Training objectives: This major is oriented to all kinds of modern production control, management and information technology, and trains compound senior automation engineering and technical personnel who are engaged in the design, analysis, optimization and research of industrial process control system, electrical and drag control system and various computer control systems, and engaged in the research of automatic detection technology, new automatic instruments and intelligent control methods.
Training requirements: train students with basic theoretical knowledge of electrical and electronic engineering, automatic control, information processing, computer control, automatic detection, etc. Basic methods and skills of design, research, debugging and operation of motor drive system and production process automation system; Able to control industrial automation system with computer.
Main courses: circuit theory, electronic technology, principle and application of single chip microcomputer, microcomputer principle and interface technology, C language programming, digital simulation and MATLAB, digital signal processing and DSP technology, machine vision technology, intelligent instrument design, computer control technology, automatic control theory, modern control theory, sensor principle and detection technology, power electronics technology, motor and transmission foundation, electrical control and programmable controller, power supply technology, control instrument and process control system.
Main practical teaching links: military training, metalworking practice, electronic technology practice, professional knowledge practice, graduation practice, curriculum design, graduation design, etc.
Degree awarded: Bachelor of Engineering.
Length of study: four years.
● Electronic information engineering
Training objectives: this major trains senior engineering and technical personnel with basic knowledge and application ability of electronic information technology and electronic information system, who can engage in the research, design, manufacture, application and development of electronic equipment and information systems in industrial departments; Scientific research talents who can engage in electronic science and engineering theory research in the research department.
Training requirements: This major aims to enable students to master the basic theories and knowledge of electronic information engineering such as information collection, processing and transmission, learn the design and testing methods of analog, digital and high and low frequency electronic circuits, have the basic ability to engage in the development, design and engineering application of modern electronic information systems and electronic devices, and the integration of electronic equipment and information systems, and have strong innovation ability and adaptability.
Main courses: circuit foundation, analog electronic technology, digital circuit logic design, signal and system, microcomputer principle and interface technology, program design foundation, software technology foundation, digital signal processing, single chip microcomputer principle, electromagnetic field and electromagnetic wave, microwave technology and antenna, CPLD/FPGA application design, modern radio and television system series courses, etc.
Main practical teaching links: military training, metalworking practice, electronic technology practice, professional production practice, graduation practice, curriculum design, graduation design, etc. Main professional experiments: electronic circuit experiment, digital logic experiment, microwave technology and antenna experiment, communication principle experiment, etc.
Degree awarded: Bachelor of Engineering.
Length of study: four years.
● Measurement and control technologies and instruments
Training objectives: This major trains applied and research-oriented professionals who have the basic knowledge and application ability in the design and manufacture of electronic instruments, measurement and control, and can engage in signal detection, instrument and system design, scientific and technological development, applied research, operation management and other measurement and control work in various departments of the national economy.
Training requirements: Students in this major mainly study the basic theory of instruments and electronics, the theory of measurement and control, and the design method of intelligent control instruments. Basically trained in modern measurement and control technology and instrument application, with the ability to design and develop measurement and control technology and instrument system.
Main courses: circuit foundation, analog electronic technology, high-frequency electronic circuit, digital circuit logic design, microcomputer principle and application, C language programming foundation, software technology foundation, signal and system, digital signal processing, single chip microcomputer principle and application technology, programmable controller PLC, FPGA application design, automatic control theory, sensor and detection technology, intelligent instrument technology, measurement and control technology.
Main practical teaching links: military training, metalworking practice, electronic technology practice, curriculum design, graduation design, professional production practice, graduation practice, etc. Main professional experiments: electronic circuit experiment, digital logic experiment, intelligent instrument design experiment.
Degree awarded: Bachelor of Engineering.
Length of study: four years.
● Communication engineering
Training objectives: This major trains senior technical talents with basic communication theory, mastering all kinds of modern communication technologies, being able to engage in scientific research, engineering design, equipment manufacturing, network operation and technical management in the field of information and communication, and being able to engage in the development and application of information and communication technologies in other related industries.
Training requirements: students should have a solid foundation in natural science, a good foundation in humanities and social sciences, a strong ability to comprehensively use foreign languages, and master basic theories and knowledge in the field of communication and information; Focus on one or two directions in optical communication, wireless communication, network and application, multimedia communication, etc. Have the basic ability to design, develop and debug application communication systems and communication networks; Have certain scientific research and practical engineering work ability, and have strong innovation ability and adaptability.
