Professional Disciplines

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灞傛 Levels	涓€绾у绉慄/span> First Level Discipline	浜岀骇瀛︾ Second Level Discipline	鍙巿瀛︿綅 Degree to Be Granted	澶囨敞 Remarks
鐮旂┒鐢 Graduate	鐢靛瓙绉戝涓庢妧鏈?/span> Electronic Science and Technology	鐗╃悊鐢靛瓙瀛?/span> Physical Electronics	宸ュ鍗?纭曞＋ Ph.D/M.E
		鐢佃矾涓庣郴缁烖/span> Circuits and Systems	宸ュ鍗?纭曞＋ Ph.D/M.E
		鐢电鍦轰笌寰尝鎶€鏈?/span> Electromagnetic Field and Microwave Technology	宸ュ鍗?纭曞＋ Ph.D/M.E
	淇℃伅涓庨€氫俊宸ョ▼ Information and Communication Engineering	閫氫俊涓庝俊鎭郴缁烖/span> Communication and Information System	宸ュ鍗?纭曞＋ Ph.D/M.E	211宸ョ▼閲嶇偣寤鸿瀛︾ “211 Project” Key Construction Discipline
	淇℃伅涓庨€氫俊宸ョ▼ Information and Communication Engineering	淇″彿涓庝俊鎭鐞咟/span> Signal and Information Processing	宸ュ鍗?纭曞＋ Ph.D/M.E	211宸ョ▼閲嶇偣寤鸿瀛︾ “211 Project” Key Construction Discipline
	鍦扮悆鐗╃悊瀛?/span> Geophysics	绌洪棿鐗╃悊瀛?/span> Space Physics	鐞嗗鍗?纭曞＋ Ph.D/M.S	鍥藉閲嶇偣鍩硅偛瀛︾ National Key Cultivation Discipline 211宸ョ▼閲嶇偣寤鸿瀛︾ “211 Project” Key Construction Discipline
	鍦扮悆鐗╃悊瀛?/span> Geophysics	绌洪棿鎺㈡祴涓庝俊鎭鐞嗘妧鏈?/span> Space Exploration and Information Processing Technology	鐞嗗鍗?纭曞＋ Ph.D/M.S	姝︽眽澶у鑷 Wuhan University Self-setup
	鐗╃悊瀛?/span> Physics	鏃犵嚎鐢电墿鐞咟/span> Radio Physics	鐞嗗鍗?纭曞＋ Ph.D/M.S	鍥藉閲嶇偣瀛︾ National Key Discipline 211宸ョ▼閲嶇偣寤鸿瀛︾ “211 Project” Key Construction Discipline
	鍏夊宸ョ▼ Optical Engineering	鍏夊宸ョ▼ Optical Engineering	宸ュ纭曞＋ M.S	211宸ョ▼閲嶇偣寤鸿瀛︾ “211 Project” Key Construction Discipline
	浠櫒绉戝涓庢妧鏈疘nstrument Science and Technology	绮惧瘑浠櫒鍙婃満姊?/span> Precision Instrument and Machinery	宸ュ纭曞＋ M.S
	浠櫒绉戝涓庢妧鏈疘nstrument Science and Technology	娴嬭瘯璁￠噺鎶€鏈強浠櫒 Measurement Technology and Instrument	宸ュ纭曞＋ M.S
	鎺у埗绉戝涓庡伐绋婞/span> Control Science and Engineering	妫€娴嬫妧鏈笌鑷姩鍖栬缃?/span> Detection Technology and Automatic Equipments	宸ュ纭曞＋ M.S
鏈 Under Graduate	閫氫俊宸ョ▼ Communication Engineering		宸ュ瀛﹀＋ B.E	鍥藉绾х浜岀被鐗硅壊涓撲笟 National Second Category Feature Major
	鐢靛瓙淇℃伅宸ョ▼ Electronic and Information Engineering		宸ュ瀛﹀＋ B.E	鍏ラ€夋暀鑲查儴鍗撹秺宸ョ▼甯堟暀鑲插煿鍏昏鍒扅/span> Recruited by the Prominent Engineer Cultivation Program of Ministry of Education
	鐢靛瓙淇℃伅绉戝涓庢妧鏈?/span> Electronic Information Science and Technology		宸ュ瀛﹀＋ B.E	鍥藉绾х涓€绫荤壒鑹蹭笓涓欬/span> National First Category Feature Major
	鐢垫尝浼犳挱涓庡ぉ绾军/span> Radio Waves Propagation and Antenna		宸ュ瀛﹀＋ B.E	鍥介槻鐗硅壊涓撲笟 National Defense Feature Major
	鍏夌數淇℃伅绉戝涓庡伐绋婞/span> Optoelectronic Information Science and Engineering		宸ュ瀛﹀＋ B.E
	娴嬫帶鎶€鏈笌浠櫒 Measurement-Control Technology and Instrument		宸ュ瀛﹀＋ B.E
宸ョ▼纭曞＋ M.E	鐢靛瓙涓庨€氫俊宸ョ▼ Electronic and Communication Engineering		宸ョ▼纭曞＋ M.Eng
	浠櫒浠〃宸ョ▼ Instrument and Meter Engineering		宸ョ▼纭曞＋ M.Eng
	闆嗘垚鐢佃矾宸ョ▼ Integrated Circuit Engineering		宸ョ▼纭曞＋ M.Eng

