Brief introduction of numerical control technology specialty

The numerical control specialty is also called computer numerical control technology, which mainly uses the computer to control the movement track of equipment and the sequential logic of peripheral equipment operation according to the pre-stored control program. Numerical control specialty is to cultivate and master the basic theory and knowledge of numerical control technology and application specialty, and can engage in production, management, product marketing, equipment maintenance and other work in the production line.

Professional category

Numerical control technology major belongs to mechanical engineering major. Belonging to mechanical processing.

Brief introduction of numerical control technology

Numerical control technology, referred to as numerical control, is a technology that uses digital control to realize automatic control of a certain working process. Usually control mechanical quantities such as position, angle and speed, as well as switching quantities related to the flow direction of mechanical energy. The appearance of numerical control depends on the appearance of data carrier and binary data operation.

Professional core curriculum

Mechanical drawing, mechanical design basis, NC machining technology, NC machining programming and operation, NC principle and system, CAD/CAM application, NC machine tool use and maintenance, NC machine tool electrical control, industrial enterprise management, surveying and mapping, PLC training, machining practice, CAM training, NC machine tool operation skill training, professional course design, graduation practice (design), etc. , as well as the main characteristic courses and practical links of each school.

Career development prospects

The development prospect of CNC technology specialty is broad, and more enterprises will adopt CNC technology in the future, so the employment prospect of CNC technology specialty is very good.

Employment direction

Processing enterprises: CNC equipment operation, technology, CNC equipment manufacturing, debugging and maintenance.

Professional cohesion

Examples of continuing undergraduate majors: mechanical design, manufacturing and automation; Mechanical engineering.