Degree of academic system: the academic system lasts for four years, and a bachelor's degree in engineering is awarded.
Training goal: to train applied senior engineering and technical personnel who can work in electrical engineering, electronics, automatic control, power electronics, motion control, computer control and other fields related to electrical engineering and its automation technology.
Specialized courses: microcomputer principle, circuit theory, electronics technology, motor and drive technology, power electronics technology, automatic control theory, computer control technology, motion control technology, computer network technology, electrical control and programmable controller, etc.
Employment orientation: Graduates of this major can engage in product design, manufacturing, research, development, management, marketing and promotion in enterprises and institutions such as power industry, electronics industry, mechanical manufacturing automation, electrical control and industrial automation.
■ Information Engineering Major
This major has three major directions: electronic information engineering, communication engineering and audio-visual lighting technology. Students have studied this professional platform course for the first two years. From the third year, they can choose one of the three professional directions of electronic information engineering, communication engineering and audio-visual lighting technology according to their own interests and academic achievements.
Degree of academic system: the academic system lasts for four years, and a bachelor's degree in engineering is awarded.
1, electronic information engineering direction
Training objective: to master the basic theory of electronic information science and the basic skills of modern electronic design technology, and mainly to train advanced applied engineering and technical personnel who can develop, design, integrate and apply modern electronic information systems and their products by using electronic technology, computer technology, DSP technology, FPGA/CPLD technology and ARM technology.
Main courses: fundamentals of circuit analysis, signal and system, data communication and network, computer programming, analog electronic technology, digital electronic technology, high frequency electronic circuit, microcomputer principle, digital signal processing, DSP system design and application, digital TV principle and application, single chip microcomputer principle and application, embedded system principle and interface technology, EDA technology and application, electronic circuit CAD, etc.
Employment orientation: After graduation, students can engage in the design, development, application, integration, production management and marketing of electronic information systems in national economic departments and national defense departments such as electronic information industry.
2, communication engineering direction
Training objective: To master the design, development, engineering construction, maintenance optimization and network management capabilities of modern communication systems and telecommunication networks.
Main courses: circuit foundation, analog electronic technology, digital electronic technology, signal and system, microcomputer principle and interface technology, digital signal processing, communication system principle, high-frequency electronic circuit, electromagnetic wave theory foundation, computer communication technology, modern switching technology, mobile communication, communication system engineering, broadband access network, multimedia communication technology, mobile network optimization, telecommunication network management, etc.
Employment orientation: This major aims to train senior engineering and technical personnel who integrate communication, electronics and computer network technology. Graduates can engage in the design, engineering construction, maintenance, optimization, network management and software and hardware development of communication, electronics and computer networks in enterprises and institutions such as telecom management and operation, telecom equipment manufacturing, telecom equipment integration and network services.
3, audio-visual lighting technology direction
Training objective: To enable graduates to have the ability to design electronic, audio, video and lighting equipment, system integration design and audio-visual recording. To make senior applied engineering and technical personnel engaged in information science, electronic engineering, computer technology, audio-visual lighting, theatrical performances, radio and television and audio-visual production, and scientific research and development, engineering design, production management and marketing in other adjacent fields.
Main courses: digital and analog electronics, signal and system, digital signal processing, microcomputer principle and interface technology, computer network technology, music theory foundation, architectural acoustics, electroacoustic foundation, sound system engineering, video system engineering, artistic lighting system engineering, MIDI and computer music, audio-visual lighting technology CAD, recording system and recording technology, audio-visual lighting equipment and system fault diagnosis, etc.
Employment orientation: The graduates of this major are senior engineering and technical talents who integrate electronics, audio, video and lighting technology and art, and can engage in the research, development, design, integration, adjustment, audio-visual recording and production of electronics, audio, video and lighting equipment and systems. Can be engaged in information science, electronic engineering, computer technology, audio-visual lighting or other adjacent areas of scientific research and development, engineering design, production management and marketing, such as production, engineering, scientific research and cultural performances, radio and television and audio-visual production.