The object of study, "electromagnetic field and wireless technology" is the study of radio frequency wireless signal generation, radiation, propagation, scattering, reception and processing of the theory, technology and engineering applications of the undergraduate program. The program has a wide range of applications in wireless communications, radar, remote sensing, telemetry, geophysical exploration, electronic measurement, electronic countermeasures, radio astronomy and non-destructive detection. The mutual integration of "electromagnetic field and wireless technology" and other disciplines has formed electromagnetic compatibility and environmental electromagnetism, bio-electromagnetism, material electromagnetism, seismic electromagnetism and other emerging fringe disciplines, which shows that the specialty has a vigorous vitality. This specialty aims to cultivate senior engineering talents with solid electromagnetic field theory and engineering foundation, strong RF and microwave circuit and system development ability, and also with good communication technology foundation.
Electromagnetic field and wireless technology professional branch of the discipline, electromagnetic field and wireless technology professional backbone courses in addition to higher mathematics, English, college physics and other courses, there are communication principles, digital signal processing, circuit analysis, signals and systems, analog circuit basics, electromagnetic field theory, microcomputer systems and interface technology, antenna principles and design, wave propagation theory, microwave Technology Fundamentals, Microwave Circuits, Communication Networks, Communication Technology and Systems, and Switching Technology Fundamentals. Students in this program can obtain the bachelor's degree in engineering after completing the required credits according to the teaching plan.
With the rapid development of the electronic information industry, the domestic demand for "electromagnetic field and wireless technology" professionals continued to grow rapidly, and the program has become one of the most prominent economic and social needs and supply and demand. This specialty has advanced teaching system and experimental conditions, training graduates can be communications, radio and television, aerospace, remote sensing, telemetry telecontrol, radar, electronic countermeasures, electronic components, resource exploration and medical equipment and other fields of research institutes, companies, factories and related departments to engage in theoretical research, engineering design, maintenance of wireless networks, application development and technology management work.
Electromagnetic field and wireless technology major courses, basic circuit analysis, signals and systems, basic analog electronics, digital circuits and logic design, basic radio frequency circuits; electromagnetic field and electromagnetic wave, microcomputer principles and system design, software technology, mathematical physics, microwave technology, antenna principles, electromagnetic compatibility principles and technology, communications principles, wave engineering, microwave Electronic Circuits, Microwave Networks, Antenna CAD, Radio Frequency Identification Technology, Software Radio Technology and other required courses and more than 30 elective courses. This is not enough, in order to become an excellent electromagnetism professionals, students should also have strong knowledge updating capabilities, innovation and comprehensive design capabilities, good ability to engage in electromagnetic fields and wireless technology scientific research work. So learn good electromagnetism and wireless technology professional is not an easy thing, but have to pay will have harvest well, after learning a broad prospect is incredibly attractive it!