明德博学

知行合一

Virtue, Knowledge and Practice

放眼当今世界，信息技术无疑是创新最活跃、发展最迅速

的领域，已经并还将更加深刻影响人类生活和社会进步。电子

信息学院作为该领域崛起的新军，凭借悠久的历史传承，兼资

多学科综合优势，新组建以来一直坚持内涵发展，因势利导、

开拓创新，得以高速发展和壮大，取得了一系列具有世界影响

力的研究成果，形成了卓越的学院文化。

我们致力于培养引领未来科学技术、经济社会发展的领军

人才。在让我们的学生掌握本领域最新知识的同时，锻炼他们

的批判性思维和创造能力；利用我们丰富的科研和实验资源，

培养他们的研究、设计、开发与实验能力，并更进一步培育他

们的领导力和团队合作精神；武汉大学厚重的底蕴，让他们可

以尽情吸收多学科交叉、碰撞的精华，重塑科学精神和人文情怀。

几十年来，我们的毕业生已遍及全球，在科技、工商业和管理

等领域做出了突出贡献。今天，我们以更为开放的胸怀，热情

欢迎富有才华、激情和远大理想的青年人加入学院大家庭。

在传播文明的同时，我们还面向国家重大需求和国际科学

技术前沿，承担着探索自然奥秘、发现新知识、创造新技术、

解决人类面对的共同问题、服务人类生活和国家经济社会发展

的重要责任。我们将秉承“明德博学，知行合一”的院训精神，

在社会各界和院友支持下，为把学院建设成为一个具有国际影

响力的研究型学院而努力！

I n t o d a y ' s w o r l d , I T i n n o v a t i o n i s

undoubtedly the most active and fastest growing

area, and will have a more profound impact on

human life and social progress. As a new star

in the field, the Electronic Information School,

with its long history and multidisciplinary

strengths, has been able to insist on contentoriented development and make the best use of

comprehensive advantages, and has achieved

high-speed development and growth since it was

established . We have made a lot of academic

achievement that has great influence in the world

and forms a remarkable college culture.

W e a r e c o m m i t t e d t o c u l t i v a t i n g

outstanding talents who will lead scientific

& t e c h n o l o g i c a l a n d e c o n o m i c & s o c i a l

development in the future. Our students are

encouraged to master new knowledge in the field

to exercise their critical thinking and creative

ability. Students'capabilities of research, design,

and experiment are able to be developed based

on rich resources of research and experiment,

which can further nurture their leadership and

spirit of teamwork. With the heavy heritage

of Wuhan University, the students can enjoy

absorbing multidisciplinary essence, and reshape

their scientific spirit and human consciousness.

Over the decades, our graduates have made

great contributions in the fields of science and

technology,business and management. Today,

we are more open-minded, and warmly welcome

the young people who are talented, full of passion

and have lofty ideals to join the college family.

When spreading civilization, we also

undertake the responsibilities of exploring

the mysteries of nature, discovering the new

knowledge, creating new technologies to deal

with common issues of human being, serving the

human life and promoting national economic

and social development in the face of national

major demands and scientific and technological

frontiers.In the support of all sectors of society

and residents, we will uphold the spirit of motto

of "Virtue, Knowledge and Practice"devoting to

the construction of an internationally influential

research-oriented college!

学院寄语

党委书记： 院长：

COLLEGE MESSAGE

目 录

CONTENTS 学院概况 Current Leadership 现任领导 Organization 机构设置 About the College 学院简介

Faculty Structure

Academician

Scholars' Representatives

Academic Development

Undergraduate Disciplines

院士风采

学者代表

师资队伍结构

学科建设

本科专业

师资队伍

学科专业

Overview

Faculty

Professional Disciplines

目 录 CONTENTS

P04 P08 P14

科学研究Scientific Research

Major Research Sites

Main Research Directions

Research Innovation Teams

Scale of Scientific Research

Scientific Research Achievements

主要科研基地

主要研究方向

科研创新团队

科学研究规模

科学研究成果

学子风采

杰出院友

教学建设成果

优秀人才培养计划

人才培养平台

国际合作交流

国内合作交流

Talent Cultivation Platform

Talent Cultivation Programme

Teaching Achievements

Students

Outstanding Alumni

International Exchange

Domestic Exchange

P23

人才培养

对外交流

学院历史

Education

External Exchange

School History

P33 P42 P46

学院概况

OVERVIEW

武汉大学电子信息学院源于 1945 年建立的原国立武

汉大学游离层实验室。2000 年新武汉大学组建后，由原武

汉大学电子信息学院、原武汉大学分析测试中心测控技术

与仪器专业、原武汉测绘科技大学光电工程学院和原武汉

水利电力大学计算机系测控技术与仪器专业组成。承着“明

德博学，知行合一”的院训精神，学院人才培养质量和科

研水平处于学校前列，有一批具有多学科交叉特色的高水

平科研团队，有着淳朴、和谐的院风和务实、拼搏的学院

精神。作为学校首个实施综合改革试点的学院，近年来在

培养学生创新能力、国际化办学、创新科研团队建设等方

面均取得了显著成效。学院现设有空间物理系、信息与通

信工程系、电子科学与技术系 3 个系和 1 个教学实验中心（国

家级电工电子实验教学示范中心）；有 1 个国家工科基础

课程电工电子教学基地、1 个国家级光电系统工程实践教

育中心。

Electronic Information School of Wuhan

University originated from the Lonosphere Laboratory

established in 1945 of the original National Wuhan

University. After the establishment of the new Wuhan

University in 2000, it was composed of the former

Electronic Information School (former Wuhan

University), the Control Technology and Instruments

major of Analysis and Testing Center (former Wuhan

University), the School of Opto-electronic Engineering

(former Wuhan Technical University of Surveying

and Mapping) and the Control Technology and

Instruments major of Computer Science Department

(former Wuhan University of Hydraulic and Electrical

Engineering). Adhering to the spirit of the motto of

"Virtue, knowledge and practice", the school is at

the forefront of the University in terms of the quality

of human resources training and research, and has

a number of high-level research teams with multidisciplinary crossover characteristics, harmonious

atmosphere and hard-working spirit. As the first college

to implement comprehensive reform, it has achieved

remarkable results in recent years in cultivating students'

innovative ability, internationalisation and building

innovative research teams.The College now has three

departments: Department of Space Physics, Department

of Information and Communication Engineering,

Department of Electronic Science and Technology, and

one teaching experiment centre (National Electrical

and Electronic Experimental Teaching Demonstration

Centre); there is one national teaching base for electrical

and electronic engineering foundation courses and one

national practical education centre for optoelectronic

system engineering.

OVERVIEW 学院概况

05

机构设置 Organization

电子信息学院

Electronic

Information School

空间物理系

Department of Space Physics

电子科学与技术系

Department of Electronic Science and Technology

信息与通信工程系

Department of Information and Communication

Engineering

教学与实验中心

Experimental Teaching Center

党政办公室

Administration Office

学科建设与发展办公室

Discipline Construction and Development Office

教学管理办公室

Teaching Management Office

学生工作办公室

Student Affairs Office

06

学院概况 OVERVIEW

现任领导 Current Leadership

07

OVERVIEW 学院概况

党委书记 李德识

主持学院党委全面工作，分管组织、教职工思想政治

及安全保密工作

Deshi Li, Secretary of the Party Committee

Presiding over the overall work of the Party Committee of

the school, in charge of the party organization, ideological

and political work of faculty and staff, and security and

confidentiality work.

副书记 陈阳

本科生、研究生思想政治教育与管理工作，校友工作，协助书记分管党校工作

Yang Chen, Associate Secretary of the Party Committee

Ideological and political education and management of undergraduates and postgraduates, alumni

work, and assist the secretary in the work of the party school.

副院长 万显荣

研究生培养与学位点建设，协管学科建设工作

XianRong Wan, Associate Dean

Postgraduate training and degree construction, co-management of discipline construction.

副院长 陈洪波

行政，财务，实验室建设，社会服务与宣传工作

Hongbo Chen, Associate Dean

Administration, financial affairs, laboratory construction, social service and propaganda work.

副院长 蔡红涛

科研，平台建设 , 保密，产学研合作，青年教师工作

Hongtao Cai, Associate Dean

Scientific research, platform construction and confidentiality, industry-university-research

cooperation, young teacher related work.

副院长 江昊

本科生培养工作，专业建设及创新实践平台建设

Hao Jiang, Associate Dean

Undergraduate training, specialty construction and innovation practice platform construction.

副院长 李仲阳（挂职）

国际交流、协管人才工作

Zhongyang Li, Associate Dean (Secondment)

International exchange, assist in the construction of the talented team.

院长 龚威

主持学院行政全面工作，分管人才队伍建设

及学科建设工作

Wei Gong, Dean

Presiding over the overall administrative work of the

school, in charge of the construction of the talented

team and the construction of disciplines.

30

师资队伍

FACULTY

FACULTY 师资队伍

学院师资力量雄厚，现有教职工 207 人，其中专任教师

145 人（博士生导师 52 人、教授 / 研究员 58 人、副教授 /

副研究员 52 人）、实验人员 20 人（教授级高工 1 人、高级

工程师 / 实验师 8 人）、管理人员 28 人，另有专职科研岗位

人员 14 人。学院现有 1 个基金委基础科学中心 、1 个国家

自然科学基金委创新研究群体，2 个教育部创新团队，1 名中

国科学院院士，学科带头人、青年学术带头人 20 余人。

1

145

1

11

1

14

1

58

52

24

8

2

52

5 15

207

20

28

个国家自然科学基金委

基础科学中心

名专任教师

名中国科学院院士

名特聘 / 特聘副研究员

名教授级高工

名专职科研岗位人员

个国家自然科学基金委

创新研究群体

名教授 / 研究员

名博士生导师

名讲师

名高级工程师 / 实验师

个教育部创新团队

名副教授 / 副研究员

名学科带头人 名青年学术带头人

名教职工

名实验人员

名管理人员

09

There are 207 faculty members in the school,

including 145 full-time faculty (52 doctoral advisors,

58 professors/researchers, 52 associate professors/

associate researchers), and 20 experimental technicians

(1 professorship senior engineers, 8 senior engineers/

laboratory engineers), 28 administrators, and 14 Fulltime scientific research faculty. There is Basic Science

Center of The National Natural Science Foundationg

of China,one Innovation Research Groups Supported

by the National Natural Science Foundation of China,

two innovation teams of the Ministry of Education,

one academician of the Chinese Academy of Sciences

and more than 20 discipline leaders、young Academic

Leaders.

