Curriculum:
Basic courses
Moral education, language, mathematics and basic applied skills, English, physics, basic computer applications, physical education, career guidance.
Specialized Courses
1, Mechanical DrawingStudy the basic knowledge and methods of engineering drawing, principles of projection, views, sections, profiles, parts drawings, assembly drawings, axonometric drawings, so that students can draw simple parts drawings, assembly drawings, and have the ability to read views and draw control engineering drawings. 2、 Basic Electricity Study the basic principles and basic laws of electric circuits. Students will 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 concept of magnetic circuit, and be able to carry out the calculation of simple magnetic circuit. To study the basic structure and principles of commonly used electrical instruments. Students will master the use of DC and AC instruments and meters. Will analyze the general troubleshooting methods of simple commonly used electrical instrumentation, can correctly use electrical instrumentation, and cultivate students' ability to process data and solve practical problems.
3, basic analog electronic technology to learn basic electronic devices and basic amplifier circuit principle, characteristics and main parameters, amplifier circuits and feedback circuits, common analysis, design methods, integrated operational amplifier structure, characteristics, technical specifications, the basic connection and typical applications of the circuit, understanding of power amplifiers, sinusoidal oscillator and DC power supply regulator principle of operation. For students to correctly analyze circuits and repair instruments to lay a foundation. [1]
Through the experiment, students master the structure, working principle, use of commonly used instruments and meters. Master the characteristics of commonly used electronic devices and the main parameters of the test method, and can be reasonably selected. Have the general electronic circuit wiring, testing, fault analysis and the ability to analyze the results of the experiment. For the study of computer, and digital instrumentation to lay a solid foundation.
4, basic digital electronics technology to learn the basic laws of common logic algebra, common gate circuits, combinational logic circuits, flip-flops, timing circuits and analysis of the composition of the method, and has the ability to preliminary design. Understanding of pulse generation and shaping circuits, A/D, D / A conversion of the basic principles and typical integrated block of the external lead terminals.
5, electrician inside wiring and electrical safety through the study, so that students master the basic knowledge of electrical safety, understanding of electrical wiring and construction methods.
6, electronic measurement through the study of this course, so that students master the basic knowledge of commonly used electrical and electronic instrumentation, master its basic structure, working principle and measurement methods.
7, motor and electrical control through the teaching of this course, so that students get the motor and power drag knowledge, basic theory and basic computing ability, and by the necessary basic skills training. Familiarize with the basic knowledge of electric motor, understand the working principle of electric motor, and analyze the common faults of electric motor.
Study the structure, principle, specifications, models and uses of commonly used control appliances, master the basic links of relay contactor control lines, general control line analysis, design and familiar with the general production of mechanical and electrical equipment, the use and working principle, installation, commissioning operation and maintenance of the basic knowledge. Learning transformers, AC and DC motors and control motors of the basic structure, operating principles and operating characteristics.
8, electrical drawing through the study so that students master electrical drawing methods, principles; commonly used electrical and electronic components, text and graphic symbols; can correctly read and draw electrical and electronic circuits, schematic diagrams, installation drawings.
9, electronic design automation through the teaching of this course, so that students are familiar with and master a version of electronic circuit CAD and electronic circuit bench software. Can use the computer to draw circuit diagrams and design the corresponding printed circuit boards.
10, web page production and design using commonly used web page production software for web page production and design, to complete the production of personal web pages, can do to publish relevant information on the Internet.
11, power electronics technology to learn the basic principles of thyristor, the main parameters. Make students master the commonly used thyristor rectifier circuit and active inverter circuit basic principles, waveform drawing, thyristor protection and parallel connection, thyristor triggering circuit, to understand the thyristor passive inverter, AC voltage regulator and other circuits of the basic principles, waveform analysis and the main parameters of the impact of the general controllable rectifier installation, use of the ability.
12, microcontroller technology to learn the characteristics of microcontroller, structural components, the working principle of each component. To enable students to master the characteristics of the microcontroller, composition, the working principle of each component, microprocessor, memory principle, CPU and peripheral exchange of information, the method of interrupt process; learning input / output process, sampling principle of A/D and D / A applications, the use of commonly used I / O interface chip; learning assembly language and programming methods; learning the application of the microcontroller hardware system and development.
