△Electronic science and technology

Training objectives：This major is designed to meet the needs of socialist modernization in the 21st century, with comprehensive development of morality, intelligence, physical beauty, etc., with high ideological and cultural qualities, professional spirit and social responsibility, with a solid foundation of natural science and broad professional knowledge. With the spirit of innovation and engineering practice ability and the ability to track and master the new theory, new knowledge and new technology in the field, capable of engaging in research, design, development, application and management in the field of electronic science and technology.

Training requirements：Students of this major mainly learn the basic theories and basic knowledge in the fields of optoelectronics, microelectronics and physical electronics, receive basic training in related experimental technology and computer application technology, master professional knowledge of electronic science and technology, and have the ability to engage in the research, design and application development of materials, devices, processes and systems in this field.

Graduates should acquire the following knowledge and abilities:

1. Have a solid foundation in natural sciences, a good foundation in humanities and social sciences, and be proficient in a foreign language;

2. Systematically master the basic theories required by the professional field;

3. Have strong experimental ability, computer application ability and engineering practice ability in this professional field;

4. Understand the theoretical frontier and development trends of this professional field;

5. Have innovative consciousness and the ability to track and master new theories, new knowledge and new technologies in the field;

6. Master the basic methods of literature retrieval and information query, and have certain scientific research and development capabilities.

Main subject：Electronic Science and Technology

Main courses: Electronic circuits, Signals and Systems, C language programming, Principles of Microcomputer and Interface Technology, solid State physics and semiconductor physics, engineering optics, Principles of optoelectronics, fundamentals of microelectronic devices, basic experiments of microelectronics, principles of sensors, principles and applications of single chip computers, optoelectronic system design, etc. The curriculum system consists of public basic courses, subject basic courses and professional courses. Specialties: Introduction to atmospheric optics, principles of radar, maintenance technology of automatic weather station, atmospheric radiation and laser detection, etc.

Main practical teaching links: electronic process practice, electronic circuit experiment, computer language and programming practice, course design, production practice, graduation design, etc.

Main professional practices: electronic circuit experiment, optoelectronic technology experiment, laser monitoring technology experiment, microelectronics basic experiment, microelectronics process experiment.

Students can pursue master's and doctoral degrees in electronic science and technology, information and communication engineering, optical engineering, instrument science and technology, and professional master's degrees in electronic and communication engineering, optical engineering and other fields.

The employment direction of students is mainly engaged in technology, scientific research, teaching or administrative management in scientific research institutes, educational units, electronic communications, instrument manufacturing and other enterprises and institutions.