Specialized courses
1, mechanical drawing to learn the basic knowledge and methods of engineering drawing, principles of projection, view, section, section, parts drawings, assembly drawings, axonometric drawings, so that students can draw simple parts drawings, assembly drawings, and have the ability to read the view and draw control engineering drawings.
2. Fundamentals of Electrical Engineering studies the basic principles and fundamental laws of electric circuits. Students will master the calculation and basic analysis methods of DC circuits, AC circuits and first-order dynamic circuits, understand the concepts of non-sinusoidal periodic current circuits, second-order dynamic circuits and the basic concepts of magnetic circuits, and be able to carry out the calculation of simple magnetic circuits.
Study the basic structure and principles of commonly used electrical instruments. Enable students to 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.? Analog Electronics Fundamentals? Learning basic electronic devices and basic amplifier circuit principle, characteristics and main parameters, amplifier circuit and feedback circuit of the common analysis, design method, integrated operational amplifier structure, characteristics, technical indicators, basic connection and typical application circuit, understanding of power amplifiers, sinusoidal oscillator and DC voltage regulator power supply principle of operation. Lay the foundation for students to correctly analyze circuits and repair instruments.
Through the experiment, students can master the structure, working principle and usage of common 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, ? Digital Electronics Fundamentals? Learning the basic laws of logic algebra, common gate circuits, combinational logic circuits, flip-flops, timing circuits and analysis methods, and has the ability to preliminary design. Understand the pulse generation and shaping circuit, 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, students can obtain the knowledge of motor and electric power drag, basic theory and basic calculation ability, and receive the necessary basic skills training. Familiar with the basic knowledge of electric motors, understand the working principle of electric motors, and will analyze the common faults of electric motors.
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 of electrical drawing methods, principles; commonly used electrical and electronic components, text and graphic symbols; can correctly read and draw electrical and electronic circuit schematics, installation drawings.
9,? Electronic design automation? Through the teaching of this course, make students familiar with and master a version of electronic circuit CAD and electronic circuit workbench software. Can use computer to draw circuit diagrams and design corresponding printed circuit boards.
10, web page production and design? Utilize commonly used web page production software for web page production and design, complete personal web page production, and be able to do to publish relevant information on the Internet.
11, power electronics? Learning the basic principle 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.
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 sector of the first line of production in the design and development of intelligent electronic products, quality testing, production management, sales of intelligent electronic products and technical support skills and application-oriented personnel.
The employment of graduates is mainly 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 links
Electronic skills training, CNC-based high-fidelity amplifier electronic comprehensive training, automatic testing technology training, based on the AT89S51 microcontroller application and development of comprehensive training, professional comprehensive training, top practice, graduation internship and graduation design.