师资队伍 FACULTY

10

“近地空间天气多尺度过程和机理”国家自然科学基金委基础科学中心

“Multi-scale Processes and Mechanisms of the Coupled Geospace” Basic Science Center

of The National Natural Science Foundation of China

中、高层大气遥感探测与数值建模国家自然科学基金委创新研究群体、教育部创新团队

“Middle and Upper Atmospheric Remote Sensing Exploration and Numerical Modeling”

Innovation research group supported by The National Natural Science Foundationg of

China、Innovative research group of the Ministry of education

中心由武汉大学牵头，联合中国科学院国家空间科学中心、中国科学技术大学共同建设，是湖北省获批的

首个基础科学中心项目。中心围绕近地空间环境的科学前沿，结合国家空间战略的发展需求，以近地空间环境

及其变化为主攻方向，利用最新观测数据和自主开发的最先进方法与模型，突破近地空间天气全链条的天地基

联合观测、数值方法创新和核心机制研究，揭示近地空间环境多圈层、多尺度相互作用的过程和机理，抢占国

际空间天气研究的制高点，推动空间天气学科发展和服务国家空间战略需求。

2007 年获批教育部创新研究群体，2012 年获

批基金委创新研究群体，2016 年获得基金委滚动

资助。经过多年的艰苦努力，群体研究人员研制出

9 套不同功能的大型激光雷达系统，形成了当今亚

洲功能最强大的中、高层大气激光雷达综合探测平

台，突破了我国中、高层大气研究缺少探测设备和

自主观测数据这一瓶颈。研究群体通过发展探测技

术，开展观测和数值模拟研究，将空间物理、雷达

技术、光学、电路和自动控制等不同学科背景的研

究者聚集在一起，形成了目标明确、团结高效的中、

高层大气遥感探测及数值模拟研究群体。

"Multi-scale Processes and Mechanisms of the

Coupled Geospace" Basic Science Center of NSFC

is undertaken by Wuhan University and jointly

constructed by the National Space Science Center of

the Chinese Academy of Sciences and University of

Science and Technology of China. It is the first Basic

Science Center of NSFC in Hubei Province.The Center

focuses on scientific frontiers of the near-Earth space

environment and meets the development needs of the national space strategy. In terms of robust combinations of stateof-the-art numerical and laboratory simulation methodologies with innovations and breakthroughs in major space

detection techniques, the Center aims to penetrate into sophisticated and advanced comprehension of multi-scale,

multi-sphere dynamic processes and of underlying mechanisms of the coupled geospace from both macro- and microphysics, regional and global perspectives to uncover the coupling variability and systematic responses of geospace,

aiming to promote production of major original scientific achievements and to serve the national needs of space

weather.

FACULTY 师资队伍

11

多源地球空间数据的智能观测与定量应用教育部创新团队

“Intelligence Observation and Quantitative Application of Multi-source Geospatial

Data”innovative research group of the Ministry of education

2012 年入选教育部创新团队。团队围绕着多源地球空间数据的获取、空间数据模型、智能化遥感数据处

理方面，加强软硬件平台建设。搭建了移动式双波长、偏振大气探测 Mie 散射激光雷达、高光谱激光雷达、

CO2 探测激光雷达等多套激光雷达系统。提出了对地观测传感网协同智能服务的理论与方法、基于等距离光学

厚度划分的辐射定标方法等多种创新理论与方法，达到了世界先进水平。团队通过对多源地球空间数据的智能

处理与定量应用的研究，为形成我国独立自主的对地观测数据获取、信息处理与分发服务奠定理论与技术基础。

"Middle and Upper Atmospheric Remote Sensing Exploration and Numerical Modeling" Innovation research

Group was approved as an innovative research group of the Ministry of education in 2007, an innovative research

group of the NSFC in 2012 and a rolling subsidy of the NSFC in 2016. With hard work for many years, the scientists

of Innovation Group designed and developed 9 sets of large lidar system with different functions, thus most powerful

lidar comprehensive detection platform of the middle and upper atmosphere in Asia today has been established at

Wuhan University, which breaks through the bottleneck of detection equipment lack and independent observational

data in the study of the middle and upper atmosphere in China. By developing the detecting technology, persisting in

the experimental observation, and carrying out the modeling and numerical simulation, Innovation Group gathers the

researchers in different disciplines together, such as space physics, lidar technology, optics, circuit and automation, and

forms a clear goal and efficient research group.

In 2012, the team was selected into was approved as an innovative research group of the Ministry of education.

The team has strengthened the construction of software and hardware platforms around the acquisition of multi-source

geospatial data, spatial data models, and intelligent remote sensing data processing: namely, 1) built multiple sets of lidar

systems, such as mobile dual-wavelength and polarized atmospheric detection Mie scattering lidar, hyperspectral lidar

and CO2 detection lidar; 2) proposed a variety of innovative theories and methods, such as theories and methods of

collaborative intelligent services for Earth observation sensor networks, and the radiation calibration method based on

equidistant optical depth division. And these construction results have reached the world's advanced level. In summary,

the team has established a theoretical and technical foundation for the formation of China's independent Earth

observation data acquisition, information processing and distribution services through the research on the intelligent

processing and quantitative application of multi-source geospatial data.

师资队伍 FACULTY

12

院士风采 Academician

窦贤康教授长期从事中高层大气理论、观测与实验综合研究，

多年来他坚持针对学科前沿问题，独立自主研制了系列激光雷达

观测系统，车载测风激光雷达系统填补了国内在该领域的空白，

技术水平达到国际领先水平；国际上首次研制成功基于上转化技

术的量子激光雷达，开创了一种激光雷达探测新体制；基于在观

测设备上的开拓性工作，在中层顶区域大气动力学和光化学等领

域的研究取得了系统性和创新性成果。获得国家发明专利 30 余项，

发表国际 SCI 论文 110 余篇。

其主要学术成绩与贡献：一是推动激光雷达探测技术的 发

展，在国际上首次研制成功基于上转化技术的量子激光雷达，为

中高层大气研究奠定坚实的观测基础；二是利用自主研发设备设

计观测试验，揭示了中性大气与电离成分作用机制；三是在中高

层大气对低层大气响应研究中，提出了若干大气波动影响中高层

大气变化性的新机理，为中高层大气建模和精确预报奠定了基础。

Prof. Dou's area of interest includes

theories and observations of the middle

and high atmosphere with special emphasis

on wind observations with lidar. He built a

series of wind lidar independently, including

a vehicle-mounted lidar, which filled the

domestic gaps in this field. He also developed

a new kind of lidar on the basis of quantum

technology, in which the frequency of the

echo is upward shifted. On the basis the lidar

observations, he has made a lot of innovative

progress on middle atmospheric dynamics

and photochemistry. Currently, he has more

than 30 authorized patents and 110 SCI

publications.

H i s m a i n a c a d e m i c a c h i e v e m e n t

and contribution include: 1. Promote the

development of lidar technology, built

the first quantum-lidar in the world, lay

the foundation for the middle and high

atmospheric observations; 2. Reveal the

coupling mechanisms between the neutral

and ionized atmosphere on the basis of the

lidar observations; 3. Propose a new scheme

for the high atmospheric responses to lower

atmospheric waves, which lay the foundation

for the prediction of middle and high

atmosphere with a higher precision.