13, programmable controllers to learn programmable controllers, the principle of composition, hardware components and the working principle of each component, to master commonly used programmable controllers, programming language and programming methods, so that students will be able to carry out the initial design of the PLC system.
14, factory power supply through the study of this course, so that students are familiar with all aspects of the factory power distribution system and primary and secondary electrical equipment, the basic structure, working principle and function, can correctly analyze small and medium-sized factories power distribution system, wiring diagrams, mastering the initial ability to calculate the power load and short-circuit current, and can read and understand the electrical installation diagrams, and master the workshop substation, power distribution lines and electrical Lighting design methods and basic content, with the safety of electricity, electricity saving basic knowledge.
15, sensor principles and applications of this course mainly teaches the basic concepts and basic knowledge of detection and conversion technology, through the teaching of the students to understand the basic structure of the sensor, the working principle and application, with the selection, testing and adjustment of the sensor's ability to understand the detection system commonly used in the working principle of measurement circuits, detection devices, signal conversion, signal processing and the relevant interface circuits and the process of stabilization of parameters. parameter stabilization methods, etc.
Elective courses
1, marketing study the basic knowledge of economic law, so that students understand the economic contract, trademarks, patents, ownership and foreign legal system. Learning the basics of marketing, so that students understand the marketing strategy, market research and forecasting methods and tools. Learning the basics of public **** relations, so that students understand the role and methods of public relations investigation, public relations publicity, public relations communication and some integrated public relations activities. 2, enterprise management of this course is mainly introduced in the enterprise management part of the organization of the production process, labor quotas, planning and management, quality management, cost of capital and profitability, etc., the technical and economic part of the main introduction to the principles and methods of technical and economic analysis, so that students understand how to organically combine technology and economy, so as to have the basic ability of technical and economic analysis and comprehensive evaluation.
3. Introduction to Environmental Protection studies the basics of ecology and environmental protection. It enables students to understand the ecological balance, the importance of environmental protection and the principles and methods of three-waste treatment.
4, AUTOCAD 2000 through the study of this course, can enable students to understand the modern means of design, master the computer-aided design technology and the use of AutoCAD software package, master the two-dimensional drawing, two-dimensional editing, three-dimensional surface modeling, three-dimensional editing of the knowledge of the coordinate system; and to obtain the corresponding national certificate.
5, VB6.0 This course is based on VisualBasic6.0, teaching the basic concepts of programming language, basic theory and programming methods, so that students can understand and master the visual computer programming methods, able to independently write applications, and combined with related technologies such as databases, API functions, small and medium-sized system design and development.
Through the study of this course, students can master high-level language programming and visual programming functions, master visual programming skills and techniques, and lay the foundation for further in-depth self-study of Visual Basic programming.
6, chemical knowledge of the basic knowledge of chemistry; understand the performance and use of commonly used simple chemical production equipment; understand the simple chemical production process. Make students understand the causes of corrosion and protective measures.
Internship
(1) metalwork internship to learn the basic operation of pliers, understanding of the basic knowledge of metalwork; through the production of small workpieces, learn to use the pliers commonly used tools and gauges, and enable students to understand the methods and processes of machining.
(2) Internal and external electrician internship to learn the selection of common lamps and lanterns, the installation and maintenance of lighting lines, the correct use of electrician's instruments and meters. And the design, installation and debugging of multimeter. So that students master the electrician safety technology, first aid knowledge of electric shock, master the use of common electrician tools, electrician test instruments and meters.
Learn the installation and maintenance of internal and external works and the wiring and debugging of electrical equipment. Make students master the basic operating skills. Learning the installation of lamps and lanterns, single-phase meter and three-phase meter installation and wiring.
(3) electronic internship to learn the testing and selection of electronic components, (tin) soldering technology training. Carry out electronic circuit design and production of small electronic equipment. Requirements for drawing circuit schematic diagrams, construction drawings, preparation of components and materials list, writing design instructions, so that students initially grasp the steps and methods of design. At the same time let the students will design their own electronic circuits for assembly, debugging, so that students are familiar with the use of commonly used electronic instruments and equipment and maintenance of general knowledge.
