The undergraduate course is divided into three departments and six majors.

Department of computer science and technology

First, computer science and technology (four years of undergraduate science and engineering)

Training goal: mainly to train advanced compound talents who can engage in computer application, software development, system maintenance, network management, computer system and information security. , and have the ability of design, management and development.

Main courses: data structure, discrete mathematics, computer composition and system structure, assembly language and high-level language programming, compilation principle, operating system principle, microcomputer principle and interface, computer network and communication, database principle design, algorithm analysis and design, and interactive user interface technology.

Two, software engineering (undergraduate science and engineering for four years)

Training objective: mainly to train high-quality, high-level and professional software engineering professionals with the ability to manage and develop large-scale software.

Main courses: electronic technology, computer introduction and operation, C language programming, discrete mathematics, probability statistics, data structure, algorithm design and analysis, operating system, computer composition and system structure, microcomputer principle and interface, network and communication, database principle and application, software engineering foundation, assembly language programming, compilation principle, software engineering economics, modern software engineering, formal language and automata theory, software design mode, software engineering theory.

Department of Electronic Science and Technology

Electronic science and technology (four-year undergraduate major in science and engineering)

Training objectives: This major aims to train senior engineering and technical personnel who have a broad theoretical foundation in the fields of physical electronics and optoelectronics, have professional knowledge and experimental ability in circuit and system theory and its analysis, testing, design and physical realization, and can be engaged in the design and application of electronic components and integrated circuits, electronic circuits and even integrated electronic systems, the realization of various information processing algorithms and software and hardware, and the research and development of corresponding new products, technologies and new processes.

Main courses: solid state physics, semiconductor physics, circuit analysis, analog electronic technology, digital electronic technology, semiconductor devices, integrated circuit analysis and design, integrated circuit technology, signals and systems, microcomputer principle and application, circuit and system failures, programmable logic devices and applications, circuit and system design automation, large-scale experiments of programmable logic devices, etc.

2. Microelectronics major (four years of undergraduate science and engineering)

Training objectives: this major aims to cultivate a broad theoretical foundation in the fields of physical electronics, optoelectronics and microelectronics, with

The theory of circuits and systems, its professional knowledge and experimental ability in analysis, testing, design and physical realization, can be engaged in the design and application of electronic components and integrated circuits in this field, and can be engaged in scientific research, teaching, product design, engineering technology and production management in the fields of microelectronics, micro-mechanical electronic systems (MEMS) and optoelectronic science.

Main courses: solid state physics, semiconductor physics, semiconductor device physics, integrated circuit design principle, integrated circuit process principle, optoelectronics and optical devices, thick film hybrid integrated circuits, MEMS technology, integrated circuit CAD, microelectronics professional experiments and integrated circuit process practice, etc.

Network engineering department

A, network engineering (undergraduate science and engineering for four years)

Training objectives: mainly train and engage in the research, application and work of network engineering technology. Become a senior compound talent to promote the development of computer network technology in China.

Main courses: analog electronic technology, computer introduction and operation, C language programming, discrete mathematics, data structure, algorithm design and analysis, operating system, computer composition and system structure, microcomputer principle and interface, network and communication, database principle and application, network engineering foundation, assembly language programming, compilation principle, network architecture, digital communication principle, network information security, network design, java programming and internet information security.

Two, education technology major (undergraduate science and engineering for four years)

Business development goals:

This major mainly trains talents in the development and management of teaching software and digital resources, the planning, design, construction and related technical aspects and management of technical schemes of various distance education or training systems and institutions, and the planning, production, application and management of digital media that can meet the needs of the development of modern information society.

Business training requirements:

Students in this major mainly study basic theories and knowledge such as educational software and knowledge engineering, distance education and educational media technology. They need to be able to design, develop and produce resources including multimedia teaching software, online courses, websites, teaching platforms and training courses for enterprises and institutions, to establish and maintain distance education systems, and to shoot, record and edit educational TV programs.

Main practical teaching links:

Including the construction and application of multimedia teaching environment, the production of multimedia teaching software and streaming media courseware; The production of educational TV programs and the assembly of LAN hardware environment; Development of special study website.