窦贤康教授 中国科学院院士

现任武汉大学校长

Prof. Xiankang Dou

Academician of Chinese Academy of

Sciences,

President of Wuhan University

13

学者代表 Scholars' Representatives

易帆 教授 Prof. Fan Yi

研究方向

Research Field

大气激光雷达技术和应用

Atmospheric lidar detection

technology and Application

大气物理

Atmospheric Physics

龚威 教授 Prof. Wei Gong

研究方向

Research Field

先进激光雷达技术

Advanced Laser Radar Technology

遥感机理与方法

Remote Sensing Mechanisms and

Methods

倪彬彬教授 Prof. Binbin Ni

研究方向

Research Field

地球空间环境探测与全球建模

Geo-space Environment Exploration

and Global Simulations

日地空间天气效应及预报

Solar-Terrestrial Space Weather

Effects and Forecasts

王慧 教授 Prof.Hui Wang

研究方向

Research Field

磁层 - 电离层 - 热层耦合过程

Magnetosphere-ionospherethermosphere coupling

空间环境的观测和数值模拟

Space Weather Observation and

Simulation

黄狮勇 教授 Prof. Shiyong Huang

研究方向

Research Field

磁层物理

Magnetosphere Physics

空间等离子体

Space Plasma

李仲阳 教授 Prof.Zhongyang Li

研究方向

Research Field

超颖光学与器件

Meta-Optics and Devices

纳米光子学与工艺

Nanophotonics and

Nanofabrication

张绍东 教授 Prof. Shaodong Zhang

研究方向

Research Field

中高层大气

Middle and Upper Atmosphere

中高层大气探测

Middle and Upper Atmosphere

Exploration

袁志刚 教授 Prof. Zhigang Yuan

研究方向

Research Field

电离层与磁层物理

Ionosphere and Magnetosphere

Physics

空间等离子体物理

Plasma Physics

陈罡 教授 Prof.Gang Chen

研究方向

Research Field

电离层物理

Ionospheric Physics

无线电探测技术

Radio Detection Technique

周晨 教授 Prof. Chen Zhou

研究方向

Research Field

人工影响空间环境

Artificial Modification of Space

Environment

空间环境探测技术

Space Environment Detection

Technology

马佳义 教授 Prof.Jiayi Ma

研究方向

Research Field

计算机视觉

Computer Vision

图像处理

Image Processing

熊超 教授 Prof. Chao Xiong

研究方向

Research Field

电离层物理

Ionospheric Physics

磁场与电离层探测

Magnetic Field and

Ionospheric Detection

FACULTY 师资队伍

学科专业

PROFESSIONAL

DISCIPLINES

层次

Levels

一级学科

First Level

Discipline

二级学科

Second Level Discipline

可授学位

Degree to

Be Granted

备注

Remarks

研究生

Graduate

电子科学与技术

Electronic

Science and

Technology

物理电子学

Physical Electronics

工学博 / 硕士

Ph.D/M.E

电路与系统

Circuits and Systems

工学博 / 硕士

Ph.D/M.E

电磁场与微波技术

Electromagnetic Field and Microwave

Technology

工学博 / 硕士

Ph.D/M.E

信息与通信工程

Information

and

Communication

Engineering

通信与信息系统

Communication and Information

System 工学博 / 硕士

Ph.D/M.E 211 工程重点建设学科

“211 Project” Key Construction Discipline 信号与信息处理

Signal and Information Processing

地球物理学

Geophysics

空间物理学

Space Physics

理学博 / 硕士

Ph.D/M.S

国家重点培育学科

National Key Cultivation Discipline

211 工程重点建设学科

“211 Project” Key Construction Discipline

空间探测与信息处理技术

Space Exploration and Information

Processing Technology

理学博 / 硕士

Ph.D/M.S

武汉大学自设

Wuhan University Self-setup

物理学

Physics

无线电物理

Radio Physics

理学博 / 硕士

Ph.D/M.S

国家重点学科

National Key Discipline

211 工程重点建设学科

“211 Project” Key Construction Discipline

光学工程

Optical

Engineering

光学工程

Optical Engineering

工学博 / 硕士

Ph.D/M.E

211 工程重点建设学科

“211 Project” Key Construction Discipline

仪器科学与技

术 Instrument

Science and

Technology

精密仪器及机械

Precision Instrument and Machinery

工学硕士

M.E

测试计量技术及仪器

Measurement Technology and

Instrument

工学硕士

M.E

控制科学与工程

Control Science

and Engineering

检测技术与自动化装置

Detection Technology and Automatic

Equipments

工学硕士

M.E

工程博

/

硕士

Ph.D/M.E

电子与信息

Electronic and Information

工程博 / 硕士

Ph.D/M.Eng

本

科

生

Under

Graduate

通信工程

Communication Engineering

工学学士

B.E

国家级第二类特色专业

National Second Category Feature Major

国家级一流本科专业建设点

National-level First-class Undergraduate

Major Construction Point

电子信息工程

Electronic and Information Engineering

工学学士

B.E

入选教育部卓越工程师教育培养计划

Recruited by the Prominent Engineer

Cultivation Program of Ministry of Education

国家级一流本科专业建设点

National-level First-class Undergraduate

Major Construction Point

电子信息科学与技术

Electronic Information Science and Technology

理学学士

B.S

国家级第一类特色专业

National Class I Specialty

电波传播与天线

Radio Waves Propagation and Antenna

工学学士

B.E

国防特色专业

National Defence Specialty

省级一流本科专业建设点

Provincial-level First-class Undergraduate

Major Construction Point

光电信息科学与工程

Optoelectronic Information Science and Engineering

工学学士

B.E

测控技术与仪器

Measurement-Control Technology and Instrument

工学学士

B.E

通过工程教育专业认证

Accredited in Engineering Education

省级一流本科专业建设点

Provincial-level First-class Undergraduate

Major Construction Point

PROFESSIONAL DISCIPLINES 学科专业

学科专业一览 Professional Disciplines

15

学科专业 PROFESSIONAL DISCIPLINES

16

该学科起源于 1945 年建立的国立武汉大学游离层实验

室。早期围绕我国核武器研制，从事在核爆炸产生的附加电

离区探测、核爆炸环境下的短波通信效应、高频无线电探测

技术等方面研究。

“九五”以来，相继开展了高频地波雷达、复杂目标电

磁散射特性、地质探测雷达、雷达信号检测与处理等领域的

研究。2001 年获批为国家重点学科。

近十年来，学科点在加强以电磁波为手段的空间和海洋

环境信息获取的新理论、新方法原创研究的同时，开辟了外

辐射源雷达、双 / 多基地雷达和 MIMO 雷达等新体制目标探

测技术研究，拓展和重点加强了电离层电波传播、目标电磁

散射特性、人工电磁材料、射频与微波器件等方向的基础理

论与关键技术研究。

学院学科优势明显，涉及地球物理学、信息与通信工程、电子科学与技术等 7 个一级学科，其中地球物理学在

2016 年全国第四轮学科评估中排名 A+，2017 年入选教育部国际一流建设学科。有 1 个国家重点学科 - 无线电物理、

1 个国家重点培育学科 - 空间物理学、1 个湖北省重点学科 - 地球物理学、5 个国家“211”工程重点建设学科。

国家重点学科 National Key Discipline

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.

无线电物理 Radio Physics

S 波段雷达海上试验

台风登陆时的风场结构 基于调频数字广播信号的外辐射源雷达系统

学科建设 Academic Development

The school has obvious disciplinary advantages, involving seven first-level disciplines such as geophysics,

information and communication engineering and electronic science and technology, among which geophysics was

ranked A+ in the fourth round of national discipline assessment in 2016 and selected as an international first-class

construction discipline by the Ministry of Education in 2017. There are one national key discipline - radio physics, one

national key cultivation discipline - space physics, one key discipline in Hubei Province - geophysics, and five national

"211" project key construction disciplines.

PROFESSIONAL DISCIPLINES 学科专业

17

该学科由固体地球物理学、空间物理学以及空间探测技

术与信息处理三个二级学科组成。1981 年空间物理学被批准

为我国首批博士学位授权点之一；固体地球物理学科是大地

地球物理学 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 is ranked

as A+ in the National College Discipline Assessments

organized by Ministry of Education in 2016.

该学科起源于 1945 年建立的国立武汉大学游离层实验

室，是原高等学校国家重点学科。2007 年被评为国家重点学

科（培育）。

该学科拥有“武汉大气遥感国家野外科学观测研究站”

和“中高层大气遥感探测与数值建模”国家自然科学基金委

创新研究群体，现有中高层大气物理（包括中高层大气遥感

探测与数值建模、大气探测激光雷达技术），电离层物理与

电波传播，磁层与日地物理等几个研究方向。在空间环境建

模方面产出了一系列有国际影响的原创性科研成果；在空间

环境探测技术方面达到了国内领先水平。

Space Physics dates back to the Ionosphere

Laboratory founded in 1945 of the National Wuhan

University and was an original national key discipline of

high education colleges. The discipline was approved as

national key cultivation discipline in 2007.

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.

空间物理学 Space Physics

偏振激光雷达

工作中的电离层观测站

自研电离层斜向返回

探测系统

MST 雷达天线阵

铁激光雷达 1.04m 的望远镜系统

架在北极的三频卫星信标接收机

国家重点培育学科

博士点一级学科

National Key Cultivation Discipline

Doctoral Program First Level Discipline

测量学与地球科学交叉融合的背景下由国家教育部批准成立

的，1997 年获得理学博士学位授权点。2001 年地球物理学

获准为一级学科博士学位授权点。空间探测技术与信息处理

于 2009 年获得理学博士学位授权点。在 2016 年教育部组织

的全国高校学科评估中，该学科被列入 A+ 学科。

学科专业 PROFESSIONAL DISCIPLINES

18

电子科学与技术

Electronic Science and Technology

信息与通信工程

Information and CommunicationEngineering

该学科涵盖物理电子学、电路与系统、微电子学与固体

电子学、电磁场与微波技术四个二级学科。原武汉大学分别

于 1990 年、1996 年获批电路与系统、电磁场与微波技术硕

士学位授予点；原武汉测绘科技大学于 1996 年获批物理电

子学硕士学位授权点；2006 年获批微电子与固体电子学博士

学位授权点；2010 年申请并获批电子科学与技术一级学科博

士授权点。

该学科由通信与信息系统和信号与信息处理两个二级学

科组成。1993 年，原武汉大学电子信息工程学系开办通信工

程本科专业，同年获批通信与信息系统硕士学位授权点；同年，

原武汉测绘科技大学电子工程系也获批信号与信息处理硕士

学位授权点。2000 年申请并获批通信与信息系统学科博士学

位授权点。2003 年申请并获批信号与信息处理学科博士学位

授权点。2005 年申请并获批一级学科博士学位授权点。

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.

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.

嵌入式高频海洋探测仪 OSMAR-S 全数字双频便携式高频海洋雷达 高频地波雷达

海量数据磁盘阵列存储设备 高分辨率图像信号发生器

高分辨率图像接收设备

高速数据率接收机 (HDR)

博士点一级学科

博士点一级学科

Doctoral Program First Level Discipline

Doctoral Program First Level Discipline

掌静脉认证产品 实地环境下无线通信传输测试

HEVC 视频转码与直播系统

PROFESSIONAL DISCIPLINES 学科专业

19

zigo 干涉仪

高速率激光空间通信 建筑用激光仪器综合检测装置

该学科涵盖了精密仪器及机械、测试计量技术及仪器两

个二级学科。1996 年，原武汉测绘科技大学光电工程学院获

批测试计量技术及仪器硕士学位授权点（同年原武汉大学分

析测试中心也获批该学科硕士点），2000 年，获批精密仪器

及机械硕士学位授权点。2010 年，学院申请并获批一级学科

硕士点授权点。

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.

仪器科学与技术

Instrument Science and Technology

光学工程 Optical Engineering

该学科的建立追溯至 1958 年原武汉测绘学院建立的测

量仪器制造本科专业，七十年代逐步拓宽至光学测绘仪器、

光学仪器、光学技术与光电仪器专业。1980 年被国务院批准

为首批硕士学位授权点，1998 年按国务院新颁布的学科目录

调整为光学工程，是“211 工程”重点建设学科。2010 年申

请并获批一级学科硕士点授权点。

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.

硕士点一级学科

硕士点一级学科

Master Degree First Level Discipline

Master Degree First Level Discipline

立体测量系统 多光谱显微镜

学科专业 PROFESSIONAL DISCIPLINES

20

该学科隶属一级学科“控制科学与工程”，1996 年，

原武汉水利电力大学获批该学科硕士学位授权点，主要从事

检测技术及自动化装置的一般原理与方法研究，以及在水利、

电力行业的应用研究。重点研究领域主要有现代传感器技术

学院按电子信息大类招生大类培养，涵盖 6 个本科生专业：电子信息科学与技术（教育部第一类特色专业）、

电子信息工程（教育部“卓越工程师教育培养计划”专业、2019 年入选教育部“国家级一流本科专业建设点”）、

通信工程（教育部第二类特色专业、2020 年入选教育部“国家级一流本科专业建设点”）、测控技术与仪器（2020

年通过工程教育专业认证，同年入选省级一流本科专业建设点）、光电信息科学与工程（湖北省普通本科高校“荆

楚卓越人才”协同育人计划项目专业）、电波传播与天线（国防特色专业、2020 年入选省级一流本科专业建设点）。

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 realtime systems, the modern measuring technology of

hydraulic engineering, harbor engineering & port

engineering, the on-line monitoring system of electrical

equipment, etc.

The school is trained in the electronic information category, covering six undergraduate majors: electronic

information science and technology (the first class specialty of the Ministry of Education), electronic information

engineering (the specialty of the Ministry of Education's "Excellent Engineer Education and Training Program",

selected in 2019 as a "national first-class undergraduate specialty construction site" of the Ministry of Education),

Communication Engineering (a second class specialty of the Ministry of Education, to be selected as a "national

first-class undergraduate major construction site" by the Ministry of Education in 2020), Measurement-Control

Technology and Instruments (in line with Engineering Education Accreditation System, selected as the provincial

first-class undergraduate major construction point ),Optoelectronic Information Science and Engineering (a major

under the "Jingchu Excellence Talents" collaborative education program for general undergraduate universities in

Hubei Province), and Radio Wave Propagation and Antenna (a major with national defense characteristics, selected

as a provincial first-class undergraduate major construction point in 2020).

检测技术与自动化装置

Detection Technology and Automatic Equipment

本科专业 Undergraduate Disciplines

硕士点二级学科 The Second Level Discipline of Master Degree

与传感器网络，系统集成与故障诊断技术，实时系统与可靠

性分析，水利工程、河流工程与港口工程中的现代量测技术，

电气设备的在线监测系统等。

PROFESSIONAL DISCIPLINES 学科专业

21

本专业以现代电子学、计算机科学和信息科学相关理论

和技术为基础，研究各类信息与通信网络及其系统的组成原

理和体系结构，研究信息获取、变换、存储、传输、应用中

的信号与信息处理理论与技术，培养具有国际视野，批判性

思维和创新实践能力的行业领军人才。

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.

