Basic educational system: four years | Enrollment target: | Education: technical secondary school | Professional code: 0807 14T.

Training objectives

Training objectives

Professional code: 0807 14T

Degree awarded: Bachelor of Engineering

Educational system: four years

Offering courses:

Main subjects: electronic science and technology, computer science and technology. Main courses: circuit analysis principle, electronic circuit, digital circuit, algorithm and data structure, computer foundation, etc.

Similar majors:

Electronic science and technology, optical information science and technology, information security, photoelectric technology, telecommunications engineering and management, electronic commerce and legal information and computing science.

Main practical teaching links

Including production practice and graduation thesis, the overall arrangement is 10-20 weeks.

Training objectives

This major aims to cultivate senior theoretical and technical talents who can adapt to the rapid development of electronic information science, have good knowledge structure and adaptability, and can engage in design and manufacturing, scientific research and development, applied research and technical management in related fields such as electronic technology, electronic information science and electronic information industry.

Professional training requirements

Students in this major mainly study the basic theories and knowledge in the field of electronic information science and technology and related majors, have a solid mathematical foundation, are trained in scientific thinking, scientific experiments and preliminary scientific research, and systematically master the basic theories and skills of electronic information science and technology.

Professional knowledge and ability of graduates

1. Master the basic theories and knowledge of mathematics and physics; 2. Master the basic theories, knowledge, skills and methods of electronic information science and technology and computer science and technology; 3. Understand the general principles and knowledge of similar majors; 4. Familiar with national electronic information industry policies and domestic and foreign intellectual property laws and regulations; 5. Understand the theoretical frontier, application prospect and latest development trends of electronic information science and technology, as well as the development of electronic information industry; 6. Master the basic methods of information inquiry, document retrieval and obtaining relevant information by using modern information technology; 7. Have the ability to design, summarize, sort out and analyze experimental results, write papers and participate in academic exchanges.

Professional ability requirements

Professional ability requirements

The main contents of professional teaching

The main contents of professional teaching

Analog circuit foundation, electromagnetic field and electromagnetic wave technology, sensor technology and application, single chip microcomputer system principle, digital circuit logic design, wireless sensor network, SQLSERVER database application technology, semiconductor physics, circuit analysis principle, DSP technology and application, optical fiber sensing technology, and high-frequency electronic circuit are selected by some universities.

Major (skill) direction

Major (skill) direction

Electronic enterprise: product design, manufacturing, product assembly, equipment debugging, product testing, equipment operation, equipment maintenance, production management and maintenance management; Communication enterprises: system development, technical support, communication technology, information processing.

Example of vocational qualification certificate

Example of vocational qualification certificate

Examples of continuing learning majors

Employment direction

Employment direction

Corresponding occupation (post)

Corresponding occupation (post)

Other information:

Communication and information system, electronics and communication engineering, signal and information processing, circuits and systems.

Electronic information science and technology is not only the bridge between information and communication engineering and electronic science and technology, but also the foundation of research and development in the fields of electric power, electronics, information processing and computer, and its application is very extensive.

Students in this major have the adaptability of engineering technology in a wide range of fields, a wide range of employment, a high employment rate, strong practical ability of graduates and quick work, and can engage in the production, management, technical management and development of electronic products in electronic information-related enterprises. Mainly for electronic products and equipment manufacturers and business units, engaged in various electronic products and equipment assembly, debugging, testing, application and maintenance of technical work, but also for some enterprises and institutions, for some electromechanical equipment, communication equipment and computer control equipment safe operation and maintenance management.

Electronic information science and technology is a science specialty that permeates and blends with science and engineering. This major can be awarded a bachelor's degree in engineering or science, with a wide range of study and many experiments, and can cultivate hands-on ability, with the aim of cultivating talents who can adapt to various jobs in electrical engineering and its automation field. Wide employment and good prospects, you can go to chip and integrated circuit design companies, internet companies, communication companies and so on.

From the professional name, it involves three key words: electronics, information and technology, and it is an interdisciplinary subject involving electronic science, communication and computer.

From the perspective of professional design, electronic information science and technology is a wide-ranging specialty, including electronic science and technology and information science and technology. The learning content is very extensive, involving not only physical knowledge, but also mathematical knowledge, even electronic technology, information technology, computers and other knowledge sectors.

From the perspective of professional research, electronic information science and technology is one of the most important driving forces to promote scientific and technological progress in modern society. How to apply the basic theories of physics, mathematics, electromagnetic fields, circuits and systems, and combine the cutting-edge electronics and computer technology to design and realize electronic components and electronic information systems, and acquire, transmit, process and control information is the mission of this major.

