The major of mechanical design, manufacturing and automation includes the composition principle of machinery and machine, motion analysis method, mechanical analysis method and electrical control principle, design technology, manufacturing technology and control technology, computer-aided design technology, modern mechanical manufacturing technology and method, electromechanical integration technology, computer-aided manufacturing technology, special processing technology, automatic manufacturing system, robot technology, computer integrated manufacturing technology, computer principle and application, etc. With the intersection, penetration and integration of high and new technologies such as microelectronics, information technology, computer technology, material technology and new energy technology with mechanical design and manufacturing technology, the traditional mechanical design and manufacturing technology has made a qualitative leap on the original basis, forming a contemporary advanced design and manufacturing technology, which is both inherited and greatly developed compared with the traditional mechanical design and manufacturing technology. Nowadays, advanced design and manufacturing technology is becoming the main technical support for economic development and people's life, the main support for accelerating high-tech development and national defense modernization, and the key technology for enterprises to be invincible and develop rapidly in the fierce market competition. The introduction of computer technology into the mechanical field has brought profound changes to mechanical design, manufacturing and automation technology. Using computer aided design and optimization design technology, the automation and optimization of design process are realized; The combination of microelectronic technology and mechanical technology realizes the integration of electromechanical products, as well as CNC machine tools and machining centers, robots, MEMS and so on. Has appeared; Using computer control technology to realize the automation and intelligence of mechanical manufacturing process, combining sensing technology, computer technology with mechanical design and manufacturing; The close combination of mechanical design and operation process can realize the comprehensive automatic control of design process, manufacturing process, sales process, installation and operation process of mechanical and electrical products. The discipline of mechanical design, manufacturing and automation plays an extremely important role in the national economy. It plays an auxiliary role in other technical fields and becomes the foundation of all industries in the national economy. The development of machinery industry will also drive the development of other technologies and industries. All kinds of automatic machinery and equipment greatly improve the labor productivity and reduce the labor intensity of workers. The successful development of various large-scale complete sets of equipment makes it possible to build various key projects. The precision of mechanical equipment has promoted the microelectronics industry and computer industry, realized the highly integrated manufacturing of integrated circuits, and doubled the capacity of memory; The development of scientific research and production, science and technology and education of aerospace and various weapons and equipment depends on the progress of mechanical design and manufacturing technology. Four. Professional training objectives and personnel training specifications 1. The goal of professional training is to train wide-caliber talents in mechanical engineering and to train senior engineering and technical talents as the theme. Cultivate senior engineering and technical personnel who master modern science and technology, have modern scientific and technological concepts and comprehensive quality, and engage in mechanical design and manufacturing, enterprise management, mechanical design and manufacturing, and mechanical and electrical integration product design, manufacturing, testing and research. 2. The business training specification is mainly to systematically study the basic theory of mechanical design and manufacturing and the design method of related manufacturing equipment, learn the mechanical design and manufacturing technology and the operation and experimental research of production equipment, and strive to produce qualified machinery and related products with the best economic benefits. Mainly study the basic theory of mechanical design and manufacturing, the basic knowledge and skills of electronic technology, computer technology and information processing technology, and learn the design, manufacturing and testing methods of mechatronics products and systems. Graduates should master the following knowledge and skills: 1) Master the basic knowledge and skills of basic theories necessary for this major, such as mechanics, engineering graphics, mechanical design engineering, mechanical manufacturing engineering, electrical technology, electronic technology, computer technology, hydraulic technology and control engineering, and have the comprehensive design and application ability of electromechanical integration technology. 2) Be able to design general machinery and machinery manufacturing equipment according to the function and movement of products. 3) Have the basic ability to design, manufacture, test and use mechatronics products and systems. 4) According to the requirements of mechanical products, formulate its processing and assembly process regulations, and correctly select and design process equipment. 5) Have the basic knowledge and ability to detect, analyze and control the processing quality and product performance. 6) Have the technical and economic analysis and production organization and management ability in the manufacturing process of mechanical or electromechanical products. 7) Have the preliminary ability to research and develop mechatronics products, new processes, new equipment and new technologies. Five, the main courses of descriptive geometry and mechanical drawing, theoretical mechanics, material mechanics, mechanical principle, mechanical design, electrical and electronic technology, hydraulic and pneumatic transmission, numerical control technology, microcomputer principle and application, mechanical engineering materials, mechanical manufacturing technology foundation, etc. At present, the major of mechanical design, manufacturing and automation fully implements the school-running concept of "cultivating high-quality talents", and highlights the innovative talent training mode of "wide caliber, thick foundation, strong ability and high quality" in the teaching system through a series of modern teaching methods and strengthening means such as professional orientation and strengthening practical teaching links. Relying on the existing majors and taking the teaching reform as the driving force, our department gradually integrates theoretical teaching with skill training.