通信工程专业

Communication Engineering

本专业应用近代物理学和电子信息科学的基本理论、方

法和实验手段，主要研究电磁场和波与物质相互作用规律，

开发新的电子器件和系统，发展信息获取、传输、处理、存

储和应用的新理论、新方法和新技术，培养具有国际视野，

批判性思维和创新实践能力的行业领军人才。

The major applies the basic theories, methods

and experimental means of modern physics and

electronics information science, mainly studiesthe

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.

电子信息科学与技术

Electronic Information Science and Technology

本专业以现代物理学、电子学和信息科学为主要手段，

研究现代电子信息系统设计的基本理论、分析与测试的基本

方法和实现的新技术，研究电子信息的获取、检测、控制、

处理和应用的理论及新技术，培养具有国际视野，批判性思

维和创新实践能力的行业领军人才。

The major adopts the modern physics,electronics

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.

电子信息工程专业

Electronic and Information Engineering

学科专业 PROFESSIONAL DISCIPLINES

22

本专业应用现代物理学、电子信息科学和控制科学的基

本理论、方法和实验手段，研究对各种物理量进行检测、计量、

监测和控制的基本理论、方法和新技术，探求新的测量方法，

设计新的测控仪器和机器人系统，解决专业相关的复杂科学

和工程问题，培养具有国际视野，批判性思维，自主学习和

创新实践能力的高级创新型工程技术人才。

本专业应用近代物理学、光学和电子信息科学的基本理

论、方法和实验手段，主要研究光与物质的相互作用规律及

光电信号的检测、获取、变换、存储、传输、处理与应用新

理论和新技术，发展新的光电器件和系统，培养具有国际视野，

批判性思维和创新实践能力的行业领军人才。

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 optoelectric 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.

This major studies the basic theory,methods,

and innovative techniques about detection,

metrology, monitoring and control. The study

involves the basic theory and experimental skills of

advanced physics, electronic information and control

science. The goal of this study is to explore novel

measuring methods, construct innovative measuring

controlling instrument and Roberts system, address

the complicated scientific and engineering problem,

foster superior innovative talents that endowed with

internationalization vision,critical thinking,selflearning and practical ability.

测控技术与仪器专业    

Control Technology and Instrument

光电信息科学与工程

Optoelectronic Information Science and Engineering

本专业是我国电波科学人才培养的摇篮，应用近代物理

学和电子信息科学的基本理论、方法和实验手段，主要研究

电磁波的辐射、传播、散射及其在通信、雷达、遥感、导航

等领域中的应用，培养具有国际视野，批判性思维和创新实

践能力的行业领军人才。

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.

电波传播与天线专业

Radio Wave Propagation and Antenna

15

科学研究

SCIENTIFIC

RESEARCH

44

主要科研基地 Major Research Sites

本站是经国家科技部批准列入建设序列的、唯一直属于

教育部的地球物理国家野外站，已经成为我国大气环境监测

的重要研究基地，并发展成为激光雷达研发中心及相关人才

培育中心，致力于研发新的激光雷达等地基和空基高精度光

学遥感探测设备，为国家空间环境保障系统提供可靠的探测

手段。

学院面向国家重大需求和国际科学技术前沿，承担着探索自然规律、发现新知识、创造新技术、解决人类面对的

共同问题、服务人类生活和国家经济社会发展的重要责任。学院现拥有 1 个国家野外科学观测研究站、6 个省部级重点

实验室和工程研究中心以及 1 个校级平台，先后承担、完成国家科技部和基金委“重大科研仪器研制专项”、国家“863”、

“973”、“重点研发计划”、“国家重大科技基础设施项目” 、航天和国防等百余项国家重点和重大科技攻关项目。

发表 SCI 论文 1300 余篇 ，授权发明专利 450 余项 ，其中包括 4 项国际发明专利 ，荣获了包括国家自然科学奖二等奖、

高校技术发明一等奖、高校科技进步一等奖、测绘科技进步一等奖在内的近百个奖项。

地球空间环境与大地测量教育部重点实验室是以原武

汉大学的“电离层国家专业实验室”和原国家测绘地理信息

局重点实验室“地球物理大地测量实验室”为基础组建的，

于 2000 年由教育部正式批准成立。实验室从事中高层大气

This Geophysics station is approved and

included in construction by the Ministry of Science

and Technology of China . It is the only National

Geophysical Field Station directly under the Ministry

of Education, and it has become an important

atmospheric environmental monitoring research base,

and developed into a lidar research and development

center and related personnel training center, it is

committing to the development of new lidar and other

ground-based and space-based high-precision optical

remote sensing equipment, providing reliable detection

methods for the National Space Environment Support

System.

Facing the major needs of the country and the frontier of international science and technology, the School has the important

responsibility of exploring the laws of nature, discovering new knowledge, creating new technologies, solving common problems

faced by human beings, and serving human life and the economic and social development of the country. The School now has 1

national field scientific observation research station, 6 provincial and ministerial key laboratories and engineering research centres, and

1 university-level platform. The school has undertaken and completed more than 100 national key and major science and technology

projects, such as the Ministry of Science and Technology and the National Science and Technology Foundation, the National 863,

973, the Key Research and Development Program, the National Major Science and Technology Infrastructure Project, aerospace

and national defense. The school has published more than 1,300 SCI papers, granted more than 450 invention patents, including 4

international invention patents, and won nearly 100 awards, including the Second Prize of National Natural Science Award, the First

Prize of Technical Invention of Universities, the First Prize of Scientific and Technological Progress of Universities, and the First Prize

of Scientific and Technological Progress of Surveying and Mapping.

Geospace Environment and Geodesy Ministry of

Education Key Open Laboratory was established on the

basis of the former " national professional laboratory of

ionosphere" of Wuhan University and the former "geop

hysical geodesy laboratory" of the former Key Laborato

ry of the State Bureau of surveying, mapping and geogr

aphic. The laboratory is engaged in the study of theories

and technologies in such fields: the upper atmosphere,

ionosphere and magnetosphere, Earth's gravity field,

space geodesy, disturbance propagation in Sun-Earth

system, space weather forecasting, remote sensing in the

near-Earth space.

武汉大气遥感国家野外观测研究站

地球空间环境与大地测量教育部重点开放实验室

State Observatory for Atmospheric Remote

Sensing

Geospace Environment and Geodesy Ministry

of Education Key Open Laboratory

科学研究 SCIENTIFIC RESEARCH

24

环境、电离层与磁层、地球重力场、空

间大地测量、日地系统扰动传播、空间

天气预测、近地空间电磁波遥测等方面

的理论与技术研究。

工作运行中的激光雷达 单支谱纯转动拉曼测温激光雷达系统

电离层斜向返回探测

电离层闪烁探测仪

25

SCIENTIFIC RESEARCH 科学研究

Field Scientific Observation and Research Station

of the Ministry of Education for the Middle and

Upper Atmosphere Environment 以 MST 雷达为主要观测设备，配合电离层斜向返回探

测系统，实现中高层大气层间以及大气电离层的耦合观测研

究。研究站是子午工程一期最重要的无线电观测站点之一，

其观测数据实时备份于子午工程武汉大学数据节点站并上

传北京子午工程数据中心，大大提升了我国中高层大气地基

The Field Scientific Observation and Research

Station of the Ministry of Education of the Middle and

Upper Atmosphere Environment uses MST radar as

the main observation equipment and cooperates with

iIonospheric oblique return detection system to realize

the coupled observation research of the middle and

upper atmosphere and the coupled observation of the

atmospheric ionosphere. The research station is one

of the most important radio observation stations in the

first phase of the Zi Meridian Project. It has the ability

to backup its observation data to the Wuhan University

data node station in time and upload to Beijing Zi

Meridian Project Data Center, greatly improves the

detection of ground-based radios in the middle and

upper atmosphere of my country，to provide space

environmental monitoring and forecasting services

for meteorological, aerospace and other application

departments.

中高层大气环境教育部野外科学观测研究站

Technology Innovation Center of Space

Environment Sensing and Equipment

中心围绕服务国土资源监测的空间环境感知与装备技

术领域开展基础理论、共性关键技术研究及高端创新人才培

养。主要研究方向包括：空间环境探测技术与装备、先进光

电感知器件与系统、机器视觉与人工智能、泛在观测物联网。

MNR(SESE MNR) is a key research institute

aiming to develop basic theory and key technologies

about spatial environment sensing and equipment.

It focuses on research fields of space environment

Monitoring technology and equipment, Advanced

optoelectronic sensing device and system, Machine

vision and artificial intelligence, Ubiquitous observation

internet of things.

自然资源部空间环境感知与装备技术创新中心

MST 雷达天线场地

野外台站科学实验楼

星载激光测高装置

超表面材料

三维位置传感

河工测量装置 南方北斗导航应用及大坝变形监测

高速航天相机测试设备

电离层探测设备

无线电的探测能

力， 为 气 象、 航

天和其它应用部

门提供空间环境

监测和预报服务。

科学研究 SCIENTIFIC RESEARCH

26

该实验室下设电波传播研究室、无线电海洋遥感研究

室、激光雷达研究室、雷达信号处理研究室、海态研究室、

电磁工程研究室、先进网络与智能系统研究室、信号处理研

究室、DSP 研究室，研究方向涵盖了电磁场与电波传播理

论及应用、雷达系统及信号处理、遥感及信息处理、无线信

息网络、大数据与人工智能等，在长期的科研实践中形成了

理论研究、设备研制、实验观测的优良传统，研发能力与实

验条件达到国内先进水平。

T h e l a b o r a t o r y c o n s i s t s o f R a d i o W a v e

Propagation Laboratory, Radio Ocean Remote

Sensing Laboratory, Laser Radar Laboratory, Radar

Signal Processing Laboratory, Radio Oceanography

Laboratory, Electromagnetic Engineering Laboratory,

Advanced Network & Intelligent System Laboratory,

Signal Processing Laboratory, and DSP Laboratory.

The research interests include electromagnetic field &

radio wave propagation theory and application, radar

system and signal processing, remote sensing and

information processing, wireless information network,

big data and artificial intelligence, etc. In the long-term

scientific research and practice, the lab has formed

a good tradition of theoretical research, equipment

development, and experimental observation. The R&D

capabilities and experimental conditions of the lab have

achieved the domestic advanced level.

雷达与无线通讯技术湖北省重点实验室 Hubei Key Laboratory of Radar and Wireless

Communication Technology

本中心是集新型科学仪器的研究、开发、设计与制造

于一体的多学科交融的研究与交流平台。主要研发方向有新

型光谱分光器件、红外光谱探测技术、超声成像测量、显微

图像分析、图像测量与机器视觉，其中新型光谱分光器件的

研制、红外光谱探测方法的研究处于国际先进水平。

The center can provide a multidisciplinary

integration platform for research and exchange in

the fields of new instrument research, development,

design and manufacturing. The major Research

& Development orientation includes new spectral

component development, IR detection, ultrasound

i m a g i n g , m i c r o s c o p i c i m a g e a n a l y s i s , i m a g e

measurement and machine vision, in which the research

of new spectral component development and IR

detection techniques are in the international advanced

level.

