on.

Microelectronics direction

The design and manufacture of integrated circuits are divided into front end and back end. The front-end focuses on functional design, and the development of FPGA(CPLD) can also be regarded as the front-end design, while the back-end focuses on the realization of physical layout.

In addition, there are many directions, such as audio circuits, power electronic circuits, control circuits and protocols of automobiles and airplanes. . . Physics majors who are engaged in electronic technology generally tend to apply physics more, so that they can give full play to their expertise. Such as analog circuit, radio frequency circuit, power supply and even integrated circuit design. ?