On the basis of lifelong education, quality education and personality education, we will cultivate generous, compound and innovative intermediate technical workers with computer application expertise, who can develop morally, intellectually and physically in an all-round way, develop their knowledge, ability and quality in a coordinated way, analyze and solve problems independently, adapt to all the work in the field of "Electrical Engineering and Automation". Edit paragraph 2. course

(1) Basic courses

Moral education, Chinese, mathematics and application foundation, English, physics, computer application foundation, physical education, employment guidance.

(2) Specialized courses

1, mechanical drawing learns the basic knowledge and methods of engineering drawing, projection principle, views, sectional views, sectional views, part drawings, assembly drawings and axonometric drawings, so that students can draw simple part drawings and assembly drawings, and have the ability to read views and draw control engineering drawings. 2. Learn the basic principles and laws of the circuit. Make students master the calculation and basic analysis methods of DC circuit, AC circuit and first-order dynamic circuit, understand the concepts of non-sinusoidal periodic current circuit, second-order dynamic circuit and the basic concepts of magnetic circuit, and calculate simple magnetic circuit. Understand the basic structure and principle of common electrical instruments. Make students master the use of DC and AC instruments. Can analyze the common troubleshooting methods of simple and commonly used electrical instruments, can use electrical instruments correctly, and cultivate students' ability to process data and solve practical problems. 3. Learn the principles, characteristics and main parameters of basic electronic devices and basic amplification circuits, common analysis and design methods of amplification circuits and feedback circuits, integrate the structure, characteristics, technical indicators, basic connections and typical application circuits of operational amplifiers, and understand the working principles of power amplifiers, sine wave oscillators and DC regulated power supplies. It lays a foundation for students to correctly analyze circuits and maintain instruments. Through experiments, students can master the structure, working principle and usage of commonly used instruments and meters. Master the test methods of common electronic device characteristics and main parameters, and choose them reasonably. Have the ability of wiring, testing, fault analysis and experimental result analysis of general electronic circuits. Lay a solid foundation for learning computers and digital instruments. 4. Learn the basic laws of common logic algebra, the composition and analysis methods of common gate circuits, combinational logic circuits, flip-flops and sequential circuits, and have the ability of preliminary design. Understand the pulse generation and shaping circuit, the basic principle of A/D and D/A conversion, and the external leads of typical integrated blocks. 5. Electrical wiring and electrical safety Through learning, students can master the basic knowledge of electrical safety and understand electrical wiring and construction methods. 6. Electronic Measurement Through the study of this course, students can master the basic knowledge of commonly used electrical and electronic instruments, and master their basic structure, working principle and measurement methods. 7. Motor and Electrical Control Through the teaching of this course, students can acquire the knowledge, basic theory and basic calculation ability of motor and electrical transmission, and receive the necessary basic skills training. Familiar with the basic knowledge of motor, understand the working principle of motor and analyze the common faults of motor. Learn the structure, principle, specifications, models and uses of common control appliances, master the basic links of relay contactor control circuit, analyze and design general control circuit, and be familiar with the basic knowledge of the use, working principle, installation, debugging, operation and maintenance of general production machinery and electrical equipment. Understand the basic structure, working principle and working characteristics of transformers, AC, DC motors and control motors. 8. Electrical Drawing enables students to master the methods and principles of electrical drawing through learning; Common words and graphic symbols of electrical and electronic components; Can correctly read and draw the schematic diagram and installation diagram of electrician and electronic circuit. 9. Electronic Design Automation Through the teaching of this course, students are familiar with and master the use of a version of electronic circuit CAD and electronic circuit workbench software. Can use computer to draw circuit diagram and design corresponding printed circuit board. 10, Web page production and design Use common web page production software to produce and design web pages, complete personal web page production, and publish relevant information online. 1 1, power electronics technology to learn the basic principle and main parameters of thyristor. Make students master the basic principle, waveform drawing, thyristor protection and parallel connection, thyristor trigger circuit of commonly used thyristor rectifier circuits and active inverter circuits, understand the basic principle, waveform analysis and main parameter influence of thyristor passive inverter and AC voltage regulating circuits, and have the ability to install and use general controllable rectifier equipment. 12, single chip microcomputer technology to learn the characteristics of single chip microcomputer, structure, working principle of each component. Make students master the characteristics and composition of single chip microcomputer, the working principle of each part, the principle of microprocessor and memory, the method of exchanging information between CPU and peripherals, and the method of interrupting the process; Learn the input/output process, sampling principle, A/D and D/A application, and the use of common I/O interface chips; Learn assembly language and programming methods; The application and development of hardware system of single chip microcomputer are studied. 13. Programmable controllers learn the composition principle, hardware composition and working principle of various components of programmable controllers, master the programming languages and methods of commonly used programmable controllers, and enable students to carry out the preliminary design of PLC systems. 14, factory power supply Through the study of this course, students are familiar with the basic structure, working principle and function of each link of factory power distribution system and primary and secondary electrical equipment, can correctly analyze the primary and secondary wiring diagrams of small and medium-sized factory power distribution system, master the preliminary ability of power load and short-circuit current calculation, understand the electrical installation diagram, and master the design methods and basic contents of workshop power distribution stations, distribution lines and electrical lighting, which is both safe and economical. 15, sensor principle and application This course mainly teaches the basic concepts and knowledge of detection and conversion technology. Through teaching, students can understand the basic structure, working principle and application of sensors, have the ability to select, test and adjust sensors, and understand the working principle, detection devices, signal conversion, signal processing, working process and parameter stabilization methods of commonly used measurement circuits in detection systems.