湖北省光谱与成像仪器工程技术研究中心 Hubei Engineering & Technology Research

Center of Spectrum and Imaging Instruments

小型圆阵变频高频地波雷达

数字广播电视外辐射源雷达

阿达玛变换近红外光谱仪 极地冰下超声测距仪

普通相机与近红外成像光谱仪拍摄

图像对比

面向舆情的大数据分析系统 事件相机穿透成像系统

棉花异纤云清除机智能点钞机

红外光谱分析仪

阿达玛变换显微图像分析仪

船载雷达试验

SCIENTIFIC RESEARCH 科学研究

中心由武汉大学联合空军预警学院、武汉滨湖电子有限责

任公司、荆州南湖机械总厂、武汉德威斯电子技术有限公司、

湖北中南鹏力海洋探测系统工程有限公司、武汉七星电气有限

公司于 2014 年共同组建，湖北省国防科学技术工业办公室负

责运行监管指导。中心致力于服务区域雷达产业发展，拟在雷

达技术研发、成果转化、产业转型、基地建设和人才培养等方

面开展全面战略合作，目前已在海洋环境监测雷达、低空监视

外辐射源雷达网、反隐身和反巡航导弹雷达、雷达目标特性等

方向拥有一批具有国际领先水平的自主知识产权，并将逐步推

广应用于国防、航空、海洋、公安等军民领域。

The center was jointly established in 2014 by Wuhan

University，Air Force Early Warning Academy, Wuhan

Binhu Electronics Co., Ltd., Jingzhou Nanhu Machinery

General Factory, Wuhan Deweisi Electronic Technology

Co., Ltd., Hubei Zhongnan Pengli Ocean Exploration

System Engineering Co., Ltd., and Wuhan Qixing Electric

Co., Ltd.. which is under the supervision of The Office of

Science, Technology and Industry for National Defense of

Hubei Province. The center aims to serve the development

of the regional radar industry, and it plans to carry out

comprehensive strategic cooperation in radar technology

research and development, achievement transformation,

industrial transformation, base construction, personnel

training and so on. Until now, it has a number of independent

intellectual property rights with internationally advanced

levels in the fields of marine environment detection radar,

low-level surveillance of radar network based on external

illuminators, anti-stealth and anti-cruise missile radar, radar

target characteristics, which will gradually be applied to

military and civil fields, such as national defense, aviation,

marine and public security.

27

武汉大学雷达技术军民融合协同创新中心 Wuhan University Radar Technology Civil-Military

Integration Collaborative Innovation Center

Hubei Engineering Research Center of Multi-domain

Intelligent Sensing Equipment

Carbon-neutralResearchCenter，WuhanUniversity

本中心以电子信息学院为主要依托单位，测绘遥感信息工

程国家重点实验室、动力与机械学院、化学与分子科学学院、

资源与环境科学学院、遥感信息工程学院等为共建单位。中心

围绕“碳中和”这一国家重大战略需求，针对基础科学、关键

瓶颈和共性技术开展联合科研攻关，致力于解决我国在“碳达峰”

与“碳中和”进程中面临的科学问题和关键技术。

本中心聚焦多域智能感知装备相关技术的研发和工程应

用。主要研究方向有视觉智能感知装备，网络智能化多波段雷达，

多通道激光雷达技术，一体化网络智慧节能技术和新一代网络

智慧运维。

The center is based on the School of Electronic

Information, and the State Key Laboratory of Surveying,

Mapping and Remote Sensing Information Engineering, the

School of Power and Mechanical Engineering, the School of

Chemistry and Molecular Sciences, the School of Resources

and Environmental Sciences, and the School of Remote

Sensing Information Engineering are co-constructed units.

Focusing on the major national strategic needs of "carbon

neutrality", the center conducts joint scientific research on

basic science, key bottlenecks and common technologies,

and is committed to solving scientific problems and key

technologies that restrict our country's carbon peak and

carbon neutral process.

The center focuses on the R&D and engineering

application on key technologies of intelligent sensing

equipment in multiple domains. The main research directions

include visual intelligent sensing equipments, networked

and intelligent multi-band radars, multi-channel lidar

technologies, and integrated network intelligent energysaving technologies as well as the intelligent operation and

maintenance for the new generation networks.

武汉大学碳中和研究中心

多域智能感知装备湖北省工程研究中心

CO2 探测激光雷达

多波段激光室内场景三维扫描成像 外辐射源低空目标探测

科学研究 SCIENTIFIC RESEARCH

28

主要研究方向 Main Research Directions

电波传播理论与工程

无线电海洋遥感

新体制雷达系统

Theory and Engineering of Radio Wave Propagation

Radio Ocean Remote Sensing

New System Radar System

嵌入式系统与应用

射频与微波电路

毫米波 / 太赫兹技术与系统

Embedded System and Application

RF and Microwave Circuits

Millimeter Wave/Terahertz Technology and System

中高层大气物理

电离层与磁层物理

行星物理

空间环境探测技术

Middle and Upper Atmosphere Physics

Ionospheric and Magnetospheric Physics

Planetary Physics

Space Environment Detection Technology

大数据分析

多谱视觉感知

无线通信与未来网络

雷达信号处理与系统

人工智能与图像识别

Big Data Analysis

Multispectral Visual Perception

Wireless Communication and Future Network

Radar Signal Processing and System

Artificial Intelligence and Image Recognition

光学遥感系统

微纳光学与超材料

激光通信

拓扑光子激光器

Optical Remote System

Micro-nano Optics and Metamaterials

Laser Communication

Topological Laser

机器视觉与图像测量

多光谱成像与分析仪器

智能仪器与通信网络

磁悬浮精密控制

Machine Vision and Image Measurement

Multispectral Imaging and Analysis Instrument

Intelligent Instrument and Communication Network

Magnetic Levitation Precision Control

29

科研创新团队 Research Innovation Teams

团队类型

Type

团队名称

Name

团队负责人

Manager

主要研究方向

Main Research Areas

杰出科研创新团队

Outstanding Scientific

Research Innovation

Team

激光雷达探测

Laser Radar's Detection

易 帆

Yi Fan

激光雷达遥感探测技术

Laser Radar Remote Sensing

Exploring Technology;

大气遥感综合观测

Comprehensive Observation of

Atmospheric Remote Sensing

杰出科研创新团队

Outstanding Scientific

Research Innovation

Team

中高层大气动力学

Dynamics of the

Middle and Upper

Atmosphere

张绍东

Zhang Shao-dong

中高层大气动力学研究

Research on Dynamics of the

Middle and Upper Atmosphere

杰出科研创新团队

Outstanding Scientific

Research Innovation

Team

外辐射源雷达

Passive Radar

万显荣

Wan Xian-rong

新体制雷达理论与技术

Radar Systems' Technologies and

Theory;