(4) motor maintenance internship so that students are familiar with the common tools and materials for motor repair, and can make the correct use and selection; preliminary mastery of small squirrel-cage asynchronous motor and small transformer disassembly, rewinding process and quality inspection after repair.
(5) electronic automation design internship enables students to familiarize themselves with the mastery of computer-aided circuit design software PROTELD command, the use of tools. Can use the computer to draw circuit diagrams and design the corresponding printed circuit board.
(6) cognitive internship through this internship, should make the students understand the production process of chemical products and the characteristics of chemical production, and initially obtain the chemical plant substation and distribution system and electric power dragging aspects of perceptual understanding.
(7) microcontroller internship through the practice, so that the students themselves to design a small microcontroller system. To achieve the understanding of microcontroller technology in electronic equipment application methods.
(8) PLC internship to learn the use of PLC and programmer, according to the process requirements, drawing ladder diagrams, write a complete program and debugging the program.
(9) electrician skills intensive training and certification for intermediate electrician required technical operation skills training, so that students have a comprehensive mastery of maintenance electrician intermediate technical level of skills, techniques and should know. Have safe use of electricity and master the first aid method of electric shock. Pass an on-the-job operation test recognized by the professional department and issue an electrician on-the-job operation certificate.
(10) Graduation SessionThe purpose of the graduation session is to enable students to analyze and solve practical engineering problems through the comprehensive application of the basic theories and professional knowledge they have learned, and to improve their ability to work independently. Under the premise of guaranteeing the mathematical requirements, it should be combined with the actual production of selected topics as far as possible, and students are required to complete the design task independently.
The graduation internship enables students to understand the process of factory power supply and distribution, production organization and management, installation of electrical control equipment, debugging, maintenance and other work. Can also make students directly involved in radio factories, research institutes and other enterprises in the production, scientific research and practical activities, so that students understand the installation of electronic devices and equipment, debugging and development, development process. In the internship attention to the use of knowledge to observe, analyze the actual engineering problems.
The content of the graduation design can be selected from the workshop or a small factory power distribution substation electrical system design, or medium complexity thyristor DC speed control system design, or the production of mechanical power equipment control circuit design. Requirements for the drawing of schematic diagrams (system diagrams), layout diagrams, the preparation of the design material table, the preparation of the design manual. Can also be through a comprehensive electronic device design process, exercise students the application of electronic technology
Professional Introduction:
Employment Direction
This professional direction to cultivate with intelligent electronic product design, quality testing, production management and other aspects of the basic theoretical knowledge and basic skills, can be in the field of electronics and the department of the first line of production in the field of intelligent electronic product Design and development, quality testing, production management, sales of intelligent electronic products and technical support skills application-oriented talents. Graduates are mainly employed in electronic enterprises, electronic companies and institutions engaged in CNC equipment or instrumentation, home appliance control systems, intelligent toys, automotive electronics, industrial control network communication equipment, medical instruments, environmental monitoring and other products, production testing, maintenance, debugging, production management and sales work. Practical Training Sessions
Electronic skills training, electronic comprehensive training based on CNC high-fidelity amplifier, automatic testing technology training, comprehensive training based on the application and development of the AT89S51 microcontroller, MP3 digital product design training, professional comprehensive training, capstone internship, graduation internship and graduation design.
Business Cultivation
1. Knowledge Structure
(1) The basic knowledge of culture for high-level electronic technology professionals. Including the basic principles of electrical circuits, basic knowledge of network theory, basic electronic technology, principles of high-frequency electronic circuits, microwave and fiber-optic communication knowledge, basic knowledge of computer and multimedia technology, the use of commonly used electronic instruments and meters and the maintenance of knowledge, and timely tracking of new advances in electronic technology and cutting-edge technology knowledge.
(2), master the use and maintenance of a variety of electronic and communication equipment
(3), master the basic knowledge necessary for the electronic engineering profession.
(4), proficiency in a foreign language, English level to the University of three.
2, ability structure
(1), students should have a variety of electronic, communication equipment and related instruments and tools to operate.
(2) The ability to track new electronic technologies.
(3) The ability to develop computer network technology.
(4) Ability to develop and maintain communication systems.
(5) Ability to build, manage and maintain server rooms for communication equipment.
