What is electronic information technology for? Major: What is Electronic Information Technology?

Electronic Information Technology and Instruments Cultivate senior technical talents who can be engaged in the research and development of VLSI integrated circuit and system design and integrated circuit system design automation technology. This program has the right to confer bachelor's degree, master's degree in engineering and doctorate degree in engineering. The integrated circuit industry is the foundation of the information industry, which is currently developing rapidly in China, and Professor Yan Xiaolang, the academic leader of this major, is currently the leader of the integrated circuit design expert group of the National 863 Program, and is a well-known expert in China's integrated circuit industry.

The rapid rise of many integrated circuit design and manufacturing enterprises and enterprise groups of various systems in China has an urgent demand for this professional talent. In the international high-level labor market, talents in this field are also highly competitive. In addition, graduates of this major have strong adaptability and can be engaged in various enterprises, institutions, research institutes, colleges and universities and management departments in electronics, communications, computers, software, electric power, electrical and other industries.

In addition to the master's degree through the exemption or examination, outstanding students can also directly enter the master's and doctoral system and continue their studies abroad.

The main undergraduate courses are: Fundamentals of CMOS Integrated Circuit Technology, Analog and Digital-Analog Mixed Integrated Circuits, Introduction to VLSI Technology, and Software Technology for ICCAD.

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Electronic information engineering is a discipline that applies modern technologies such as computers for electronic information control and information processing, mainly researching the acquisition and processing of information, the design, development, application and integration of electronic equipment and information systems, and a wide caliber major in electronic and information engineering.

This major cultivates senior engineering and technical talents with innovative ability who master modern electronic technology theories, are familiar with electronic system design principles and design methods, have strong computer, foreign language and corresponding engineering technology application capabilities, and are oriented to electronic technology, automatic control and intelligent control of bright fiber, computer and network technology and other fields of electronics, information and communication.

Electronic information technology refers to the technical field of information transmission, processing, storage and display using electronic technology and information technology. It is an important branch in the field of modern science and technology, and is widely used in communications, computers, electronics, control, automation and other fields. The development of electronic information technology has profoundly changed people's way of life and social development.

The subject content of electronic information technology mainly includes the following aspects:

1.Fundamentals of Circuits

The foundation of the circuit is the foundation of electronic information technology, which is the study of the basic principles and application technologies of electronic components and circuits, including circuit analysis, circuit design, circuit testing, etc. Circuit foundation is the foundation of electronic information technology, and it is an important basic course for the study of electronic information technology.

2.Signals & Systems

Signal and system is one of the core contents of electronic information technology, it is the theory and method of studying signal generation, transmission, processing and identification, including analog signal and digital signal processing, friendly filtering, modulation, demodulation, coding, decoding, decoding, etc. Signals and systems are important courses in the study of electronic information technology, and are the foundation of communication, electronics, automation, control and other fields.

3.Principles of communication

The principle of communication is the basic principle and method of studying the transmission, reception and processing of information, including analog communication and digital communication. Analog communication refers to the use of analog signals for information transmission, including amplitude modulation, frequency modulation, phase modulation and other technologies; Digital communication refers to the use of digital signals for information transmission, including digital modulation, digital demodulation, digital coding, digital decoding and other technologies. Principles of communication is an important course in the study of electronic information technology and the foundation of the field of communication.

4.Computer Principles and Applications

Computer principles and applications are one of the important fields of electronic information technology, which is the study of the basic principles and application technologies of computer hardware and software, including computer architecture, computer composition principles, computer networks, operating systems, databases, etc. Computer Principles and Applications is an important course for the study of electronic information technology and the foundation of the computer field.

5.Microelectronics

Microelectronics technology is one of the important fields of electronic information technology, which is the study of the manufacturing and application technology of microelectronic devices and circuits, including integrated circuits, semiconductor devices, microelectromechanical systems, etc. Microelectronics is an important course in the study of electronic information technology and is the frontier of the field of electronic technology.

In short, electronic information technology is a broad and profound discipline involving a wide range of fields, including circuits, communications, computers, control, automation, etc. When learning electronic information technology, it is necessary to master a solid mathematical foundation and physical foundation, and at the same time, it is also necessary to have innovative thinking and practical ability, so as to better apply electronic information technology to solve practical problems.

The Department of Electronic Information Technology is a discipline that mainly studies electronic technology, computer technology and communication technology. This major aims to cultivate senior engineering and technical talents with a solid theoretical foundation, broad professional knowledge and good practical ability in electronic information science and technology.

