Training objectives This major trains senior engineering and technical personnel who have the basic theories, knowledge and skills of lightning, lightning protection, architectural design, electronic technology, electrical engineering and information systems, have good scientific quality, can be engaged in lightning monitoring, design, review, acceptance and construction of lightning protection projects for electronic equipment, information network systems and large and medium-sized buildings, and can be engaged in the development and application of lightning protection technologies and products. Training requires that students of this major should have solid basic knowledge of mathematics, physics, foreign languages, electronics, computer applications and so on. The system has a solid grasp of the scientific principles of lightning and its protection and various lightning protection technologies, especially the basic theories, basic knowledge and applications such as lightning principle, lightning monitoring and early warning, electronic circuit foundation, principle and structure of electronic components, computer network and lightning protection, lightning protection of communication and information systems, electromagnetic compatibility principle and design technology, grounding technology, high voltage technology, electrical device testing theory, building foundation, building lightning protection, lightning protection engineering design, audit, lightning protection engineering monitoring and acceptance. Strong computer application ability, able to master a foreign language skillfully. They should receive basic training in lightning protection science and technology, electronic information engineering, electrical engineering and lightning protection practice (including production practice and indoor experiment), and have good scientific literacy, strong innovation consciousness, strong self-study and knowledge updating ability, and professional ability to solve problems independently. Can be engaged in communication and computer network maintenance, lightning protection business management, lightning protection technology development and application, lightning protection engineering design and construction, lightning protection engineering scheme audit, detection and acceptance in enterprises and institutions such as electric power, telecommunications, meteorological departments and scientific research institutes. Graduates should acquire the following knowledge and abilities: 1. Master the basic theories and knowledge of mathematics, physics and electronics; 2. Master the basic theories, basic knowledge, basic application development and experimental skills of lightning principle, electromagnetism, computer network, digital communication, signal processing, electrical engineering, architecture, meteorology, etc. 4 master the basic theory of lightning protection, and have the ability to analyze and design lightning protection devices, review lightning protection engineering schemes, design, detection and construction of lightning protection engineering; 5. Understand the general principles and knowledge of related majors; 6. Understand the basic knowledge of national science and technology policies, technical standards, industry norms, intellectual property rights, quality management system of quality inspection institutions and other relevant policies and regulations; 7. Understand the theoretical frontier, application prospect and latest scientific and technological development trends of lightning science and protection technology; Master the basic methods of Chinese and foreign literature inquiry, literature retrieval and the application of modern information technology to obtain relevant information, and have certain ability of application development, writing papers and participating in academic exchanges. The training object is undergraduate with a four-year academic system. The main subjects are atmospheric science, electronic information engineering, electrical engineering and its automation, and architectural design. The main courses include advanced mathematics, college English, college Chinese, physics, circuit theory series, signal and system, communication principle, digital signal processing, computer foundation and program design, database technology, computer aided design, lightning principle, radar and satellite remote sensing technology, lightning monitoring and early warning, electromagnetic field theory, electromagnetic compatibility principle and design technology, high voltage technology, architectural design foundation, engineering drawing and mapping, building lightning protection, grounding technology, The main practical teaching links of lightning protection, lightning protection engineering design, lightning protection engineering acceptance, low-voltage electrical system, integrated wiring and lightning disaster risk assessment of computer networks and electronic equipment in buildings include course experiment, computer training, course design, production practice and graduation design. Such as engineering drawing, building structure, lightning protection engineering design, lightning protection engineering detection and acceptance, surge protector performance test, production practice, graduation thesis, etc. , usually arranged in 16-20 weeks. The main majors are electrical and electronic sequence experiment, microcomputer interface and single chip microcomputer application, communication principle experiment, integrated electronic design, digital signal processing, computer network, integrated wiring, low-voltage power distribution, engineering drawing, lightning protection engineering design, surge protector performance test, building lightning protection, lightning protection engineering detection and acceptance, etc. Students can pursue master's and doctoral degrees in lightning protection science and technology, atmospheric remote sensing science and technology, high voltage and insulation technology, information and communication engineering, etc. Electronic information engineering, building electricity, communication engineering, electrical engineering and its automation, atmospheric detection, etc.