Communication University of China, majoring in non-engineering and science, does not require independent enrollment and art examination?

The Science and Technology Department of Communication University of China consists of Information Engineering College, Science College, Computer College, Engineering Research Center of Radio and Television Digital Ministry of Education and Key Laboratory of Media Audio and Video Ministry of Education. It consists of communication engineering department, radio and television engineering department, electronic information engineering department, automation department, digital media technology department, network engineering department, applied mathematics department, statistics department, photoelectric department, computer department, software engineering department, information security department, engineering foundation department and experiment center.

The history of the Science and Technology Department can be traced back to1March 3, 954, when the "Training Course for technicians of the Central Broadcasting Bureau" was set up, which was the origin of radio and television engineering education. Since 1954, science and engineering education in our school has gone through 60 years.

The Ministry of Science and Technology has a team of teachers with high academic level, rich teaching experience and reasonable age structure and academic structure. At present, there are 257 faculty members, including full-time teachers 174, including teachers with senior titles 100, accounting for 57% of the total number of full-time teachers; There are 98 teachers with doctoral degrees, accounting for 56% of the total number of full-time teachers. Introduce academician 1 person, train 5 innovative talents of the Ministry of Education in the new century and 3 famous teachers in Beijing.

The disciplines of the Ministry of Science and Technology cover five first-level disciplines: information and communication engineering, electronic science and technology, computer science and technology, software engineering and mathematics. 65,438+02 two disciplines, including communication and information system, signal and information processing, information computing technology, new media, electromagnetic field and microwave technology, circuits and systems, physical electronics, computer application technology, software engineering technology, applied mathematics and computational mathematics. The Ministry of Science and Technology has a complete school-running level and fruitful achievements in discipline construction. There are postdoctoral mobile stations 1 each, first-class discipline doctor authorization points 1 each, first-class discipline master authorization points 5 (including two disciplines master's degree authorization points 10), and master of engineering authorization points 3.

The Department of Science and Technology now enrolls 12 undergraduate two first-level disciplines, namely science and engineering, including communication engineering, radio and television engineering, electronic information engineering, automation, digital media technology, network engineering, applied statistics, information and computing science, photoelectric information science and engineering, computer science and technology, information security and software engineering, covering electronic information, automation, mathematics, statistics and computers.

At present, the Ministry of Science and Technology has more than 2,700 students (2 100 undergraduates and 600 postgraduates).

The Ministry of Science and Technology has strong scientific research strength and fruitful achievements. In recent years, it has undertaken a number of national, provincial and ministerial key scientific research projects. In recent three years, he has published more than 1,000 papers 1 in academic journals at home and abroad, including more than 60 SCI papers, more than 400 EI papers, 6 papers, and 2/kloc-0 textbooks. Won provincial and ministerial scientific research awards 15 and school-level scientific research awards 17. Our research achievements in the fields of multimedia broadcasting, digital FM synchronous broadcasting, broadband interactive TV, high-performance computing, dynamic sound system and high-power passive devices have reached the international advanced level, and are in a leading position in China, forming a certain academic influence and having considerable popularization and application value.

The Ministry of Science and Technology has good scientific research conditions and experimental facilities. At present, the Ministry of Science and Technology has 1 1 research institute and more than 30 laboratories.

The Ministry of Science and Technology has rich social resources for running schools. All walks of life have given full attention and huge financial support to the operation of this department. Beijing Zhongke Dayang Technology Development Co., Ltd., Sony China Co., Ltd., International Essence Co., Ltd., China Radio and Television Design Institute, Jebsen Technology, Feika Technology, BIRTV, Beijing Zhongtian Radio and Television Communication Technology Co., Ltd., and some outstanding alumni have established laboratories or scholarships in their departments. There are more than 70 off-campus practice bases, which greatly promote the improvement of school conditions and the promotion of excellent academic atmosphere.

The Ministry of Science and Technology will stand on a new starting point of keeping pace with the times, pioneering and innovating, carry forward the spirit of "being rigorous and realistic, pursuing Excellence", rely on interdisciplinary integration, take discipline construction as the leader, and take media information technology as the feature, so as to form a multi-disciplinary coordinated development pattern in which dominant disciplines and characteristic disciplines are unified and traditional disciplines and emerging disciplines are promoted. The department will further integrate and strengthen the construction of teaching staff, increase the training of innovative talents, improve the level of scientific research and technology application, and strive to build itself into a world-renowned and leading media technology department in China, so as to better serve the media technology field and social and economic development.

