Mechanical talents will still have a greater demand in the future

Mechanical machinery major includes mechanical design and manufacturing and automation, material forming and control engineering, industrial design, process equipment and control engineering. There are many misunderstandings about the prospects of the professional machinery industry for this type of mechanical specialty, and it is considered that the counterpart work of this type of mechanical specialty does not seem to be “decent”. In fact, they all overlooked the wide range of adaptability of mechanical machinery, such as application in equipment maintenance, numerical control maintenance, and environmental protection equipment design. At the same time, the mechanical machinery specialty also involves many cross sections. Through the accumulation of these knowledge, it also provides strong guarantees for cross-machinery professional and cross-industry employment. This type of mechanical specialty requires students to have a keen sense of power and unique creativity, imaginative, and have strong hands-on capabilities.

According to experts, in recent years, China’s large-scale industries are gradually recovering, and society’s demand for proficient in modern mechanical design and management personnel is gradually increasing. The employment rate of Beijing Institute of Transportation Machinery and Electronic Control Engineering has been maintained at more than 90% in recent years. The structure and area of ​​one-time employment are very good. In the period to come, there will still be greater demand for mechanical talents, and NC talent with development capabilities will become the target of competition among enterprises. The supply and demand ratio of mechanical design, manufacturing, and processing machinery professionals is also high in recent years.

In fact, not all mechanical machinery professionals deal with hard-core machines. For example, industrial design machinery is a professional arts-related mechanical machinery. "What is industrial design?" Some people think that industrial design is a simple package. In actual fact, industrial design is a mechanical specialty that involves the planning, design, and innovation of modern industrial products, product structures, and industrial structures. It is the core process of transforming scientific and technological achievements into products, forming commodities, conforming to needs, and benefiting environmental protection. It is the landing point for technological innovation and knowledge innovation, and is a systematic method for mutual transformation of products, commodities, supplies, and waste products. The mechanical specialty is to cultivate the basic theory, knowledge, and application ability of industrial design. It can be used in the design of industrial products, visual communication design, environmental design, teaching, and scientific research in enterprises, institutions, mechanical professional design departments, and scientific research units. Senior professionals. What constitutes industrial design in the value of a product is not easily quantifiable because it is embedded in it and is a soft value. There are some similar analogies in foreign countries. For example, in the United States, there is an argument that if an enterprise invests in the benefits of technological equipment updates, the industrial design will bring its benefits five times. In this sense, the important position of industrial designers is self-evident.

Another example is material forming and control engineering, which is a cross-convergence of engineering and mechanical engineering in materials, machinery, control, and computer science. It mainly deals with molding equipment for metal materials, non-metal materials, superconducting materials, microelectronic materials, and special function materials. Process, molding process automation and intelligent control, quality inspection and reliability evaluation. With the wide application of various new materials in all walks of life, coupled with the adjustment of industrial structure in China's new material industry and the development of new technology in material forming equipment, it is possible to have existing material scientific knowledge and master material molding equipment design. The demand for high-tech talent from manufacturing and manufacturing technology will increase. The process equipment and control engineering is a cross-machinery specialty integrating mechanical engineering, chemical engineering, and control engineering. Emphasis on computer applications as a platform, the process, equipment and control closely integrated, focusing on valve sealing, low temperature and refrigeration, pressure vessels and other process equipment and control technology design and development and application. The students of process equipment and control engineering machinery have received formal mechatronics training and have knowledge in mechanical design, electronic control, and management. They are highly sought-after talents in enterprises and research institutions.