Electronic and Communication Engineering

Electronic and communication engineering is an engineering field combining electronic technology with information technology to build a modern information society. Electronic technology is to solve the engineering and technical problems of electronic components, integrated circuits, instruments and meters and computer design and manufacturing by using the basic theories of Physical Electronics and optoelectronics, microelectronics and solid electronics; information technology studies information transmission and information exchange Information processing and signal detection. It is authorized by its master of engineering degree to train senior engineering and technical personnel engaged in signal and information processing, communication and information system, circuit and system, electromagnetic field and microwave technology, electronic components, integrated circuit and other engineering technologies. The main courses are: political theory course, foreign language course, matrix theory, functional analysis, numerical analysis, introduction to semiconductor optoelectronics, semiconductor device physics, solid-state electronics, electronic information materials and technology, modern material analysis technology, circuit design automation, circuit optimization design, digital information processing, information detection and evaluation theory, guided wave principle and method Guided wave optics, microwave circuit theory, advanced electromagnetic field theory, applied information theory foundation, digital communication, system communication network theoretical basis, modern management foundation, etc.

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Information technology is an important pillar of today's social and economic development. The information industry, including the media used for information exchange (such as communication, radio and television, newspapers and books, and information services), the manufacturing and marketing of devices, equipment and raw materials required for information collection, transmission and processing, as well as computers, optical fibers, satellites, lasers, automatic control, etc., have become or are becoming many countries or places due to their new technology, high output value and wide range The pillar industry of the district. The rapid development of electronic technology and microelectronics technology has brought fundamental and universal influence to the new technological revolution. With the continuous improvement of electronic technology, VLSI and computers have emerged, and modern communication has been realized. Electronic technology is evolving to photon technology, and microelectronic integration is extending to photon integration. The combination and development of photonic technology and electronic technology is promoting the rapid development of communication in the direction of all-optical communication, and the increasingly close combination and development of communication and computer is building a new network society and digital era.

The field of electronic and communication engineering involves two first-class disciplines: information and communication system and Electronic Science and technology, and six second-class disciplines, including communication and information system, signal and information processing, circuit and system, electromagnetic field and microwave technology, physical electronics and optoelectronics, microelectronics and solid-state electronics. The research contents include information transmission, information exchange, information processing, signal detection, integrated circuit design and manufacturing, electronic components, microwave and antenna, instrument technology, computer engineering and application.