The undergraduate major of electrical engineering and automation is established according to the latest professional catalogue issued by the Ministry of Education, aiming at broadening the professional caliber and enhancing the adaptability of talents. It embodies the characteristics of combining strong electricity with weak electricity, combining power with electronic technology, combining components with systems, and combining computer software with hardware. It optimizes students' knowledge structure, enhances students' practical ability and innovation ability, and devotes itself to cultivating students with solid theoretical foundation of mathematics, physics and electrotechnics, systematic professional theory, extensive technical knowledge and good practical ability. Our college offers more than 30 courses for undergraduates every year. The main courses of junior students are: circuit analysis, electronic technology, electrical engineering, signal and system, automatic control theory, information technology, computer science and engineering, power system foundation and so on. The subjects studied by senior students are: power electronics technology, power system transient analysis, network technology, power system computer analysis, power system protection and control, microcomputer measurement and control technology, microcomputer principle and application, electric drive, micromotor and its control system, etc. This major is a brand major in Jiangsu Province.
The students trained in our college have a solid basic theory and a wide range of knowledge, and have strong abilities in scientific research, engineering design and management, product development and higher education. Therefore, the number of graduates is in short supply every year, which is welcomed and widely praised by enterprises and institutions in the field of electrical engineering (such as electric power research institute, electric power design institute, electric power company, etc.) ), high-tech companies, state government agencies, research institutes, universities and other employers.
Graduates can further study for master's and doctor's degrees in universities or other schools according to their own wishes. Excellent graduates can study for master's degree without examination, and can continue to study for master's degree and doctor's degree. Our college has established long-term and stable cooperative relations with many world-renowned universities (such as Cornell University, British Bus University, Sheffield University, University of London, Aachen University of Technology, Zurich Federal Institute of Technology, Iowa State University, Sydney University of Technology, Hong Kong University and Hong Kong Polytechnic University, National University of Singapore, etc.). ), and will create all convenient conditions for students to study abroad after graduation and jointly cultivate for further study. (1) Motors and electrical appliances
The discipline of electrical machinery and appliances is the only unit in the province that has the right to award doctoral degrees. The research direction of the discipline not only involves the field of energy industry and electrical equipment manufacturing in China, but also is the basis for the development of information technology, automatic control technology and robot technology. This is of great significance to the development of science and technology and the construction of our national economy.
Over the years, based on the research of new reluctance motor, this discipline has established a complete theoretical research system of new reluctance motor, which has reached the advanced level at home and abroad and won the second prize of scientific and technological progress of the Ministry of Education. The subject also makes a systematic, comprehensive and in-depth study on the design and safe operation theory of super-large generators. In the design of large generators, the principle of parameter selection and the research of numerical analysis method for safe operation, it has undertaken and completed 3 national key scientific and technological projects, 2 provincial and ministerial fund projects and 4 provincial electric power bureau scientific and technological projects, some of which have reached the international advanced level, and 1 won the second prize for scientific and technological progress in Jiangsu Province. Through the research on intelligent fault diagnosis technology and feature extraction method of electrical equipment, the internal fault and adaptive protection analysis system of large generators and various microcomputer intelligent fault diagnosis systems and devices of electrical equipment have been successfully developed for the first time in China, and passed the provincial and ministerial appraisal; Actively carry out the research on on-line testing technology of motor. It is the first time in China to successfully develop an on-line intelligent analysis and automatic testing device for electromagnetic noise of single-phase asynchronous motor, which solves the main technical problems of on-line testing of motor noise and has been applied in the factory. This achievement won the third prize of scientific and technological progress of the Ministry of Education.
(2) Power system and its automation
The discipline of power system and its automation is the main discipline of power system and its automation in China. 1986 won the doctoral program, and 1994 won the provincial key discipline in Jiangsu province. The construction of this discipline always follows the frontier of the discipline and is closely combined with the production practice of power system. The research direction of this discipline not only pays attention to the frontier research, but also pays attention to the practical and technical problems existing in power production. Numerous scientific research achievements provide scientific basis for the development of power system and bring great economic and social benefits to the power industry.
Through years of discipline construction, this discipline has formed the following advantages:
1. has formed four distinctive directions.
Power system operation and control.
2) Application of power electronics technology in power system
3) electricity market theory and practice
4) Application of digital technology in protection, control and management.
The above research direction is determined according to the actual needs of power system production, which has great research value. Its research results have broad application prospects.