National Key Discipline: Radio Physics

      The discipline originated from the Ionosphere Laboratory established in 1945 of Wuhan University. In the early stage, researches were focused on development of china’s nuclear weapons, mainly engaged in the detection of additional ionized areas generated from nuclear explosion, the effect of short-wave communication under the circumstance of nuclear explosion, HF radio detection technology and etc.
      Since the 9th 5-year plan, more researches have been carried out one after another including HF surface wave radar, electromagnetic scattering characteristics of complex objects, geological radar, radar signal detection and processing, etc. In 2001, the subject was authorized as a national key discipline.
      In the past ten years, the discipline enhanced the primitive new theories and methods research on space and marine environment information by means of electromagnetic wave. At the same time, it pioneered the new system target detection technology research on passive,bistatic/multistatic radar, MIMO radar, expanded and strengthened the basic theories and key techniques research including ionospheric radio wave propagation, target characteristics of electromagnetic scattering, Artificial electromagnetic materials, RF and microwave devices.

National Key Cultivation Discipline锛歋pace Physics

This discipline owns“the National Field Research Station of Atmospheric Remote Sensing in Wuhan”and the Innovative Research Group of“Middle and Upper Atmospheric Remote Sensing and Numerical Simulations”supported by the National Natural Science Foundation of China. Now the discipline has the following research areas such as the aeronomy including the middle and upper atmospheric remote sensing & numerical modeling and the technology of atmospheric probe laser radar, the ionospheric physics and radio wave propagation, the magnetosphere and the solar-terrestrial physics and so on. It has made a series of original scientific research achievements which have international impact on the Space Environment Modeling and leaded domestic technology in the area of space environment detection

Doctoral Program First Level Discipline :鍦扮悆鐗╃悊瀛?nbsp; Geophysics

The discipline is composed of three second level disciplines which are Solid Geophysics, Space Physics, Space Exploration and Technology and Information Processing. Space Physics was approved as one of the first batch PhD degree authorization centers in 1981. Solid Geophysics was approved to be established by the Ministry of Education against the background of interaction between Geodesy and Earth Science and became a DSC (Doctor of Science) degree authorization point in 1997. In 2001, Geophysics was approved to become a first level discipline doctoral degree authorization center. Space Exploration Technology and Information Processing turned into DSC degree authorization center in 2009. This discipline tied for the first place in the National College Discipline Assessments organized by Ministry of Education in 2012.

Doctoral Program First Level Discipline :淇℃伅涓庨€氫俊宸ョ▼ Information and Communication Engineering

The major consists of two second Level disciplines which are Communication and Information Systems and Signal and Information Processing. In 1993, the Department Of Electronic Information Engineering, belonging to the former Wuhan University, offered the major of Communication Engineering for undergraduate. It was in the same year that the Department was authorized to grant the Master's degree in Communication and Information Systems. During the same year, the Department of Electronic Engineering, belonging to the former Wuhan Technical University of Surveying and Mapping, was also authorized to grant the Master's degree in Signal and Information Processing. Soon in 2000, the school applied and gained approval for granting doctor’s degree in Communication and Information Systems. Just three years later, it was entitled to the conferment of doctor degree in Signal and Information Processing. In 2005, it was entitled to the conferment of doctor degrees on the first level subjects.

Doctoral Program First Level Discipline :鐢靛瓙绉戝涓庢妧鏈?nbsp; Electronic Science and Technology

The discipline contains four second level disciplines: Physical Electronics, Circuits and systems, Electronics and Solid State Electronics,, Electromagnetic Field and Microwave Technology. The original Wuhan University obtained the Master degree authorization in the Circuits & Systems and the Electromagnetic Field & Microwave Technology in 1990 and 1996 respectively; the original Wuhan Technical University of Surveying and Mapping got the Master degree authorization in the Physical Electronics in 1996. In 2006, Electronics and Solid State Electronics was approved as PhD degree authorization center. In 2010, Electronic Science and Technology was applied and allowed to become a first level discipline doctoral degree authorization center.