The department requires that students in the senior class should strive to graduate with four certificates: a diploma, a certificate of college English III, a certificate of the second level of the National Computer Rating Examination, and a certificate of advanced skill appraisal for repairers of electronic or electrical products.
Professional orientation
Electronic information industry is one of the four pillar industries of China's national economy, but also China's "Eleventh Five-Year Plan" focus on supporting the industry. Wuxi City "Eleventh Five-Year Plan" pointed out that: through five years of efforts to make the electronic information industry from our four pillar industries in the fourth place to develop into the first pillar industries. With the rapid development of the electronic information industry, the demand for applied electronic technology professionals continue to increase over the years, relying on colleges and universities, research institutes and enterprises to train a number of applied electronic technology professionals, but compared with the development needs of China's information industry, there is still a large gap.
The technical methods and technical means used in the field of computer. Computer technology has obvious comprehensive characteristics, it is closely integrated with electronic engineering, applied physics, mechanical engineering, modern communication technology and mathematics, rapid development.
Major Courses Edit
Basic Computer Application, Computer Assembly and Maintenance, Visual Basic Language, Professional English, Computer Graphic and Animation Design, Computer Network Fundamentals and Construction and Management of Local Area Networks, Database Development and Application, Advertising Design and Production, Website Construction and Webpage Design, Multimedia Design and Production, E-Commerce, Network Security, Principles of Communication, etc.
2 Professional Classification Editor
Big Categories
Including computer, electronics, communication, information, digital, automation, and biomedical engineering related disciplines, including: enterprise information computer management, e-commerce, economic information management and computer applications, information management and information systems, computer-aided design and manufacturing, database applications and information management, microelectronics control technology, computer-aided manufacturing process, computer system maintenance technology, electromechanical equipment and microcomputer applications, computer control technology, computer-aided design, centralized control of factory computers, computer assembly and maintenance, computer graphics and image processing, computer art design, computer network engineering and management, information and communication network application technology, information and multimedia technology, multimedia and network technology, Computer Network Technology, Advertising Computer Production, Computer Graphic Processing and Plate Making, Computer Drafting, Electronic Engineering, Computer Network and Software Application, Network Technology and Information Processing, CNC Technology and Application, Electrical Appliances and Computers, Information Processing and Automation, Computer and Postal Communication, Computer Aided Mechanical Design, Computer and Information Management, Office Automation Technology, Microcomputer and Application, Electronic Technology and Microcomputer Applications, Communication Technology, Office Automation Equipment Operation and Maintenance, Computer Application and Maintenance, Computer Application Technology, Computer Communication, Electronics and Information Technology, Computer Science Education, Computer Software, Computer and Applications, Applied Electronics Technology, Microelectronics Technology, Software Engineering, Information Engineering, Electronic Science and Technology, Computer Science and Technology, Communication Engineering, Electronic Information Engineering, Automation , Biomedical Engineering, Network Engineering, Computer and Automated Testing, Computer Applications and Security Management, Network and Information Security, Information Security, Microelectronics, Electronic Information Science and Technology, Information Science, Computational Mathematics and its Applications, Information and Computing Science, Computer Art and Design, Internet Advertising Design, Publishing and Computer Editing Technology, Modern Information Technology Education, Educational Information Technology, Digital Media Technology.
Software
This refers to the computer-related disciplines in the direction of software and system development in the opening disciplines, including: economic information management and computer applications, information management and information systems, computer-aided design and manufacturing, database applications and information management, e-commerce, computer and information management, office automation technology, computer control technology, computer-aided design, factory computer centralized control. Computerized control of factories, centralized control of factory computers.
Network management class
The computer-related disciplines in the opening of the discipline to the software and system development direction of the main, the professional knowledge of this category of disciplines to the network aspects of the application of the main include: multimedia and network technology, computer network technology, computer and postal communications, computer-aided mechanical design, computer and information management, e-commerce, network engineering, computer applications and security management, network and information security, office automation technology, computer control technology, computer-aided design, factory computerized control. security management, network and information security, Internet advertising design, computer networks and software applications, network technology and information processing, information management and information systems, computer software, computers and applications, communications technology, computer communications, electronics and information technology.