Several generations and several mature breeding

Material forming and control engineering

vehicle engineering

Process equipment and control engineering

mechanical engineering

Micro-electromechanical system engineering

Mechanical and electrical engineering

Automobile Service Engineering

Mechanical technology

Mechanical design, manufacturing and automation specialty

industrial design

Automobile maintenance engineering education

Intelligent manufacturing initiative

Bionic science and engineering

New energy automobile engineering

Intelligent vehicle engineering

Second, the introduction of mechanical specialty

Mechanical specialty is a broad discipline in engineering and one of the popular majors chosen by science students. It can be called the strongest engineering course, and it is also a hot major in the future. Mechanical majors need good scientific knowledge, drawing ability and electronic technology, and "mechanical and electrical integration is not divided." University disciplines are often mechatronics.

Generally speaking, there is still a great demand for mechanical technicians in society, and the employment rate has always been the highest, at around 95%, but the salary is relatively low compared with other industries.

Third, the employment prospects of mechanical major

Mechanical majors mainly include mechanical design and manufacturing and automation, material forming and control engineering, process equipment and control engineering, mechanical and electronic engineering, measurement and control technology and instruments, mechatronics, aircraft design, vehicle engineering, agricultural mechanization and automation, and industrial design. Many students misunderstand the prospect of this kind of mechanical specialty, and think that the counterpart work of this kind of mechanical specialty does not look "decent". In fact, they all ignore the extensive adaptability of mechanical specialty, such as its application in equipment maintenance, numerical control maintenance, environmental protection equipment design and other fields. At the same time, mechanical specialty also involves many interdisciplinary subjects. Through the accumulation of these knowledge, it also provides a strong guarantee for cross-mechanical specialty and cross-industry employment. This kind of mechanical specialty requires students to have keen sensibility, unique creativity, imagination and strong practical ability. In fact, not all mechanical majors only deal with hard machines, such as industrial design machinery, which is an art-related mechanical major. "What is industrial design?" Some people think that industrial design is simply packaging. Industrial design is actually a mechanical specialty that plans and designs modern industrial products, product structures and industrial structures and constantly innovates. It is the core process of transforming scientific and technological achievements into products, forming commodities, meeting demand and being beneficial to environmental protection, the landing point of technological innovation and knowledge innovation, and the systematic method of mutual transformation of products, commodities, supplies and wastes. Mechanical specialty is to train applied senior professionals who have the basic theory, knowledge and application ability of industrial design and can engage in industrial product modeling design, visual communication design, environmental design, teaching and scientific research in enterprises, institutions, mechanical design departments and scientific research units. It is not easy to quantify the proportion of industrial design in the value of a product, because it is contained in it and is a soft value. There are some similar examples abroad. For example, there is a saying in the United States: if an enterprise brings benefits by investing in technology and equipment renewal, the benefits brought by industrial design are five times that of it. In this way, the important position of industrial designers is self-evident. Another example is material forming and control engineering, which is an engineering technology and machinery specialty integrating materials, machinery, control, computer and other disciplines. This paper mainly studies the forming equipment and technology of metal materials, nonmetal materials, superconducting materials, microelectronics materials and special functional materials, the automation and intelligent control of the forming process, quality inspection and reliability evaluation. With the wide application of all kinds of new materials in all walks of life, the industrial structure adjustment of China's new material industry is closely related to the development of new technology of material forming equipment, and the demand for senior scientific and technological talents who have both material science knowledge and design and manufacturing technology of material forming equipment will increase. Process equipment and control engineering is an interdisciplinary subject integrating mechanical engineering, chemical engineering and control engineering. It emphasizes the close combination of technology, equipment and control based on computer application, focusing on the design, development and application of complete sets of process equipment and control technology such as valve sealing, low temperature and refrigeration, pressure vessel, etc. Students majoring in process equipment and control engineering machinery have received formal mechatronics training and have knowledge of mechanical design, electronic control and management, and are sought-after talents in enterprises and scientific research institutions.