(3) Elective courses

1, marketing to learn the basic knowledge of economic law, so that students can understand economic contracts, trademarks, patents, ownership and foreign-related legal systems. Learn the basic knowledge of marketing, so that students can understand marketing strategies, methods and means of market research and prediction. Learn the basic knowledge of public relations, so that students can understand the functions and methods of public relations investigation, publicity, communication and some comprehensive public relations activities. 2. Enterprise Management The enterprise management part of this course mainly introduces the organization, labor quota, plan management, quality management, cost and profit of the production process. The technical and economic part mainly introduces the principles and methods of technical and economic analysis, so that students can understand how to combine technology and economy organically, so as to have the basic ability of technical and economic analysis and comprehensive evaluation. 3. Introduction to Environmental Protection Learn the basic knowledge of ecology and environmental protection. Make students understand the significance of ecological balance and environmental protection, as well as the principles and methods of three wastes treatment. 4, AUTOCAD 2000 Through the study of this course, students can understand modern design methods, master computer-aided design technology and the use of AUTOCAD software packages, and master the knowledge of two-dimensional drawing, two-dimensional editing, three-dimensional surface model, three-dimensional editing coordinate system and so on. And obtain the corresponding national certificate. 5.VB6.0 is based on VisualBasic6.0. This course teaches the basic concepts, basic theories and programming methods of programming languages, enabling students to understand and master visual computer programming methods, independently write application programs, and design and develop small and medium-sized systems in combination with related technologies such as databases and API functions. Through the study of this course, students can master the functions of advanced language programming and visual programming, master the skills and techniques of visual programming, and lay the foundation for students to further learn Visual Basic programming by themselves. 6, chemical common sense to learn the basic knowledge of chemistry; Understand the performance and application of common simple chemical production equipment; Understand the simple chemical production process. Make students understand the causes of corrosion and protective measures.