In recent years, the discipline has adhered to the principle of paying equal attention to basic research and facing the main battlefield of the national economy. He has successively presided over and undertaken key projects such as the National Climbing Plan B, the National Natural Science Foundation, and the national key scientific and technological projects, and also undertaken dozens of horizontal scientific research projects such as power plants, substation simulation systems, microcomputer relay protection devices, distribution system automation, and harmonic control of power systems. The research on computer digital protection, flexible AC transmission technology, substation integrated automation, distribution automation, geographic information system, expert system, GPS system, load control, etc. has been at the forefront in China and has certain influence in the world. He has won various scientific and technological achievement awards for more than ten times. 1986, has been engaged in the research of microcomputer protection devices for large generators and transformers. In 1990s, the device was first developed successfully in China, which filled the gap in China, replaced the integrated circuit protection device and greatly improved the protection level of the unit. The research results are at the leading level at home and abroad, and won the third prize of national scientific and technological progress and the first and second prizes of provincial scientific and technological progress; The research of power quality compensator has achieved good research results, which has been highly valued by academic circles at home and abroad. The prototype has been trial-produced and will be put into field operation soon.
2. Grasp the direction, conduct advanced research and strive for a leading position.
Theoretical research and advanced device research are carried out in unattended substation, distribution system automation, power quality controller (user power technology), flexible AC transmission (FACT) technology, power demand side management, etc. It laid a foundation for the sustainable development of the power industry.
3. Foreign countries and overseas cooperation channels are smooth, and scientific research cooperation is established with many foreign and overseas universities, and scholars are sent to give lectures and exchange students, such as Aachen University of Technology (Germany), Zurich University of Technology (Switzerland), Bath University (UK), City University of London (UK), university of strathclyde (UK) and so on.
4. Have a stable foundation for off-campus cooperation.
This discipline works closely with production units, taking the transformation of science and technology into productivity as the main task, and has established long-term cooperative relations with Nanjing Institute of Automation, East China Electric Power Administration, Jiangsu Electric Power Administration, Anhui Electric Power Administration and other units to jointly carry out scientific research and accelerate the timely transformation of scientific research results into productivity.
(3) Power electronics and power transmission
At present, there are three main research directions of power electronics and power transmission: power electronics application, microcomputer measurement and control and intelligent instruments. This is a new interdisciplinary subject. This discipline is dominated by the application of power electronics technology in electrical engineering, which is of great significance to promote the development of various disciplines of electrical engineering. It has a broad application prospect in the field of electrical engineering.
In recent years, the research and development work carried out by the discipline mainly focuses on the application of power electronics technology in power system, the application of power electronics technology in industrial control and motion control system, the research of power technology and transmission theory, the monitoring and protection of power and electrical equipment, power system fault simulation, power energy management, distributed control system, field bus control system, virtual instrument technology, IC card technology and intelligent instruments. The first microcomputer-based motor comprehensive protection device in China has been successfully developed, and a series of microcomputer-based relay protection devices and substation integrated automation systems have been developed. It is the first IC card prepayment watt-hour meter developed in China, and a series of IC card application systems have been developed. And in the motor intelligent speed regulation system, three-phase and single-phase high-power inverter and other aspects have made important research results.
(4) electrical theory and new technology
The discipline of electrical theory and new technology is based on the application research of information technology in electrical engineering, and always emphasizes the intersection and integration of new technologies, which is full of strong vitality. As Secretary-General of State Science and Technology Commission and Jiangsu Science and Technology Commission, he has undertaken and completed five national 863 high-tech projects. The completed Huabao CIMS project and other scientific research projects have achieved international advanced research results, and won the second prize of national scientific and technological progress, the first prize of provincial and ministerial scientific and technological progress and the second prize successively.
The research direction of the discipline attaches great importance to the research work of the basic theory of electricity, and has carried out research on the theory and simulation of non-sinusoidal circuits, signal processing technology, harmonic control technology and device of power system, and measurement and management of electrical signals. The theory and application of engineering electromagnetic field, numerical analysis model and method of electromagnetic field, and electromagnetic field analysis method in electrical equipment are deeply and systematically studied. It not only solved the problems of complex changes, unique solutions of fields and calculation errors in theory, but also solved many technical problems in the design and manufacture of electrical equipment in engineering application, which well reflected the scientific research direction of combining theory with practical engineering and won the reputation and academic status for the discipline. In recent years,
With the support of the National 863 Program, this project is further combined with information technology, focusing on the measurement, management and integration of electrical information, forming the following direction: 1. Electronic manufacturing system, 2. Electrical information measurement, 3. Information management and integration. The scientific research projects undertaken by this discipline mainly come from the national 863 plan and provincial key scientific and technological projects. This topic has a great contribution to the strategic goal of informatization in the whole province.