Mechanical and electronic engineering career direction is as follows:

Mechanical and electronic engineering graduates can be engaged in enterprises and institutions in processing and manufacturing, electromechanical product design, production, transformation, technical support, electromechanical equipment, automation equipment and production line installation, debugging, maintenance and testing, or engaged in electromechanical product marketing and technical services and electromechanical technology application related work, can also be in higher education and scientific research institutions and state organs engaged in teaching, research and administrative management. Technical services and other related to the application of electromechanical technology, but also in higher education, scientific research institutions and state organs engaged in teaching, scientific research and administrative management.

Employment fields: aerospace industry, automobile enterprises, manufacturing industry, instrumentation/industrial automation, new energy, electronic technology/semiconductor/integrated circuits and other fields. Examination can be continued in mechanical, control and other related specialties, such as robotics, control science and engineering, instrumentation science and engineering, big data and artificial intelligence.

More introduction is as follows:

Mechanical and electronic engineering majors in mechanics, mechanical engineering, electronic science and technology, control science and engineering as the main disciplines, focusing on learning electromechanical system design, control system design and other disciplines in the direction of the basic theories and professional knowledge required; students are required to have mechanical, electronic, control and other disciplines of the The students are required to have the basic theory and knowledge of mechanical, electronic, control and other disciplines.

With mechanical design and manufacturing, automation equipment and production system automatic control and detection, computer application technology and other aspects of the basic skills; in the electromechanical industry and related fields to engage in mechatronics products and systems design and manufacturing, research and development, engineering applications, operation and management work.

Mechatronics is an interdisciplinary specialty in the engineering sciences that builds on the disciplines of mechanical engineering, electrical engineering, and computer science, so students and faculty must continue to incorporate the methods and tools of these traditional disciplines in order to continue to develop mechatronic products, systems, and manufacturing methods.

Mechanical and electronic engineering majors to cultivate moral, intellectual, physical and aesthetic all-round development, with a certain degree of cultural literacy and a good sense of social responsibility, to master the necessary basic theories of natural sciences and professional knowledge, with a good ability to learn, practical ability, professional competence and sense of innovation, and after graduation can be engaged in the field of specialization and the related cross-field of the design and manufacture of the design, technology development, engineering applications, production management, technical services and other high-quality work. The program is designed to provide high quality specialists who can work in the design and manufacturing, technology development, engineering application, production management and technical service in the professional fields and related cross-fields.