Generally speaking, it includes communication and information system, signal and information processing, information transmission and exchange, information network, information processing and information control. It covers telecommunications, broadcasting, television, radar, sonar, navigation, remote control and telemetry, remote sensing, electronic countermeasures, measurement, control and other fields, as well as various information systems in military and national economic sectors.

Baidu Encyclopedia-Electronic Information Science and Technology

I am studying in Huazhong University of Science and Technology, majoring in electronic information at Grade 20 18.

The specialty of electronic information science and technology belongs to the first-level discipline, and the second-level specialty includes physical electronics, circuits and systems, microelectronics and solid-state electronics, electromagnetic field and microwave technology. At the time of postgraduate entrance examination, these secondary majors who continue to choose this major are all counterparts.

(Double-class list of telecommunications majors)

As for those who are close to this subject, you can choose information and communication engineering. In our school, the courses of optoelectronic specialty, that is, electronic information science specialty and telecommunications specialty (mainly including communication and electromagnetism) are basically the same, so the choice of information and communication engineering is basically the same.

(Zhang Xiaolong, Huake Telecom Department)

So in today's "360 lines, lines turn to cs", it is also a good choice for telecom majors to study computer or software engineering. In the undergraduate stage, there will be a lot of programming learning and computer principle learning in telecommunications major, so there is no need to worry about great obstacles when taking the postgraduate entrance examination.

In addition to these majors in engineering, the span is larger, and learning finance is also the choice of many people. Finance has a very high demand for mathematics foundation, so students with science and engineering background are very popular. If you want to choose the road of finance, you must lay a good foundation in mathematics and teach yourself the subject of undergraduate finance. After all, it is really difficult to pass the exam.

(Typical employment enterprise)

To sum up, graduate students majoring in telecommunications have many choices. All you have to do is set a good goal and work hard for it. Wish you all the best.

Communication and information system, electronics and communication engineering, signal and information processing, circuits and systems.

1, Communication and Information System:

Professional introduction:

Communication and information system (discipline code: 08 100 1) are two disciplines under the discipline of information and communication engineering. Communication and information system is the main pillar of information society, an important part of modern high technology, and the nervous system and lifeline of national economy. The main objects are various communication and information systems with information acquisition, information transmission and exchange, information network, information processing and information control as the main body.

Training objectives:

Students are required to master the theoretical foundation, professional foundation and professional knowledge of communication and information system specialty, and to understand and pay attention to the latest technological development trends.

At the same time, it is also required to master the necessary scientific research means and skills, and pay attention to the improvement of ability, including the ability to solve practical problems and the ability to innovate, so as to ensure that students can become excellent professionals in scientific research and production practice after graduation. This major also requires students to master one or two foreign languages, and have a certain ability to write papers.

Employment prospects:

As a hot major in recent years, communication and information system has a good employment prospect. The rapid development of information industry in recent years requires more talents with strong professional knowledge to join.

This provides a broad development space for graduates of this major. In the long run, the information industry has become a pillar industry of China's national economy, and the government has paid more and more attention to this industry. All walks of life are inseparable from information construction and maintenance, so the employment scope of graduates of this major is very wide.

Employment direction:

A wide range of employment, including telecommunications, broadcasting, television, radar, sonar, navigation, remote control and telemetry, remote sensing, electronic countermeasures, measurement, control and other fields, as well as various information systems in military and national economic departments; Can also be engaged in the development and application of communication technology and equipment in national management departments at all levels, industrial and commercial enterprises, financial institutions, scientific research units and other departments.

2. electronics and communication engineering

Professional introduction: Electronic communication engineering is called Electronics and Communication Engineering in English, which is an engineering field that combines electronic science with technology and information technology to build a modern information society.

Using the basic theories of electronic science and information technology, we can solve the technical problems of electronic components, integrated circuits, electronic control, instruments and meters, computer design and manufacturing and related fields in electronics and communication engineering, and study the theory and technology of detection, transmission, exchange, processing and display of electronic information.

Electronics and communication engineering master's degree authorized units train senior engineering and technical personnel engaged in signal and information processing, communication and information systems, circuits and systems, electromagnetic fields and microwave technology, electronic components, integrated circuits and other engineering technologies.

Training objectives:

Cultivate and engage in communication and information systems, signal and information processing, circuits and systems, electromagnetic fields and microwave technology, physical electronics and optoelectronics, microelectronics and solid-state electronics.

Senior engineering and management personnel engaged in optical fiber communication, computer and data communication, satellite communication, mobile communication, multimedia communication, signal and information processing, communication network design and management, integrated circuit design and manufacturing, electronic components, electromagnetic field and microwave technology.