In 20 16, the Ministry of Science and Technology will have 13 undergraduate majors (directions) for public enrollment. Among them, the School of Information Engineering has seven majors (directions), namely communication engineering, communication engineering (wireless multimedia broadcasting technology direction), radio and television engineering, electronic information engineering, automation (performing arts engineering and stage technology direction), digital media technology and network engineering; There are three majors in the School of Science, namely information and computing science, photoelectric information science and engineering; The School of Computer Science has three majors (directions), namely computer science and technology (big data technology and application direction) and information security and software engineering (mobile Internet direction).

Communication engineering undergraduate major

Communication engineering specialty faces the needs of communication engineering and radio and television technology, and trains senior professionals with the foundation of information transmission technology. This major has a history of more than 50 years, and it is a characteristic major of Communication University of China. Many outstanding graduates of this major have made outstanding contributions in the professional and technical fields at home and abroad and won favorable comments in the industry.

This major trains senior technical talents with solid discipline foundation and professional basic knowledge, professional knowledge and skills in related fields, innovative ability and practical ability, and can engage in scientific research, system design, development and application in communication engineering and radio and television technology. Graduates of this major have basic professional knowledge such as radio frequency wireless communication technology, optical fiber communication technology and communication network technology. Professional knowledge and skills in related fields include computer network technology and radio and television engineering technology.

There are three major directions in this major: satellite broadcasting and microwave technology, wireless communication technology and optical fiber communication technology.

main course

Signal and system, digital signal processing, communication electronic circuit, communication principle, electromagnetic field and electromagnetic wave, information theory and coding, cable TV technology, optical fiber communication, microwave technology, satellite TV technology, antenna and radio wave propagation, modern switching technology, mobile TV technology, computer network technology, digital TV, etc.

Radio and television engineering undergraduate major+independent enrollment

Radio and Television Engineering is a brand specialty of China Communication University, which is based on digital video and audio technology and features digital TV broadcasting technology, digital TV studio technology, network production and broadcasting technology and digital video processing technology. It is also a characteristic specialty of the national and Beijing key construction.

This major is oriented to the fields of radio and television, modern media and multimedia communication, and trains senior technical personnel with solid discipline foundation and professional basic knowledge, professional knowledge and skills such as digital television technology, digital video and audio processing technology and digital television program production technology, and strong practical ability, who can engage in scientific research, system design and integration, product development and application, program production and other related fields in the fields of radio and television and modern media.

This major consists of three major directions: digital TV engineering direction, digital video and audio processing direction and digital program production technology direction.

main course

Digital signal processing, communication principle, information theory and coding principle, computer network foundation, TV principle, digital video processing, digital TV technology, data compression principle and application, digital TV studio technology, network production and broadcasting technology, video measurement technology, multimedia database, digital video processing system design, audio engineering, etc.

Electronic information engineering undergraduate major

Electronic information engineering is the dominant and main specialty in the field of information science and technology. It is a subject that uses modern technologies such as computers to control and process electronic information. It mainly studies the acquisition and processing of information, the design, development, application and integration of electronic equipment and information systems. This major is an old-fashioned major in China Communication University, which occupies an important position in the field of communication and information technology. After more than 50 years of development, it has formed a unique feature and connotation that is closely related to the radio and television industry and serves the comprehensive informationization of the media. Many technologies are at the advanced level of the same profession in China.

This major is oriented to information processing technology, digital broadcasting and television transmission technology and other fields. Cultivate senior technical personnel who have basic knowledge of electronic technology and information processing technology, professional knowledge and skills in related fields of radio and television technology, have certain innovation ability and strong practical ability, and can engage in the design, development, application and integration of electronic information and related fields in radio and television industry and other industries. This major especially advocates the principle of paying equal attention to teaching and scientific research, and paying equal attention to foundation and application, and attaches importance to the cultivation of students' practical ability and scientific research ability The trained students have won national, provincial and municipal science and technology competitions for many times.

This major has two major directions: information processing and intelligent terminal design.

main course

Analog electronic circuit, signal and system, communication electronic circuit, digital signal processing, information theory and coding principle, communication principle, television principle, electronic design automation, single chip microcomputer principle, embedded computer system, DSP and its application, computer interface and communication program design, digital image processing, radio and television transmission technology, digital television technology, terrestrial digital broadcasting technology, RF and microwave circuits, etc.

Automation (performing arts engineering and stage technology direction) undergraduate major.

Automation is the basic and core subject of control technology, information technology and system engineering technology. The automation specialty of our school has always been based on the fields of radio and television industry, culture, science and technology, closely combined with control theory, control technology and engineering practice, with radio and television automatic monitoring technology and stage equipment automatic control technology as the core, forming unique advantages and characteristics in the same specialty in China.