(4) Practice link

(1) metalworking practice to learn the basic operation of locksmith and understand the basic knowledge of metalworking; By making small workpieces and learning to use tools and measuring tools commonly used by locksmiths, students can understand the methods and processes of machining. (2) Internal and external line electrician practice study the selection of common lamps, the installation and maintenance of lighting circuits, and the correct use of electrical instruments. And design, install and debug the multimeter. Enable students to master electrical safety technology, first aid knowledge of electric shock, and the use of common electrical tools and electrical test instruments. Learn the installation and maintenance of internal and external projects and the wiring and debugging of electrical equipment. Enable students to master basic operation skills. Learn the installation of lamps, the installation and wiring of single-phase watt-hour meters and three-phase watt-hour meters. (3) Electronic practice study the testing and selection of electronic components, and conduct training on (tin) welding technology. Design and manufacture electronic circuits of small electronic equipment. It is required to draw the schematic diagram and construction drawing of the circuit, compile the list of components and materials, and write the design instructions, so that students can initially master the design steps and methods. At the same time, let students assemble and debug electronic circuits by themselves, and familiarize them with the knowledge of the use and maintenance of common electronic instruments and equipment. (4) Motor maintenance practice makes students familiar with the common tools and materials for motor maintenance, and can use and select them correctly; Master the disassembly and rewinding process of small squirrel-cage asynchronous motor and small transformer and the quality inspection after repair. (5) Electronic automation design practice familiarizes students with the use of commands and tools of computer-aided circuit design software PROTELD. Can use computer to draw circuit diagram and design corresponding printed circuit board. (6) Understanding Practice Through this practice, students can understand the production process of chemical products and the characteristics of chemical production, and initially obtain the perceptual knowledge of power distribution system and electric drive in chemical plants. (7) The practice of single chip microcomputer enables students to design a small single chip microcomputer system by themselves. In order to understand the application method of single chip microcomputer technology in electronic equipment. (8)PLC practice learning the use of PLC and programmer, drawing ladder diagram according to process requirements, writing complete program and debugging program. (9) Intensive training and textual research on electrician skills. Conduct technical operation skills training for intermediate electricians, so that students can master skills, skills and what they should know. Have the ability to use electricity safely and master the first aid method of electric shock. Pass the post operation examination recognized by the professional department and issue the electrician post operation certificate. (10) Graduation link The purpose of graduation link is to enable students to comprehensively apply the basic theories and professional knowledge they have learned to analyze and solve practical engineering problems and improve their ability to work independently. On the premise of ensuring the mathematical requirements, the topic should be combined with the production practice as much as possible, and students are required to complete the design task independently. Graduation practice enables students to understand the process of power supply and distribution, production organization and management, installation, debugging and maintenance of electrical control equipment. Students can also directly participate in the production and scientific research practice activities of wireless power plants, scientific research institutes and other enterprises, so that students can understand the installation, debugging, development and research process of electronic devices and equipment. Pay attention to observe and analyze practical engineering problems by using the knowledge learned from practice. The graduation project content can choose the electrical system design of workshop or small factory substation, or the design of thyristor DC speed regulation system with moderate complexity, or the control circuit design of production machinery and electrical equipment. It is necessary to draw the schematic diagram (system diagram) and layout diagram, prepare the list of design materials and write the design specification. You can also train students' application ability of electronic technology through a comprehensive electronic device design process and edit this electronic professional introduction.

Employment direction

This major aims to cultivate application-oriented talents with basic theoretical knowledge and skills of intelligent electronic product design, quality inspection and production management, who can be engaged in intelligent electronic product design and development, quality inspection, production management, sales and technical support skills in the electronic field and departmental production line. Graduates are mainly engaged in the production inspection, maintenance, debugging, production management and sales of CNC equipment or instruments, home appliance control systems, smart toys, automotive electronics, industrial control network communication equipment, medical instruments, environmental monitoring and other products in electronic enterprises, electronic companies and institutions. The training links include electronic skills training, electronic comprehensive training based on numerical control high-fidelity power amplifier, automatic detection technology training, comprehensive training based on AT89S5 1 single chip microcomputer application and development, MP3 digital product design training, professional comprehensive training, post practice, graduation practice and graduation design.

Business training

1, knowledge structure (1), with the basic cultural knowledge of high-level electronic technology professionals. Including the basic principles of circuits, network theory, electronic technology, high-frequency electronic circuits, microwave and optical fiber communication, computer and multimedia technology, the use and maintenance of common electronic instruments and meters, and the knowledge of timely tracking new progress and cutting-edge technologies. (2) Master the use and maintenance of various electronic and communication equipment; (3) Master the necessary basic knowledge of electronic engineering. (4) Mastering a foreign language. 2, ability structure ①, students should have the ability to operate various electronic and communication equipment and related instruments and tools. (2) the ability to track new electronic technologies. (3), the development ability of computer network technology. (4), communication system development and maintenance capabilities. 5], communication room construction, management and maintenance capabilities.

Electronic information industry is one of the four pillar industries of China's national economy, and it is also the key industry supported by China's "Eleventh Five-Year Plan". Wuxi's 11th Five-Year Plan points out that after five years' efforts, the electronic information industry has developed from the fourth among the four pillar industries to the first. With the rapid development of electronic information industry, the demand for applied electronic technology professionals is increasing. Over the years, universities, research institutes and enterprises have trained a number of applied electronic technology professionals, but there is still a big gap compared with the development needs of China's information industry.