Master Degree First Level Discipline: 鍏夊宸ョ▼ Optical Engineering

This discipline dates back to the undergraduate’s major of manufature of Mearsuring Instruments established by the former Wuhan Institute of Surveying and Mapping in 1958, and later it developed into three majors in the 1970s: Optical Surveying Instruments, Optical Instruments and Optical Technology & Opto-electronic Instruments. They were among the first batch of master's degree authorization centers granted by the State Council in 1980, and were renamed as Optical Engineering according to the newly published discipline directory by the State Council in 1998. Optical Engineering is a key construction discipline of the “211 project”. Soon in 2010, it was applied and approved for granting master’s degree on the first level discipline.

Master Degree First Level Discipline: 浠櫒绉戝涓庢妧鏈?nbsp; Instrument Science and Technology

This disipline covers two second level disciplines: Precision Instrument & Machinery and Measurement Technology & Instrument . In 1996, the School of Opto-electronic Engineering, belonging to the former Wuhan Technical University of Surveying and Mapping, was authorized to grant the Master's degree in Measurement Technology and Instrument. In the same year, the Analysis and Testing Center of Wuhan University also gained the authority. In 2000, it was authorized to grant the Master's degree in Precision Instrument and Machinery. In 2010, the college was entitled to the conferment of master degree on the first level discipline.

The Second Level Discipline of Master Degree: 妫€娴嬫妧鏈笌鑷姩鍖栬缃?nbsp; Detection Technology and Automatic Equipment

The discipline is affiliated with the first level discipline of master degree “Control Science and Engineering” . The former Wuhan University of Hydraulic and Electrical Engineering was approved to set up the master degree authorization centers in 1996. The discipline mainly focuses on the research of the general principles and the application of “detection technology and automatic equipments”. The key areas of study consist of the modern sensor technology and sensor networks, the system integration and fault diagnosis technology, the reliability analysis of real-time systems, the modern measuring technology of hydraulic engineering, harbor engineering & port engineering, the on-line monitoring system of electrical equipment, etc.

Undergraduate Major

Communication Engineering

The major is based on modern electronics, computer science and information science. The studies include the principle and architecture of all kinds of communication networks & systems, modern theory & technology of the signal and information acquisition, transmission, storage, transformation, processing and application,cultivate the future leaders in different areas equipped with international vision,critical thinking, innovative spirit and practical ability.

Electronic and Information Engineering

The major adopts the modern physics銆乪lectronics and information science as the main means, researches the basic design theories,analysis & testing methods and implementation of new technology about modern electronic information system, studies the theories and technologies about the electronic information acquisition, detection, controlling, processing and application, cultivates the future leaders in different areas equipped with international vision,critical thinking, innovative spirit and practical ability.

Electronic Information Science and Technology

The major applies the basic theories, methods and experimental means of modern physics and electronics information science, mainly studies the interaction between electromagnetic field & wave and substance, exploits new electronic devices and systems, develops new theories, methods and technologies of the information acquisition, transmission, processing, storage and application, cultivates the future leaders in different areas equipped with international vision,critical thinking, innovative spirit and practical ability

Radio Wave Propagation and Antenna

This major is the cradle of talents training in radio wave propagation. Applying the basic theories, methods and experimental methods of Modern Physics and Electronics Information Science, the major mainly studies the radiation, propagation, scattering of electromagnetic wave and their application in communication, radar, remote sensing, navigation and other areas, cultivates the future leaders in different areas equipped with international vision,critical thinking, innovative spirit and practical ability.

Optoelectronic Information Science and Engineering

With the application of basic theories, methods and experimental means of Modern Physics, Optics and Electronic Information Science, this major mainly elaborates interaction between light and matter, the new theory and technique of the opto-electric signal detection, acquisition, transformation, memory, transmission, processing and application. It aims to develop new optoelectronic devices and systems, cultivates the future leaders in different areas equipped with international vision,critical thinking, innovative spirit and practical ability.

Control Technology and Instrument

This major applies the basic theories, methods and experimental means of Modern Physics, Electronic Information Science and Control Science. It is engaged in the basic theories, methods and new techniques of the detection, measurement, monitoring and control of all kinds of physical quantities. It aims to seek for new methods to measure and design new measuring instruments and systems and to cultivate the future leaders in different areas equipped with international vision,critical thinking, innovative spirit and practical ability.

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Professional Disciplines