1.Theoretical basis of circuits: analog circuits, digital circuits, integrated circuits, etc.

2.Computer Science and Technology: Computer Architecture, Operating Systems, Software Engineering, etc.

3.Communication technology: communication principle, channel model dismantling, wireless communication, etc.

4.Electronic measurement and control: analog and digital signal processing, control system design, etc.

5.Information security: information encryption and decryption, network security, etc.

Electronic information technology is the study of basic circuit knowledge and the mastery of computer and other methods for processing information.

Electronic information science and technology is an undergraduate major in ordinary colleges and universities, which is an electronic information major, with a basic study period of four years, and a bachelor's degree in science and engineering is awarded. In 1998, the major of electronic information science and technology officially appeared in the "Catalogue of Undergraduate Majors in Ordinary Colleges and Universities".

The major of electronic information science and technology cultivates students with basic knowledge of electronic information science and technology, accepts rigorous scientific experiment training and preliminary training in scientific research, masters the basic theories and professional skills in the field of information technology, has strong computer, foreign language, information technology application and innovation ability, and has the ability to track new theories, new knowledge and new technologies in the professional field.

Multi-level, high-quality, and all-round development of interdisciplinary scientific research or engineering and technical talents who can engage in scientific research, teaching, scientific and technological development, product design, production technology and operation management in electronic information science and technology, computer science and technology and related fields and administrative departments.

The basic duration of the major of Electronic Information Science and Technology is four years. The total number of credits for the four-year reference cavern section is generally 140 180 credits. Students who have completed the total number of credits in each course and passed the graduation assessment will be allowed to graduate. Those who have completed the graduation process and have been reviewed and approved by the degree committee of the institution can be awarded a bachelor's degree in engineering or science.

Cultivation goals

The major of electronic information science and technology cultivates students to meet the needs of social and economic development, have moral and cultural literacy, social responsibility, innovative spirit and entrepreneurial awareness, and master the necessary basic knowledge and corresponding professional knowledge of mathematics and natural sciences.

High-quality professionals who have good learning ability, practical ability, professional ability and certain innovation and entrepreneurship ability, physical and mental health, and can be engaged in the research, design, development, manufacturing, application, maintenance and management of systems, equipment and devices in electronic information and related fields.

The major of electronic information science and technology cultivates multi-level, high-quality and all-round development of compound talents with basic knowledge, scientific experiment training and preliminary scientific research training, as well as computer, foreign language, information technology application and innovation ability. They can be engaged in scientific research, teaching, scientific and technological development, product design, production technology and operation management in electronic information science and technology, computer science and technology and related fields and administrative departments.

1. Electronic Information Science and Technology.

1. Electronic information science and technology is a wide-caliber major, including electronic science and technology and information science and technology, and the learning content involves electronics, information technology, and computer three major knowledge plates.

2. The major aims to cultivate students who have a solid foundation in mathematics and physics, are trained in good scientific thinking, scientific experiments and preliminary scientific research, systematically master the basic theories and basic skills of electronic information science and technology, are familiar with modern electronic technology, modern communication technology, computer technology and network technology, can adapt to the rapid development of electronic information science, and have a good knowledge structure and adaptability.

2. Curriculum and Employment.

1. Mainly learn basic theories and technologies, be trained in scientific experiments and scientific thinking, and have the basic ability of applied research and technology development in this discipline and interdisciplinary. Graduates of the major have a wide range of engineering and technical adaptability, a wide range of employment, high employment rate, strong practical ability, quick work, can be engaged in the production, operation and technical management and development of electronic products in electronic information related enterprises.

2. Mainly for the production enterprises and business units of electronic products and equipment, engaged in the assembly, commissioning, testing, application and maintenance of various electronic products and equipment, and can also go to some enterprises and institutions for the safe operation and maintenance of some mechanical and electrical equipment, communication equipment and computer control equipment.

3. Main courses, circuit analysis principles, electromagnetic theory, antenna principles, electronic circuits, digital circuits, algorithms and data structures, computer basics, microcontrollers, signal and system analysis, ARM embedded systems, analog circuits, high-frequency circuits, communication principles, etc.

4. Graduates of this major have the adaptability of engineering technology in a wide field, the employment is very bright, the employment rate is high, the graduates have strong practical ability, and the work is fast, and they can be engaged in the production, operation and technical management and development of electronic products in related enterprises of electronic information.