Master of Professional Engineering in electronics and communication engineering requires to master solid basic theory, extensive professional knowledge and management knowledge in this field, master a foreign language, master advanced technical methods and modern technical means to solve engineering problems, and have innovative consciousness and the ability to independently undertake engineering technology or project management.

Employment direction:

After graduation, students can engage in the design and maintenance of communication networks in communication enterprises and institutions, and can engage in the construction and supervision of communication systems and the production and sales of communication equipment.

3. Signal and information processing

Specialty Introduction: Signal and Information Processing (discipline code: 08 1002) is a first-class discipline under two disciplines of information and communication engineering. This subject focuses on signal and information processing, including information acquisition, conversion, storage, transmission, exchange and signal and information processing in applications. It is an important part of information science, and its main theories and methods have been widely used in various fields of information science.

This discipline overlaps with the first-level disciplines such as electronic science and technology, computer science and technology, control science and engineering, instrument science and technology, electrical engineering and biomedical engineering, especially in the research field of "communication and information system" in the two disciplines.

Training objectives: You should master the basic theory and technology of signal and information processing and the general theory and technology of electronic science, computer science and control science, have the ability to engage in scientific research, development and teaching in signal and information processing and related fields, have a rigorous and realistic style of study and noble professional ethics, master a foreign language skillfully and read foreign language materials of your major.

A master's degree winner should be politically qualified, love the motherland and devote himself to the socialist construction of the great motherland.

Employment prospects:

Nowadays, the scientific and technological revolution represented by information technology has greatly changed people's production, life and way of thinking. With the application and penetration of information technology in the economic and social fields, the demand for information talents in all walks of life has also increased greatly. In China, the development speed of electronic information industry is twice as fast as that of economy, and the gap of high-end information talents is huge.

At present, with the rapid development of domestic communication industry and a large number of foreign related enterprises entering the China market, employers' demand for talents is increasing gradually. Therefore, the employment prospects of graduates majoring in communications are very good.

Employment destination:

Graduates of this major can engage in information technology management and computer software and hardware research and development in enterprises such as electronics and communications, finance, commerce and trade; Enter communication and information technology research institutions and teaching departments to engage in research and teaching work, government civil servants, etc.

4. Circuits and systems

Professional introduction: Circuit and System discipline (discipline code: 080902) studies the theory, analysis, testing, design and physical realization of circuits and systems. It is a bridge between information and communication engineering and electronic science and technology, and it is also the theoretical and technical basis for the research and development of signal and information processing, communication, control, computer and even power electronics.

Thanks to the strong support of the circuit and system discipline, it is possible to realize complex and high-performance information and communication networks and systems by using modern electronic science and technology and the latest devices.

In the past twenty years, due to the rapid development of information and communication industry and the rapid increase of microelectronic device integration scale, electronic circuits and systems have become digital, integrated and multidimensional.

The classical theory of circuits and systems has been transformed into modern theory, and it has overlapped with information and communication engineering, computer science and technology, bioelectronics and other disciplines, forming a series of marginal and overlapping disciplines, such as new microprocessor design, various digital signal processing systems design, artificial neural network theory and so on.

Employment direction:

Information industry has become the pillar industry of China's national economy, and the design of integrated circuits and various information systems based on integrated circuits is the core technology of information industry, which has important strategic significance for national economic development and national security. There is no doubt that the demand for talents in this industry is larger and higher in both quantity and level.

The graduates of this major are generally adaptable to work and have a wide range of employment. They can engage in research, development and teaching in the fields of integrated circuit design and manufacturing, embedded system development, computer control technology, communication, consumer electronics and other information technologies.

Extended data:

Electronic information science and technology professional ranking:

1, Tsinghua University: communication and information system (the first in China), information and signal processing (the second in China).

2. xidian university: Communication and information system (second in the country), information and signal processing (first in the country).

3. Beijing University of Posts and Telecommunications: Communication and Information System, Information and Signal Processing

4. Southeast University: Communication and Information System, Information and Signal Processing.

5. University of Electronic Science and Technology of China: Communication and Information System, Information and Signal Processing.

6. Beijing Jiaotong University: Communication and information system, information and signal processing.

7. Peking University: Communication and Information System

8. Zhejiang University: Communication and Information System

9. China University of Science and Technology: Communication and Information System

10, South China University of Technology: Communication and Information System

1 1, Harbin Institute of Technology: Communication and Information System

12, Beijing institute of technology: communication and information system

13, Shanghai jiaotong university: communication and information system

Baidu Encyclopedia-Electronic Information Science and Technology