■ Enrollment Major, Curriculum and Employment Prospects ■
Communication engineering (undergraduate, four years, bachelor of engineering)
Training objectives: Based on modern communication theory, this major focuses on training the basic knowledge and design methods of communication systems and networks, the key technologies and system knowledge in the process of information transmission, exchange and processing, the basic training of communication engineering practice, and the basic ability of technology, development, debugging and engineering application of modern communication systems and networks.
Main courses: circuit theory and practice related courses, computer principle and language related courses, signal system and processing related courses, communication principle, modern communication network foundation, modern switching technology, broadband communication network technology, optical communication technology, wireless and mobile communication foundation, third generation mobile communication technology, communication engineering management and communication network security.
Employment prospects: Graduates of this major can work in research, design and production units of communication systems, and can also engage in the operation and maintenance of communication systems in departments such as telecommunications, electric power, energy, transportation and finance, and can also engage in scientific research and teaching of communication theory and technology, so as to further pursue higher-level academic education.
Network engineering (undergraduate, four years, bachelor of engineering)
Main courses: analog circuit, digital circuit, basic circuit analysis, communication principle, discrete mathematics, data structure, computer network, computer composition principle, microcomputer principle and application, information theory and coding, network engineering technology, etc.
Employment prospects: this major trains professionals with modern network basic theory and knowledge, and has received strict scientific experiment training and preliminary scientific research training. It is suitable for the development and application of information communication technology, electronic technology and computer technology, such as network management, communication, radio technology, image communication processing departments, enterprises and institutions, high-tech departments, universities and research institutes. The professional direction has certain characteristics, and the market demand for professional talents is great.
Software engineering (undergraduate, four years, bachelor of engineering)
Main courses: data structure, discrete mathematics, numerical analysis, modern engineering drawing, electrician and digital circuit, microcomputer principle and application, various high-level languages, software engineering, software development process and cases, database principle, etc.
Employment prospects: mainly serving government departments that use computer software and hardware, computer networks and computer applications, enterprises and institutions engaged in computer-related development and research, and scientific research and teaching units.
Computer science and technology (undergraduate, four years, awarded bachelor of engineering)
Main courses: digital circuit and logic design, computer principle, assembly language, programming language, discrete mathematics, data structure, operating system, compilation principle, computer network, database principle, database application, algorithm design and analysis, etc.
Employment prospects: After graduation, students can engage in teaching, research and application work such as computer network system design and integration, system software design, computer application system research and development in institutions, universities, scientific research institutions, financial and foreign trade systems, electric power, electronics, posts and telecommunications, transportation, joint venture large and medium-sized enterprises and other units.
Electronic information engineering (application direction of electronic technology) (undergraduate, four years, awarded bachelor of engineering)
Main courses: fundamentals of circuit analysis, analog electronic technology, digital electronic technology, communication circuit, signal and system, digital signal processing, electronic technology application and product production, electronic product process design, electronic design automation, PLC principle and application, single chip microcomputer principle and application, embedded system design, communication principle.
Employment prospects: This major is oriented to the applied electronic technology industry, with the goal of cultivating all-round development of morality, intelligence, physique and aesthetics. It firmly grasps the basic theoretical knowledge and professional knowledge of electronic technology and electrician technology, has the basic working ability in this professional field, and can quickly adapt to the technical application professionals needed by the production, management, service and electronic maintenance of modern electronic technology and communication application industries.
Electronic information engineering (undergraduate, four years, awarded the bachelor's degree in engineering)
Main courses: analog electronic technology, digital electronic technology pulse and digital circuit, signal system, microwave technology, microcomputer principle and application, electromagnetic field theory, digital signal processing, database, C language programming, etc.
Employment prospects: This major is mainly engaged in the research, design, manufacture, development, operation, technical management and maintenance of electronic equipment and information systems in institutions such as universities, scientific research institutes, state organs, military units, and modern electronic, information and communication departments or related electronic industries necessary for urban informatization.
Measurement and control technology and instrument (undergraduate, four years, awarded bachelor of engineering)
Main courses: circuit analysis, analog electronic technology, digital electronic technology, signal system, digital signal processing, automatic control principle sensor principle and application, microcomputer principle and interface technology, single chip microcomputer principle and interface technology, automatic display technology, computer process control.
Employment prospects: this major can be engaged in the design of electronic devices, instruments and computer process control systems, and the development, application and maintenance of advanced applied and innovative technical personnel. Can be engaged in the design, research and development, application research, operation management and sales of products or systems related to high-tech fields and industrial production lines.
Information and Computing Science (undergraduate course, four years, awarded with Bachelor of Science degree)
Main courses: mathematical analysis, advanced algebra, computer network, data structure, calculation method, operational research, mathematical modeling, ordinary differential equations, information theory and coding, algorithm H analysis and design, database application, object-oriented design method, etc.
Employment prospects: After graduation, students majoring in this major can engage in information processing and analysis in scientific research institutes, education, information engineering, resource information processing, management information processing and other related departments and fields, and can also engage in the design, development and application of computer information processing software.
Electronic information engineering technology (junior college, three years)
Main courses: circuit analysis, analog electronic circuit, digital logic circuit, frequency modulation circuit, electronic measurement, microcomputer principle and application, single chip microcomputer principle and application, TV principle and maintenance, database, C language programming, communication technology, etc.
Employment prospects: Mainly engaged in electrical and electronic industry, computer industry, telecommunications industry, electronic energy supply. Can also be engaged in non-electronic industries, such as machinery manufacturing, automobile industry, chemical industry, mining industry, metallurgical industry, traffic control and other fields.