Based on the disciplines of machinery, electronics, computer, etc., the specialty of electromechanical technology application trains advanced applied talents who master electromechanical integration technology, robot technology and numerical control technology. Graduates can work in machinery manufacturing, electronic appliances, aerospace, automobile manufacturing, energy and electricity, information technology and other fields.
In recent years, with the development of intelligent manufacturing, internet plus and other emerging technologies, the employment prospects of electromechanical technology application majors are broader and the number of jobs is increasing. This major is also one of the industries supported by the state, which has made important contributions to the national economic development and scientific and technological innovation. Therefore, students majoring in mechanical and electrical technology application have good employment prospects and broad development space in the future job market.
Electromechanical technology application major is an important major in higher vocational education, involving technology and knowledge in many fields such as machinery, electronics and computers. It is a comprehensive applied major. The students trained in this major have strong practical operation ability and innovation ability, and can adapt to the rapidly changing market demand and technological development trend.
The introduction of electromechanical specialty is as follows:
Mechanical and electronic engineering majors train advanced applied technical talents who have the necessary basic theoretical knowledge, professional knowledge and strong practical work ability in this field, meet the needs of the front line of production, construction, management and service, and develop morally, intellectually, physically and aesthetically.
Senior applied talents who can teach mechanical and electrical technology courses in secondary vocational schools and engage in design research in related industries. Can be engaged in the design and manufacture of mechanical and electrical products, product development and promotion, mechanical and electrical equipment maintenance, production management, mechanical and electrical professional course teaching.
The main courses include engineering mechanics, electrical technology foundation, electronic technology foundation, descriptive geometry and mechanical drawing, mechanical manufacturing foundation, mechanical design foundation, mechanical engineering control foundation, CNC machine tools and programming, microcomputer principle and interface technology. Some colleges and universities train the following professional directions, such as numerical control maintenance and robot application.