雷达信号处理

Radar and Communication Signal

Processing

优秀科研创新团队

Excellent Scientific

Research Innovation

Team

雷达与信号处理

Radar and Signal Processing

文必洋

Wen Bi-yang

高频 / 超高频雷达海洋遥感及目标探测

High Frequency/uhf Radar Marine

Remote Sensing and Target

Detection

优秀科研创新团队

Excellent Scientific

Research Innovation

Team

先进光电器件及系统

Advanced Optoelectronic

Devices and Systems

李 松

Li Song

光电探测和光电成像

Optoelectronic Detection and

Optoelectronic Imaging

优秀科研创新团队

Excellent Scientific

Research Innovation

Team

电离层 - 磁层与空间探测技术

Ionosphere - Magnetosphere

and Space Detection

Technology

倪彬彬

Ni Bin-bin

电离层与磁层物理

Ionosphere - Magnetosphere

Physics

空间探测技术

Space Exploration Technology

空间天气建模

;Space Weather Simulations

优秀科研创新团队

Excellent Scientific

Research Innovation

Team

先进网络与智能系统

Advanced Network and

Intelligent System

江 昊

Jiang Hao

信息网络与通信网络

Information Network and

Communication Network

优秀科研创新团队

Excellent Scientific

Research Innovation

Team

无线电海洋遥感

Radio Ocean Remote Sensing

陈泽宗

Chen Ze-zong

无线电海洋环境探测

Radio Ocean Environmental

Exploration

SCIENTIFIC RESEARCH 科学研究

科学研究 SCIENTIFIC RESEARCH

30

科学研究规模 Scale of Scientific Research

2016 年至 2020 年科研到账经费

Research Funded in 2016 to 2020

2016 年至 2020 年国家自然科学基金项目及重点项目立项

National Natural Science Foundation of China Projects and

Key Projects from 2016 to 2020

经费总量

Total funds

NSF China projects

SCI papers

Granted

Invention Patents

China Key projects

Goverment funds

Industry funds

基金项数

SCI 论文

纵向经费

重点项目

发明专利

横向经费

2016 年至 2020 年发表 SCI 论文和授权发明专利

SCI Papers and Granted Invention Patents from 2016 to 2020

6184

6441 6373

9302

8638

6196

3872 3875 4019 4125 4016

5177 4622

3137

2312 2321 2354

3304

单位：万

15 15 15

16

19 18

13

12

8 8 8

6

单位：项

96 93

65

56

71

111

126

159 155

184

23 33

单位：篇，个

SCIENTIFIC RESEARCH 科学研究

31

科学研究成果 Scientific Research Achievements

授奖时间

Award Time

项目名称

Project Name

奖项类别及等级

Award category and Level

2020 打印文件智能识别仪器系统

Intelligent identification instrument system for printing files

公安部科学技术二等奖

Second Prize of Science and

Technology of the Ministry of Public

Security

2020

基于多维感知的路桥可视化智能管养关键技术及应用

Key technologies and applications of visualized intelligent management

and maintenance of roads and bridges based on multi-dimensional

perception

测绘科学技术奖二等奖

Second Prize of Surveying and

Mapping Science and Technology Award

2019 天地波混合组网高频超视距雷达探测技术

Intelligent identification instrument system for printing files

湖北省技术发明奖二等奖

Second Prize of Hubei Province

Technology Invention Award

2019

行为感知驱动的物联网技术与应用

Internet of Things Technology and Application Driven by Behavior

Perception

湖北省科技进步奖二等奖

Second Prize of Hubei Science and

Technology Progress Award

2019 面向大比例尺测图的并行激光雷达技术及其应用

Parallel lidar technology and its application for large-scale surveying

测绘科技进步奖二等奖

Second Prize of Surveying and

Mapping Science and Technology Progress Award

2018

高效高精准图像匹配理论及其应用研究

High-efficiency and high-precision image matching theory and its

application research

湖北省自然科学奖一等奖

First Prize of Hubei Natural Science

Award

2018

遥感图像结构化表征与信息挖掘

Structured Representation and Information Mining of Remote Sensing

Images

湖北省自然科学奖二等奖

Second Prize of Hubei Natural

Science Award

2017

对地观测卫星激光测高基础数据精细化处理关键技术

Key technologies for refined processing of basic data of laser altimetry of

earth observation satellites

测绘科技进步奖一等奖

First Prize of Surveying and

Mapping Science and Technology

Progress Award

2017

精密三维测量技术（装备）及集成应用

Precision 3D measurement technology (equipment) and integrated

application

测绘科技进步奖一等奖

First Prize of Surveying and

Mapping Science and Technology

Progress Award

2017

“互联网 +”时空信息智慧感知技术与设备系统

"Internet +" spatio-temporal information intelligent perception

technology and equipment system

湖北省技术发明一等奖

First Prize of Hubei Province

Technology Invention

2016 新型多功能电离层探测系统

New multifunctional ionospheric detection system

湖北省科技进步奖三等奖

Third Prize of Hubei Science and

Technology Progress Award

2016

固体地表要素获取遥感载荷数据处理关键技术研究

Research on Key Technologies of Obtaining Remote Sensing Load Data

Processing for Solid Surface Elements

中国航天科技集团科学技术

进步二等奖

Second Prize of Science and

Technology Progress Award of China

Aerospace Science and Technology

Corporation

2015 武汉 MST 雷达

Wuhan MST Radar

湖北省科技进步二等奖

Second Prize of Hubei Science and

Technology Progress Award

2014

基于高效压缩编码的智能多媒体信息处理

及实时传输系统

Intelligent multimedia information processing and real-time transmission

system based on high-efficiency compression coding

湖北省科技进步奖三等奖

Third Prize of Hubei Science and

Technology Progress Award

2014

基于物联网的公路安全监测及预警系统

Highway safety monitoring and early warning system based on Internet

of Things

测绘科技进步奖二等奖

Second Prize of Surveying and

Mapping Science and Technology

Progress Award

2012 低轨卫星激光角反射器设计理论及测试方法

Design theory and test method of laser corner reflector for LEO satellite

教育部高等学校技术发明

一等奖

The first prize of technological

invention of the Ministry of

Education

2012 合成孔径雷达图像解译

Synthetic aperture radar image interpretation

湖北省自然科学三等奖

Third Prize of Hubei Province

Natural Science

2012 面向 WLAN 的新一代智能网络评测系统

A new generation of intelligent network evaluation system for WLAN

湖北省技术发明三等奖

Third Prize of Hubei Province

Technical Invention

2012

面向服务架构的新一代数字城市共享服务平台及

其示范应用

A new-generation digital city shared service platform based on serviceoriented architecture and its demonstration applications

测绘科技进步奖一等奖

First Prize of Surveying and

Mapping Science and Technology

Progress Award

2012

六氟化硫在电力系统应用过程中关键技术研究

Research on Key Technologies of Sulfur Hexafluoride in the Application

Process of Power System

广西壮族自治区科技进步

二等奖

Second Prize of Guangxi Zhuang

Autonomous Region Science and

Technology Progress Award

2012 数字泰州地理空间框架建设

Digital Taizhou Geospatial Framework Construction

江苏省测绘科技进步一等奖

First Prize of Jiangsu Surveying and

Mapping Science and Technology

Progress Award

32

科学研究 SCIENTIFIC RESEARCH

33

人才培养

EDUCATION

人才培养 EDUCATION

34

人才培养平台 Talent Cultivation Platform

我院教学与实验中心组建于 2001 年，是武汉大学综合实力最强的工科实验中心。2004 年获批为教育部国

家工科基础课程电工电子教学基地；2006 年获批为湖北省电子实验教学示范中心；2007 年获批为国家电工电

子实验教学示范中心；2010 年获批为湖北省首批高等学校大学生创新活动基地；2020 年获评湖北省普通本科

高校优秀基层教学组织。

该中心总面积 5000 ㎡，各类教学仪器设备共 4000 余台套，总价值 2600 余万元；设有 10 个教学实验室，

开设各类实践课程 62 门，其中独立学分实验课程 34 门；承担全校 26 个本科专业约 5000 名学生的实验教学、

课程设计、科技创新实践、工程训练和学科竞赛，年均人时约 35 万。

学院设立了 4 个试点班，有 12 个硕士学位授权点，8 个博士学位授权点，2

个博士后流动站：地球物理学、信息与通信工程。数十年来，为国家培养了逾万

名高级人才，造就了包括两院院士在内的一大批知名学者和专家；学生在历届全

国大学生电子设计竞赛、“挑战杯”全国大学生课外学术科技作品竞赛、中国“互

联网 +”大学生创新创业大赛、全国大学生数学建模竞赛和中国研究生电子设计

竞赛等诸多大赛中获国家奖近百项，名列全国高校前茅。

The Teaching and Experimental Center of School of Electronic Information was founded in 2001, being

the most comprehensive of all technology research centers in Wuhan University. In 2004, it was approved as the

Electrical and Electronic Teaching Base of National Engineering Basic Course of Ministry of Education. In 2006,

it was approved as the Electronic Experiment Teaching Demonstration Center of Hubei Province. In 2007, it

was approved as the National Electronic Experiment Teaching Demonstration Center. In 2010, it was approved

within the first batch of the Innovation Base for College Students of Hubei Province. In 2020, it was awarded as an

excellent grassroots teaching organization of general undergraduate universities in Hubei Province.

The center has a total area of 5,000 m2

, and over 4,000 sets of teaching instruments and equipments that

value over 26 million RMB. It hosts 10 teaching laboratories and 62 practical courses of various types, including

34 independent credit experimental courses. It undertakes the responsibilities of experiment teaching, school

curriculum design, technology innovation and practice, and engineering training of about 5,000 students from 26

undergraduate specialties. The average person-hour per year is about 350,000.

The school has set up four experimental classes, There are 12 master's degree

authorisation points, 8 doctoral degree authorisation points and 2 post-doctoral

stations: geophysics and information and communication engineering.Over the

past decades, the university has trained more than 10,000 outstanding talents for

the country and created a large number of famous scholars and experts, including

academicians from two academies. Students have won nearly 100 national

awards in many competitions, such as the National College Student Electronic

Design Competition, "Challenge Cup" National College Student Extracurricular

Academic Science and Technology Competition , China "Internet +" College

Student Innovation and Entrepreneurship Competition, National College Student

Mathematical Modeling Competition and China Postgraduate Electronic Design

Competition, ranking among the top universities in China.

EDUCATION 人才培养

35

教学与实验中心

Teaching and Experimental

Center

电子线路实验室

Electronic Circuit Lab

微机原理与应用实验室

Microcomputer Principle and Application Lab

EDA&DSP 实验室

EDA &DSP Lab

嵌入式 & 多核技术实验室

Embedded & Multi- core Technology Lab

通信工程实验室

Communication Engineering Lab

光电信息工程实验室

Optoelectronic Information Engineering Lab

检测与测控实验室

Measure and Control Lab

微波、射频与天线实验室

Microwave、RF and Antenna Lab

电子综合设计实验室

Comprehensive Electronic Design Lab

创新实验室

Innovative Labs

人才培养 EDUCATION

36

优秀人才培养计划 Talent Cultivation Programme

卓越工程师教育培养计划

试点班

The Experimental Class

for Prominent Engineer

Cultivation

本项目入选教育部“卓越工程师教育培养计划”，培养具有坚实理论基础、良好学习能力，

思维能力，工程实践能力、创新能力，能够引领未来工程技术发展的行业领军人才。

This programme has been selected as part of the Ministry of Education's "Excellent

Engineer Education and Training Programme" to train industry leaders with a solid

theoretical foundation, good learning ability, thinking ability, engineering practice ability

and innovation ability, who can lead the future development of engineering and technology.

空间科学技术拔尖班（质廷班）

The Experimental Class

for Outstanding Talents in

Space Science

依托学院优势学科和优质资源，致力于培养基础知识厚、专业能力强、综合素质高、具有

全球视野和持久竞争力的领军型科学人才，尤其是未来在空间信息科学与无线电（光学）

探测领域的学术领袖和技术中坚。

Relying on the school's advantageous disciplines and quality resources, this

programme is committed to cultivating leading scientific talents with strong basic

knowledge, professional competence, comprehensive quality, global vision and lasting

competitiveness, especially future academic leaders and technical leaders in the fields of

space information science and radio (optical) exploration.

逐光创新人才试点班

The Experimental Class

for Innovative Talents in

Optics

本项目入选湖北省“荆楚卓越工程师协同育人计划”，培养具有坚实理论基础，学科交

叉创新和实践动手能力，能够解决专业相关的复杂科学和工程问题，引领未来测控与机

器人技术、光电技术发展方向的复合型高级专门人才。

This programme was selected as part of the Hubei Province's "Jingchu Excellence Engineer

Co-education Programme", which aims to cultivate complex senior professionals with

a solid theoretical foundation, cross-disciplinary innovation and practical hands-on

ability, capable of solving complex scientific and engineering problems related to their

specialties, and leading the future development of measurement and control, robotics and

optoelectronic technology.

人工智能试点班

The Experimental Class for

Artificial Intelligence

本项目是武汉大学第一个致力于培养人工智能领域专门人才的专业特色班，培养具有健全

人格，具有良好人文底蕴和道德修养，可以系统掌握人工智能与智能系统基础理论知识，

具备人工智能理论与技术的研究能力、智能认知处理工具和智能系统的开发能力，具有现

代创新思维和素质的拔尖创新人才。

This programme is the first specialized class at Wuhan University dedicated to cultivating

specialized talents in the field of artificial intelligence. It aims to cultivate students

with a sound personality, good humanistic background and moral cultivation, who

can systematically master the basic theoretical knowledge of artificial intelligence and

intelligent systems. They will have the ability to research artificial intelligence theories

and technologies, develop intelligent cognitive processing tools and intelligent systems,

and possess modern innovative thinking and qualities.

逐

EDUCATION 人才培养

37

教学建设成果（近 10 年）Teaching Achievements

类别 Class 名称 Name 数量

Number 内容 Content

课程建设

Courses

Construction

国家级一流本科课程

National-level First-class

Undergraduate Course

5 门

数字信号处理、电磁场理论、传感器技术、

精密机械设计、宇宙新概念

Digital Signal Processing,

Electromagnetic Field Theory, Sensor

Technology, Precision Mechanical

Design, New Concepts of Universe

国家级精品课程

National Excellent Course 2 门

电磁场理论、精密机械设计

Electromagnetic Field Theory,

Precision Mechanical Design

国家级精品资源共享课

National Excellent Open Course 1 门 精密机械设计

Precision Mechanical Design

大学素质教育精品通选课

Quality-Oriented Education Common

Class for College Students

1 门 宇宙新概念

New Concepts of Universe

教育部－英特尔精品课程

The Ministry of Education – Intel

Excellent Course

1 门

多核架构及编程技术

Multi-core Architecture and

Programming

省级精品课程

Provincial Excellent Course 3 门

数字信号处理、信号与系统、电子系统

综合设计

Digital Signal Processing, Signal and

System, Comprehensive Electronic

System Design

教学成果奖

Teaching Award

省级教学成果一等奖

Provincial Teaching Achievement

First Prize

1 项

“卓越工程师计划”试点班：电子信息类

拔尖创新人才培养探索与实践

The Experimental Class for Prominent

Engineer Cultivation, Exploration and

Practice of Cultivating Top Innovative

Talents in Electronic Information

省级教学成果二等奖

Provincial Teaching Achievement

Second Prize

4 项 省略 Omitted

教材出版

Publishing of

Textbooks

高等教育“十五” 国家级规划教材

Higher Education “Tenth Five-Year

Plan” National Planning Textbook 2 项 高频电子线路等

High Frequency Circuit, etc.