This major has a solid foundation in mathematics and physics, a high level of foreign language, extensive professional knowledge and skills in control theory, automatic detection technology, information processing technology, computer control technology and network control technology, certain innovation ability and strong practical ability, and can engage in systematic analysis, design and project management in automatic control technology, intelligent control technology, electronics and computer technology, detection and automation instruments, information processing, management and decision-making.

main course

Signal and system, automatic control theory, microcomputer principle, modern control theory, sensor and detection technology, computer control system, network control technology, power electronics technology, motor principle and drag basis, intelligent control technology, modern television technology, radio and television automatic monitoring technology, stage mechanical control technology, stage lighting technology, stage lighting design, stage sound technology, etc.

Digital media technology undergraduate major

The rapid growth of digital media industry generated by the integration of digital technology, network technology and cultural industry has not only become a new economic growth point that countries attach great importance to, but also is influencing and changing people's lifestyles and concepts as an important direction of modern information service industry. Digital media technology specialty is based on image and video processing, network information processing and service, with computer technology as the media processing and service means, combined with the media characteristics of our school, focusing on the ability and quality training of intelligent media technology and interactive media technology.

This major trains senior technical personnel with a solid foundation in mathematics and physics and a high level of foreign languages, with professional knowledge and skills in electronic information, computer science, audio-visual processing, media networks and systems, new media and information processing, and media security. Strong practical ability and innovative consciousness, able to engage in multimedia technology development, research, design and application in the fields of intelligent media technology and interactive media technology.

This major has two major directions: intelligent media technology and interactive media technology.

main course

Modern TV technology, computer network protocol foundation, digital signal processing, digital image processing, media content security technology, media network and interactive TV technology, multimedia principle and application, information theory and coding principle, multimedia system design, object-oriented programming, interactive business system design, intelligent video analysis technology, embedded computer system, digital voice technology, intelligent information processing, human-computer interaction technology, media assets and business management technology, pattern recognition, etc.

Network engineering undergraduate major

Network engineering specialty is set up according to the demand of radio and television system for network construction and management and the development of Internet of Things technology, combined with the development of modern network technology. This major pays attention to the teaching of network basic theory and network application technology, and emphasizes the cultivation of students' innovative ability. It is a characteristic major of China Communication University.

This major is oriented to radio and television networks, Internet of Things engineering technology and other fields. To cultivate senior technical talents who have all-round development in morality, intelligence, physique and aesthetics, have a solid mathematical foundation and a high level of foreign languages, master the basic knowledge of information network theory and professional knowledge and skills in the field of network engineering, have strong practical ability and innovative consciousness, and can engage in scientific research, system design, development and application in radio and television networks, communication networks, computer networks, Internet of Things projects and other fields.

This major has two major directions: radio and television network technology direction and Internet of Things technology direction.

main course

Communication principle, TV principle, digital signal processing, communication network theory, computer network technology, broadband network technology, cable TV technology, single chip microcomputer principle, optical fiber communication, network engineering planning and design, network TV technology, Internet of Things technology and application, RFID technology principle and application, video monitoring network, embedded technology and application, etc.

Communication engineering (technical direction of wireless multimedia broadcasting) undergraduate major.

With the development of radio frequency technology, multimedia technology and computer technology, wireless multimedia broadcasting service has become an important media transmission mode. Wireless multimedia broadcasting technology is a direction of communication engineering in China Communication University, which originated from the direction of radio and television transmission and is a characteristic professional direction of China Communication University.

This direction is mainly oriented to the fields of communication technology and radio and television technology, aiming at cultivating high-level technical talents who have not only the theoretical basis of communication engineering, but also the knowledge of multimedia broadcasting technology, innovative ability and practical ability, and can engage in scientific research, system design, development and application in related technical fields. This direction pays attention to the teaching of mathematics foundation and computer network technology, which provides a good theoretical basis for students' further study and development. At the same time, this direction has also opened more practical links, so that students can quickly adapt to the technical work related to wireless multimedia broadcasting.

main course

Signal and system, digital signal processing, communication electronic circuit, communication principle, electromagnetic field and electromagnetic wave, information theory and coding, optical fiber communication, microwave technology, antenna and radio wave propagation, computer network technology, digital TV broadcasting, etc.

