1. What is the major of radio wave transmission and antenna?

Radio wave transmission and antenna mainly study the basic knowledge and technologies such as radiation communication, antenna and microwave technology of electromagnetic waves, and use modern tools such as computers to analyze, design, and comprehensively apply radio systems and information acquisition methods, and mostly engage in the national defense department. For example: the development and application of radio technology, the design of radar, the acquisition of information information, etc.

Di wave dissemination and antenna are proposed by the father of Chinese radar and Academician Bao Yan of Xi’an University of Electronic Science and Technology, which is a major in defense. This major is a major in electronic information, with a basic period of basic studies and a bachelor’s degree in engineering. The major is to cultivate a solid mathematical physical foundation and critical thinking ability, master the basic theory, basic knowledge and experimental skills of modern electronic information science and technology, and can use modern tools such as computers to analyze and design radio systems and information acquisition and design. For comprehensive applications, after graduation, you can engage in high -level applied high -level application of scientific research, technical research and development, technical application, and technical management in the field of Internet of Things, communications, aerospace, aerospace, shipping, ships and logistics supervision industries and scientific research institutes. Engineering and technical talents.

2. What are the majors of radio wave transmission and antenna?

Example I (University of Electronic Science and Technology): electromagnetic field theory, radio wave transmission, electromagnetic wave scattering, antenna principle and design, microwave technology foundation, circuit analysis foundation, simulation circuit foundation, digital logic design and application, micro computer principles and interface technology, electromagnetic field mathematics methods , Array antenna analysis and comprehensive, adaptive antenna, antenna and microwave measurement, digital signal processing, random signal analysis, etc.

Example 2 (Xi’an University of Electronic Science and Technology)


Numerical calculation method, field theory and recurrence function, mathematical physical equation, electromagnetic field and electromagnetic wave, microwave technology foundation, communication principle, radio frequency circuit foundation, single -chip microcomputer principle and system design, circuit analysis foundation, signal and system, digital signal processing The numerical method of radio wave transmission, the Introduction to the dissemination of the radio waves, the dissemination of the ionization layer, the dissemination of the stream layer, the radio measurement experiment, the light wave measurement experiment, the principle of the antenna, the antenna measurement and simulation experiments.

Example III (Tianjin University of Technology): Basic courses, microwave technology, mathematical physical methods, electromagnetic fields and electromagnetic waves, modern communication principles, electric wave transmission, antenna principles and technology, microwave electronic lines, RFID principles and applications, radio frequency circuits, electromagnetic compatibility , Short -distance communication system, non -contact measurement and control technology, embedded technology, etc.

Example 4 (Wuhan University): Engineering random mathematics, mathematical physical methods, simulation circuit foundation, digital system foundation, electromagnetic field theory, signal and system, microcomputer principle and interface technology. Digital signal processing, microwave technology, radio wave communication, space environment and detection technology, antenna principles, signal processing experiments, etc.

3. What do radio wave transmission and antenna professional?

After graduating from the professional students of radio waves and antenna, you can go to the design and maintenance of information electronics, aviation, aerospace, ships, telecommunications and other fields, and national defense research institutes. In terms of work, you can also work in scientific research and professional teaching in relevant universities and scientific research institutes. You can also apply for graduate students in electronic information related majors to continue their studies.

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