高等教育“十一五”国家级规划教材

Higher Education “Eleventh Fiveyear Plan” National Planning

Textbook

7 部

电磁场理论基础、电子设计教程、精密

机械设计基础等

Electromagnetic Field Theory,

Electronic Design Tutorials,

Fundamentals of Precision Mechanical

Design, etc.

高等教育“十二五”国家级规划教材

Higher Education “Twelfth Five-year

Plan” National Planning Textbook

3 部

高频电子线路（第五版）、精密机械设计

基础（第 2 版） 、精密机械设计基础

（第 3 版）

High Frequency Circuit(5th),

Fundamentals of Precision Mechanical

Design(2nd),Fundamentals of Precision

Mechanical Design(3rd)

人才培养 EDUCATION

38

学生获主要竞赛奖及荣誉（近 10 年）Main Competition Awards and Honors of Students (Recent Decade)

项目名称 Project Name 级别 Level 等级 Rank 数量（项）

Number(Item) 备注 Remarks

全国大学生电子设计竞赛

National Undergraduate Electronic Design Contest

国家级

National Grade

一等奖

First Prize 27

二等奖

Second Prize 18

全国大学生电子设计竞赛 - 嵌入式系统专题竞赛

National Undergraduate Electronic Design Contest

(Embedded Systems Special)

国家级

National Grade

一等奖

First Prize 2 1 项 Intel 杯

二等奖

Second Prize 9

三等奖

Third Prize 8

全国大学生电子设计竞赛 -TI 杯模拟电子系统设计

专题邀请赛

National Undergraduate Electronic Design Contest-

“Ti Cup” Invitational Tournament of Special

Topics on Artificial Electronic System Design

国家级

National Grade

一等奖

First Prize 2 1 项 TI 杯 Ti Cup

二等奖

Second Prize 3

“挑战杯”全国大学生课外学术科技作品竞赛

National University of Challenge Cup, the

Extracurricular Scientific and Technological Works

of the Competition

国家级

National Grade

一等奖

First Prize 1

三等奖

Third Prize 2

中国“互联网 +”大学生创新创业大赛

China “Internet Plus” College Students'

Innovation and Entrepreneurship Competition

国家级

National Grade

创意组金奖

Gold Award in

Creative Group

1

创意组银奖 2

全国大学生数学建模竞赛

China Undergraduate Mathematical Contest in

Modeling

国家级

National Grade

一等奖

First Prize 12

二等奖

Second Prize 18

全国大学生光电设计竞赛

National Opto-Electronic Design Contest

国家级

National Grade

一等奖

First Prize 4

二等奖

Second Prize 4

“挑战杯”中国大学生创业计划大赛

Challenge Cup--China University Business Plan

Competition

国家级

National Grade

一等奖

First Prize 1 冠军 1 项

1 Champion

全国大学生 FPGA 创新设计邀请赛

National College Student FPGA Innovation Design

Invitational Competition

国家级

National Grade

特等奖

First Prize 1

一等奖

First Prize 7

其中 1 项同时获

XILINX 杯、

最佳工程奖

二等奖

Second Prize 16

国家大学生创新性实验计划项目

National College Students Innovation Experiment

Projects

国家级

National Grade

立项

Project

Approval

93 2006 年创立

Founded in 2006

全国研究生数学建模竞赛

National Graduate Student Math Modeling Contest

国家级

National Grade

一等奖

First Prize 3

二等奖

Second Prize 16

三等奖

Third Prize 11

全国研究生电子设计大赛

National Graduate Electronic Design Contest

(Personal)

国家级

National Grade

一等奖

First Prize 5

二等奖

Second Prize 5

三等奖

Third Prize 3

优秀毕业生进入世界一流大学深造

The Outstanding Graduates Went to the World –Class University for the Further Education

39

学子风采 Students

我院师生到中国“天眼”开展研

学实践

Our students and teachers went to

China's "Eye in the Sky" for study

and practice

我院足球队包揽 2021 年研究生赛、

新生赛、振兴杯创“三冠王”历史

Our football team has won the 2021

graduate competition, freshman

competition, and the revitalization

cup to create a "triple crown" history

2016 年全国嵌入式系统专题邀请赛

中摘得最高奖“英特尔杯”

Took the Top Prize "Intel Cup" in

2016 National Embedded System

Invitational Tournament

获中国“互联网 +”大学生创新创业

大赛全国总决赛创意组金奖

Won Gold Award in Creative Team in

National Finals of China “Internet

Plus” College Students' Innovation

and Entrepreneurship Competition

2019 年全国大学生电子设计竞赛获

国家级一等奖

National First Prize in the 2019

National College Student Electronic

Design Competition

学院致力于培养具有国际视野、批判性思维、创新精神和实践能力，引领未来科学技术和社会发展的高级人才，

坚持“厚基础、宽口径、高素质、强能力”的人才培养理念，形成了“注重基础、突出能力、追求创新、发展个性”

的教风和学风。

The school is committed to cultivating outstanding talents with international perspective, critical thinking,

innovative spirit and practical ability, who will lead the future development of science, technology and society, and

adheres to the philosophy of "Solid Foundation, Broad Specification, High Quality, and Advanced Capability" in

training talents. The teaching and learning style is "Emphasize Foundation, Highlight Ability, Pursue Innovation and

Develop Personality".

我院学生排球队实现火炬杯四年冠

Our student volleyball team achieves

four-year Torch Cup title

EDUCATION 人才培养

40

人才培养 EDUCATION

第一届杰出院友 （ 2011 年评选）

The First Session of Outstanding Alumni for 2011

李朋德

万卫星

余少华

张森仪

李仲初 熊子祥

林 旦

刘成林 杨惠根

游 钧

饶长辉

于 刚

79 级本科

计算技术

77 级本科

电波传播与天线

89 级博士

空间物理学

59 级本科

测量仪器制造

80 级本科

无线电波传播与天线

83 级本科

无线电电子学

77 级本科

光学测绘仪器

89 级博士

空间物理学

85 级本科

无线电电子学

84 级本科

电波传播与天线

89 级本科

电子仪器及测量技术

77 级本科

无线电电子学

杰出院友 Outstanding Alumni

余国珊 刘立波

94 级博士

空间物理学

75 级本科

光学测绘仪器制造

第二届杰出院友（2013 年评选）

The Second Session of Outstanding Alumni for 2013

何清举

黄晓明

徐之敬

79 级本科

电波传播与天线

88 级硕士

无线电物理

79 级本科

电波传播与天线

第三届杰出院友 （2015 年评选）

The Third Session of Outstanding Alumni for 2015

第四届杰出院友 （ 2018 年评选）

The Fourth Session of Outstanding Alumni for 2018

第五届杰出院友 (2021 年评选）

The Fifth Session of Outstanding Alumni for 2021

干德义

李永红 黄 山 王进宏

宁百齐 王 丁

84 级本科

无线电电子学

84 级本科

无线电电子学

89 级本科

电子仪器及测量技术

86 级本科

无线电技术

77 级本科

无线电电子学

77 级本科

无线电电子学

41

EDUCATION 人才培养

42

对外交流 EXTERNAL EXCHANGE

对外交流

EXTERNAL

EXCHANGE

43

电子信息学院有着广泛和悠久的对外交流历史和传统。

早在 1980 年 10 月，英国电离层研究前辈 A. R. Piggot 就造

访了原武汉大学的相关研究单位。长期以来，我院与国内外

著名高校和科研机构及企业保持着良好的交流和合作关系。

近年来，学院持续推进国际化示范学院建设，打造高质

量国际暑期学校品牌，学生国际交流比例快速增长，与北美、

欧洲和亚洲几十所知名高校建立了人才联合培养和学术合作

联系。目前，学院与新加坡南洋理工大学 、英国布里斯托大学、

法国巴黎高科电信学院、英国邓迪大学、德国斯图加特大学、

法国南特中央理工大学 6 所海外知名高校签订了联合办学协

议。学院重视开发高质量、成建制的国际交流项目，2018 年

学生出国人数 168 人次，达历史新高，访学高校层次也显著

提升。

2017 年起，学院开始塑造高质量的国际暑期学校品牌，

目前已引入全英文国际课程 18 门，10 余位国际专家在第三

学期为近 700 位学生讲授全英文课程。学院同时邀请 80 余

位外籍专家（包括多位院士、IEEE Fellow）来院访问，进

行报告讲座和学术交流，200 多位教师与研究生赴境外参加

AGU、AOGS、URSI、CVPR 等国际会议及访问交流。近

年来学院还承办国内外学术会议 20 余场，累积受益学生超

2000 人次，学院学生足不出户即能接受国际一流课程训练和

前沿学术熏陶。

Electronics Information School has an extensive

and long history and tradition of foreign exchange.

As early as October 1980, A. R. Piggot, a pioneer in

ionospheric research in the UK, visited the relevant

research units of the former Wuhan University.

For a long time, the School has maintained good

communication and cooperation with famous

universities, research institutions and enterprises at

home and abroad.

In recent years, the school has continued to

promote the construction of an international model

college, build a high-quality international summer

school brand, the proportion of international

exchange of students has increased rapidly, and has

established joint training and academic cooperation

links with dozens of well-known universities in North

America, Europe and Asia. At present, the College

has signed joint education agreements with Nanyang

Technological University in Singapore, Bristol

University in the UK, Ecole Centrale ParisTech in

France, University of Dundee in the UK, University

of Stuttgart in Germany and Ecole Centrale de

Technologie de Nantes in France. The school emphasis

on developing high-quality international exchange

programmes. In 2018, the number of students going

abroad reached a record high of 168, and the level of

visiting universities also rose significantly.

Since 2017, the school has started to shape the

brand of high-quality international summer schools,

and has now introduced 18 full English international

courses, with more than 10 international experts

teaching full English courses to nearly 700 students in

the third semester. The School has also invited more

than 80 foreign experts (including many academicians

and IEEE Fellows) to visit the School to give lectures

and academic exchanges, and more than 200 teachers

and postgraduates have gone abroad to attend

international conferences and visits such as AGU,

AOGS, URSI and CVPR. In recent years, the School

has also hosted more than 20 academic conferences at

home and abroad, benefiting more than 2,000 students.