Optoelectronic information science and engineering undergraduate major

The major of Optoelectronic Information Science and Engineering (formerly the major of Optoelectronic Information Science and Technology) trains high-level talents who have a solid mathematical foundation, professional knowledge and skills in electronic information, information optics, optoelectronics and computers, and are engaged in scientific research, system design, production technology and management in the fields of optical information processing, photoelectric detection, photoelectric sensing technology and related electronic information science and technology. After four years of study and professional training, undergraduates can have a solid foundation in mathematics and physics, computer and good foreign language skills; Master the basic theory and experimental skills in the fields of electronic information, information optics and optoelectronics; Initially have the ability to design, develop and test electronic technology, optics and optical information technology.

main course

Electronic circuit, signal and system, digital signal processing, quantum mechanics, solid state physics, optical principle, laser principle, optoelectronics, communication principle, optical communication technology, information detection technology, optical information processing technology, etc.

Practical links include curriculum design, professional practice, graduation design, etc.

Graduation prospect

The average annual employment rate of Optoelectronic Information Science and Engineering (formerly Optoelectronic Information Science and Technology) is 98% (including employment, going abroad, postgraduate entrance examination, etc.). ). Among them, the average admission rate for postgraduate entrance examination is 25%, and candidates are admitted to Tianjin University, Nankai University, Beijing University of Posts and Telecommunications, China Communication University, Beijing Institute of Technology, Nanjing University of Aeronautics and Astronautics, China Academy of Sciences, Europe and America. The admission majors are physical electronics, optics, optical engineering, electronic science and technology, geophysics, computer, electronic information engineering, communication engineering, etc. Take the class of 20 1 1 as an example. Among the 27 graduates, 1 1 was admitted to universities and research institutes at home and abroad, with an admission rate of 40.7%, ranking first in the whole school.

Employment places include communications, radio and television, aerospace, information industry, universities, scientific research institutions, military units and other national economic departments engaged in system design, scientific and technological development and application, operation management, teaching and other work; Or go to aviation, aerospace, post and telecommunications, communications, weapons, medical and other enterprises that research and manufacture photoelectric information equipment, and engage in related product design and manufacturing, technology development and application, operation management and sales.

General undergraduate major in information and computing science

This major cultivates students' good mathematical literacy and mathematical thinking ability, so that they can adapt to the needs of the information society, initially master the basic theories, methods and skills of information science and computing science, and skillfully use what they have learned to solve practical problems such as image graphics processing and animation production technology closely related to the field of cultural media; To enable students to have the ability to engage in information processing and data management, theoretical research and software development and application in science and technology, education, government, cultural media, information industry and other industries and departments.

main course

Mathematical analysis, advanced algebra, optimization theory and method, numerical analysis and calculation method, applied functional analysis, probability and mathematical statistics, mathematical methods in image processing, digital image processing, computer graphics, computer animation.

Practice links include data processing practice, professional practice, graduation practice and graduation design.

Graduates' employment destination

Information industry, education and scientific research institutions are engaged in information processing;

Institutions of higher learning and scientific research institutions engage in theoretical research and teaching;

The media industry is engaged in data management and image graphics processing;

Banking, securities, insurance and other financial industries are engaged in software development and maintenance;

Government departments, enterprises and institutions are engaged in data management, calculation and maintenance;

Game design, animation production and other companies engaged in image graphics processing;

Well-known universities at home and abroad continue their studies.

Computer science and technology (big data technology and application direction) general undergraduate major

On the basis of having certain knowledge of mathematics, computer, communication, radio and television, digital media, etc. Students in this major can fully grasp the basic theory and technology of big data, and can engage in big data analysis, big data application development, big data system research and development, data visualization and so on.

The teaching and research team of this major has a high level of teachers and has accumulated many years of research in the direction of big data. The cloud computing/cloud storage joint laboratory established in cooperation with Chinese Academy of Sciences has laid a good experimental environment for the research and development of big data technology. Tsinghua University, Chinese Academy of Sciences and well-known domestic enterprises jointly established the Beijing Key Laboratory of Data Processing and Application. We have established close cooperation with domestic first-class big data companies, * * * researched and developed big data-related projects, and provided students with a big data training and internship environment. And established a close cooperative relationship with Argonne Lab, the largest big data research center in the United States, which provided a solid foundation for the practical development of big data.