Main courses: circuit foundation, C language programming, analog electronic technology, digital circuit logic design, software technology foundation, microcomputer principle and interface technology, single chip microcomputer principle and application technology, signal and system, electromagnetic field and electromagnetic wave, microwave technology and antenna, digital signal processing, modern communication principle, computer communication network, mobile communication technology, etc.
Main practical teaching links: professional production practice, graduation practice, curriculum design, military training, metalworking practice, electronic technology practice, graduation design, etc. Main professional experiments: communication principle experiment, electronic circuit experiment, digital logic experiment, microwave technology and antenna experiment, etc.
Degree awarded: Bachelor of Engineering.
Length of study: four years.
● Electronic Science and Technology
Training objectives: This major trains students to have a solid foundation of natural science, extensive professional knowledge of electronic science and technology, strong experimental skills, good foreign language ability, innovative spirit and engineering practice ability, as well as the ability to track and master new theories, new knowledge and new technologies in this field. Able to design and manufacture all kinds of electronic materials, components, integrated circuits and integrated electronic systems (including micro-nano electronic devices, micro-electromechanical systems, large-scale integrated circuits and electronic information system chips), as well as application-oriented and research-oriented professionals who research and develop corresponding new products, new technologies and new processes in the fields of microelectronics technology, electronic materials and components, and electronic information.
Training requirements: Students in this major mainly study basic theories and knowledge in the fields of mathematics, physical electronics and microelectronics, receive basic training in related information electronic experimental technology and computer, and master the basic ability of designing and developing various electronic materials, processes, components and systems.
Main courses: Introduction to Electronic Science and Technology, Fundamentals of Circuit Analysis, Logic Design of Analog Electronic Circuits and Digital Circuits, Signals and Systems, Principles and Applications of Microcomputer, Electromagnetic Fields and Electromagnetic Waves, Quantum Mechanics, Micro-nano Technology, Fundamentals of Microelectronics Technology, Semiconductor Integrated Circuits, Fundamentals of Integrated Circuit Design, Micro-nano Electromechanical Systems and Their Applications, Semiconductor Physics, Solid State Physics, Solid State Electronic Devices, C Language Programming, Principles and Applications of Single Chip Microcomputer, Digital Signal Processing.
Main practical teaching links: military training, metalworking practice, electronic technology practice, professional production practice, graduation practice, curriculum design, graduation design, etc. Main professional experiments: basic circuit experiment, electronic circuit experiment, digital logic experiment, integrated circuit design experiment, sensor principle experiment, microelectronic technology comprehensive experiment, electronic science and technology professional comprehensive experiment, etc.
Degree awarded: Bachelor of Engineering.
Length of study: four years.
● Traffic equipment and control engineering
Parenting goal: This major cultivates the professional knowledge of electronic technology, control technology and computer technology related to transportation equipment information, and has the professional knowledge and application ability of transportation equipment, information and control engineering, and can engage in the research and development, design, maintenance, intelligent transportation system integration and operation management of transportation equipment in the fields of urban traffic signal control, expressway electromechanical system, rail transit system and computer technology management and decision-making.
Training requirements: Students in this major should have good scientific quality and humanistic quality, and mainly study the extensive basic theories and professional knowledge of engineering technology in electronic technology, automatic control, information processing and control, as well as the basic knowledge of urban traffic signal control, expressway monitoring system, communication system, toll collection system, tunnel electromechanical system, rail transit control and management, intelligent transportation system and other traffic system-related majors.
Main courses: circuit theory, analog electronic technology, digital electronic technology, signal and system, automatic control theory, traffic engineering, traffic design, traffic management and control, traffic planning theory and method, traffic electromechanical equipment, intelligent transportation system, sensor and traffic information detection technology, high-level language programming, network communication and transmission, database technology and application, principle and application of single chip microcomputer, principle and interface technology of microcomputer, computer control technology, electrical control and feasibility.
Main practical teaching links: military training, metalworking practice, electronic technology practice, professional production practice, graduation practice, curriculum design, graduation design, etc. Main professional experiments: circuit experiment, electronic technology experiment, intelligent transportation system experiment, traffic electromechanical equipment experiment, sensor and traffic information detection technology experiment, traffic management and control experiment, network communication and transmission experiment, single chip microcomputer design experiment, computer control technology experiment, traffic equipment and control engineering comprehensive experiment, etc.
Degree awarded: Bachelor of Engineering.
Length of study: four years.