法国留学生来院参加暑期国际课程

International students from France come to the College for

a summer international course

EXTERNAL EXCHANGE 对外交流

国际合作交流 International Exchange

对外交流 EXTERNAL EXCHANGE

44

爱尔兰都柏林城市大学校长代表团一行 8 人来访我院

An eight-member delegation of the Vice-president of Dublin

City University, Ireland, visited our school

法国南特中央理工大学校长代表团一行 4 人来访我院

A four-member delegation of the President of the Ecole

Centrale de Nantes, France, visited our school

与布里斯托大学举行云签约仪式，正

式开展工程领域的 3+1 本硕双学位项

目的合作

Cloud signing ceremony with the

University of Bristol to launch a

3+1 undergraduate double degree

programme in engineering

新西兰皇家科学院院士 Reinhard

Klette 来我院交流访问

Prof. Reinhard Klette, New Zealand

Royal Academician of Sciences came to

visit

加拿大皇家科学院院士 Danny

Summers 教授在我院讲学

Prof. Danny Summers, Canadian Royal

academician of Science gave a lecture in

our school

我院学生赴英国卡迪夫大学参与国际暑期交流项目

Our students went to Cardiff University to participate in an

international summer exchange programme

我院学生赴英国帝国理工学院参加国际暑期交流项目

Our students attended an international summer exchange

programme at Imperial College, UK

45

国内合作交流 Domestic Exchange

我院成功举办第十三届全国高校电子信息类学院

院长工作交流会

The 13th National College of Electronics and Information

Technology Dean's Work Exchange Conference was

successfully held in our school

中国科学院地学部“空间环境感知能力与需求”

咨询项目结题会

The conclusion meeting of the consultancy project

"Space Environment Perception Capability and Needs"

of the Geosciences Department of the Chinese

Academy of Sciences

校所共建电磁空间信息技术联合创新

实验室

Joint University-Industry Innovation

in Electromagnetic Space Information

Technology Laboratory

吴江经济开发区来院进行人才

合作交流

Representatives from Wujiang

Economic Development Zone visited

the school for talent cooperation and

exchange

院领导带队赴平阳县调研交流

School leaders went to Pingyang

County for research and

exchange

中原电子—武汉大学先进通信与

人工智能联合研究中心

Zhongyuan Electronics - Wuhan

University Joint Research Centre

for Advanced Communication and

Artificial Intelligence

中国气象局到学院考察

Representatives from the China

Meteorological Administration visited

the school

我院成功举办第一届湖北高校信息类

学院院长工作交流会

The First Work Exchange Meeting

for Deans of Information Colleges in

Hubei Universities was successfully

held in our college

EXTERNAL EXCHANGE 对外交流

学院与国内知名高校、科研院所、企业建立了长效合作交流机制，加强协同攻关，助力科技创新，取得了一

批具有重大理论意义与应用价值的科研成果。同时积极搭建政企校联合创新平台，开展多层次、多领域合作，推

进产学研用深度融合，取得了良好的社会效益。

The school has established a long-term cooperation and exchange mechanism with famous universities,

research institutes and enterprises in China, while strengthening collaborative research to help scientific and

technological innovation, and has achieved a number of scientific research results with great theoretical significance

and application value. At the same time, it has actively built a joint innovation platform between government,

enterprises and schools, carried out multi-level and multi-disciplinary cooperation, and promoted the deep

integration of industry, academia, research and application, which has achieved good social benefits.

学院历史 SCHOOL HISTORY

46

学院历史

SCHOOL

HISTORY

新武汉大学电子信息学院成立于 2001 年元月，其前身

可溯源至 1945 年建立的国立武汉大学游离层实验室。2000

年 8 月，新武汉大学成立。次年元月，由原武汉大学电子信

息学学院、原武汉大学分析测试中心测控技术与仪器专业、

原武汉测绘科技大学光电工程学院和原武汉水利电力大学计

算机系测控技术与仪器专业整合组建成为电子信息学院。

从上世纪五十年代开始，原武汉大学、原武汉测绘科技

大学、原武汉水利电力大学几经演变沿革。经查证，三校历

史上曾建设过的学科专业，现已汇集至我院学科专业范畴的

有下列 49 个：

（注：表中黑体字体表示现仍在开设的专业名称）(Note: boldface in the table indicates the name of the courses still being offered)

The present School of Electronic Information,

Wuhan University, was set up in January 2001,

whose predecessor can be traced to the Ionosphere

Laboratory established in 1945 of National Wuhan

University. The new Wuhan University was set up

in August 2000. In January of the year ensuing, the

new School of Electronic Information was integrated,

which was made up of the former School of Electronic

Information (former Wuhan University), the Control

Technology and Instruments major of Analysis and

Testing Center (former Wuhan University), the school

of Opto-electronic Engineering (former Wuhan

Technical University of Surveying and Mapping)

and the Control Technology and Instruments major

of Computer Science Department (former Wuhan

University of Hydraulic and Electrical Engineering).

Since the 1950s, the former Wuhan University,

the former Wuhan Technical University of Surveying

and Mapping and the former Wuhan University of

Hydraulic and Electronic Engineering have undergone

several evolutions. It has been verified that the

following 49 disciplines have been identified as having

been developed in the history of the three universities

and have now been brought together under the scope

of our disciplines.

SCHOOL HISTORY 学院历史

47

测控技术与仪器

Measurement-Control Technology

and Instrument

测量仪器制造

Measuring Instrument

Manufacturing

测试计量技术及仪器

Measurement Technology and

Instrument

电波传播

Radio Waves Propagation

电波传播与天线

Radio Wave Propagation and

Antennas

电磁场与微波技术

Electromagnetic Field and Microwave

Technology

电离层与电波传播

Ionosphere and Radio Wave

Propagation

电力电子技术

Power Electronics

电路与系统

Circuits and Systems

电子测绘仪器

Electronic Mapping Instrument

电子工程

Electronic Engineering

电子信息工程

Electronic Information Engineering

电子信息科学与技术

Electronic Information Science and

Technology

电子学与信息系统

Electronics and Information

Systems

电子仪器及测量技术

Electronic Instrument and

Measurement Technology

分析测试技术

Analytical Test Technique

光信息科学与技术

Optical Information Science and

Technology

光学测绘仪器

Optical Mapping Instruments

光学工程

Optical Engineering

光学技术与光电仪器

Optical Technology and Photoelectric

Instruments

光学仪器

Optical Instruments

光学仪器（检校）

Optical Instruments (Calibration)

机械设备及自动化

Mechanical Equipment and

Automation

机械设计及制造

Mechanical Design and

Manufacturing

机械设计制造及自动化

Mechanical Design Manufacturing

and Automation Major

机械制造工艺及设备

Mechanical Manufacturing

Process and Equipment

计算机电子工程

Computer Electronic Engineering

计算技术

Computing Technology

检测技术及仪器

Detection Technology and

Instruments

检测技术及仪器仪表

Detection Technology and

Instrumentation

检测技术与自动化装置

Detection Technology and

Automation Device

精密仪器

Precision Instruments

精密仪器及机械

Precision Instruments and Machinery

空间探测与信息处理技术

Space Detection and Information

Processing Technology

空间物理学

Space Physics

模具设计与制造

Mold Design and Manufacture

通信工程

Communication Engineering

通信与信息系统

Communication and Information

Systems

无线电 Radio 无线电电波传播

Airwave Propagation

无线电电波传播与天线

Airwave Propagation and

Antennas

无线电电子学

Radio-Electronics

无线电电子仪器

Radio-Electronic Instrument

无线电技术

Radio Technology

无线电物理

Radio Physics

物理电子学

Physical Electronics

物理电子学与光电子学

Physical Electronics and

Optoelectronics

信号与信息处理

Signal and Information Processing

应用电子技术

Applied Electronic Technology

学院历史 SCHOOL HISTORY

48

1945 年，时任国立武汉大学理学院院长的桂质廷先生

创建了我国第一个电离层与电波传播实验室——武汉大学游

离层实验室。这一时期，与桂质延先生一起在游离层实验室

工作的还有理学院的梁百先、龙咸灵、王燊 、周玮、舒声、

莫纪华和工学院电机系的许宗岳、叶允竞、杨恩泽、周克定、

陈锦江、张肃文等先生。经历了物理系、空间物理系、电波

传播与空间物理研究所、无线电信息工程系、空间物理与电

子信息学系、电子信息学学院、物理与电子信息学学院，以

及包括分析测试中心在内的单位建制变迁。

游离层实验室所用发电机

The generators in

Ionosphere Laboratory

游离层实验室所用天线

The antenna in Ionosphere

Laboratory

游离层实验室主设备：

测高仪

The main equipment of

Ionosphere Laboratory :

Altimeter

桂质廷

Gui Zhi-ting

In 1945, Gui Zhi-ting, the dean of Science

College of National Wuhan University at that time,

created domestic first ionosphere and radio wave

propagation laboratory –the Ionosphere Laboratory

of Wuhan University. At that time, Liang Bai-xian,

Long Xian-ling, Wang Sen, Zhou Wei, Shu Sheng,

Mo Ji-hua from Science College and Xu Zong-yue,

Ye Yun-jing, Yang En-ze, Zhou Ke-ding, Chen Jinjiang, Zhang Su-wen from Electrical Department

of Engineering College, were working together

with Gui Zhi-ting in the Ionosphere Laboratory.

It has undergone changes in the establishment

of Department of Optical Mapping Instruments,

Department of Electronic Mapping Instruments,

Department of Optical Instruments, Department

of Computer and Radio Engineering, Department

of Electronic Engineering, School of Electronic

Engineering and Precision Machinery, School of

Optoelectronic Engineering, etc., it continues to

develop and grow in its exploration and progress.

龙咸灵

Long Xian-ling

王 燊

Wang sen

梁百先

Liang Bai-xian

20 世纪 50 年代后期，原武汉测量制图学院（后改名为

武汉测绘科技大学）测量仪器制造系先后设立了测量仪器制

造、无线电技术、计算机技术等专业。朱光世、纪增觉、龚瑾、

沈国键等先生筚路蓝缕，开启先路，为专业发展奠定了坚实

的基础。经历了光学测绘仪器系、电子测绘仪器系、光学仪

器系、计算机与无线电工程系、电子工程系、电子工程与精

密机械学院、光电工程学院等单位建制的变迁，在探索进取

中不断发展壮大。

In late 1950s, the Department of Measuring

Instruments Manufacturing, former Wuhan Institute

of Surveying and Cartographing (which was renamed

as Wuhan Technical University of Surveying and

Mapping later), established several primary specialties

such as Manufacture of Measuring Instruments, Radio

Technology, Computer Technology in succession.

The scholars such as Zhu Guang-shi, Ji Zeng-jue,

Gong Jin, Shen Guo-jian had gone through arduous

years with pioneering spirits. Their endeavor laid a

solid fundamental of specialty development.