In addition, after completing the major courses in the first and second years, students can apply for the "2+2 course" project jointly trained by the college and the Computer College of the University of Manchester, England, and study in the Computer College of the University of Manchester for two years. When they graduate, they will get a bachelor's degree certificate from Manchester University and a bachelor's degree certificate and graduation certificate from our university. Sophomore students can choose about 20%. For outstanding graduates of this major, the college can send them to the University of Oslo in Norway for a master's degree with a full scholarship.

main course

Introduction to big data technology, computer programming, data structure, data analysis, discrete mathematics, database principle and application, artificial intelligence, computer network, machine learning, software engineering, operating system, digital media technology, introduction to radio and television technology, search engine technology and application, social network analysis, advanced database system, business intelligence, parallel and distributed computing, cloud computing technology, computational advertising, media information security and other courses. And a series of experiments in the direction of big data, and completed many practical links such as program design, data analysis, data visualization, comprehensive application practice of big data, professional practice and graduation design.

Employment direction

After graduation, students can be employed by large Internet companies such as BAT, major central and local radio/TV stations, major banks, telecommunications, electric power, transportation and other enterprises and institutions, government, information industry and other national economic fields, engaged in big data analysis, big data application development, big data system research and development, big data mass storage, data visualization and other related work.

Information security undergraduate major

Based on the principle of cultivating talents with wide caliber, thick foundation, high quality and strong ability, and combining with the latest development trend of information security industry and the characteristics and needs of radio, television and media industries, information security majors train students to master the basic theories and technologies in the field of information security on the basis of having certain knowledge of mathematics, computer, communication, radio, television and digital media. , and use the knowledge and skills learned to analyze and solve practical problems, with high comprehensive professional quality and strong innovation ability.

After completing the first and second years of the main courses of this major, students can apply to participate in the "2+2 course" project jointly trained by the college and the Computer College of the University of Manchester, England, and study in the Computer College of the University of Manchester for two years. When you graduate, you will get a bachelor's degree certificate from Manchester University and a bachelor's degree certificate and graduation certificate from our school. About 20% of the sophomore students will be selected. For outstanding graduates of this major, the college can send them to the University of Oslo in Norway for a master's degree with a full scholarship.

Graduates will mainly serve the information industry, radio and television, new media and other national economic construction and management departments, and engage in the design, development and management of various information security systems and computer security systems.

main course

The main courses of this major are: C language, data structure, computer network, operating system, introduction to information security, mathematical basis of information security, cryptography, digital content security, reverse engineering, software project security development life cycle, network communication and privacy protection, mobile Internet security, software and system security, digital media security application and practice, information system disaster recovery technology, etc.

Software Engineering (Mobile Internet Direction) Undergraduate Major

This major aims to cultivate political qualifications and develop morally, intellectually, physically and aesthetically. On the basis of having certain knowledge of mathematics, computer, radio and television, digital media, etc. , has the ability to develop and maintain the application software of mobile Internet system, has the ability of mobile internet device application research and development, and has the ability of data analysis, design, development and integration of mobile terminals in new media and other industries to meet the demand for high-quality applications in the future development of mobile Internet technology. Senior technical personnel who can engage in mobile internet development, mobile internet system application, mobile media and other related fields in scientific research departments, radio and television, information industry and other national economic departments, and have high comprehensive professional quality, strong innovation and practical ability, good social morality and sense of responsibility.

The teaching and research team of this major has a high level of teachers and has accumulated many years of research in the direction of mobile Internet. The cloud computing/cloud storage joint laboratory established in cooperation with Chinese Academy of Sciences has laid a good experimental environment for the research and development of mobile Internet technology.

In addition, after completing the major courses in the first and second years, students can apply for the "2+2 course" project jointly trained by the college and the Computer College of the University of Manchester, England, and study in the Computer College of the University of Manchester for two years. When they graduate, they will get a bachelor's degree certificate from Manchester University and a bachelor's degree certificate and graduation certificate from our university. Sophomore students can choose about 20%. For outstanding graduates of this major, the college can send them to the University of Oslo in Norway for a master's degree with a full scholarship.

After graduation, students can be employed in large Internet companies, major central and local radio/TV stations, major banks, telecommunications, electric power, transportation and other enterprises and institutions, government, information industry and other national economic sectors, engaged in the construction of WAP platform for mobile Internet, the development of mobile application software, game software, mobile Web application and the research and development of mobile search engine system.

main course

The main courses include computer introduction, internet thinking, computer programming, data structure, software engineering, software project management and CMM, logic and computer design foundation, discrete mathematics, database principle and application, computer composition, compilation principle, operating system, computer network, Linux system and network management, Java language programming, Web front-end technology, mobile platform program development, mobile media technology, Engine-based game development and Web server technology courses, as well as Objective-C development practice, UI design practice, Android development practice, IOS development practice, mobile operating system practice, mobile platform comprehensive development practice and graduation design.