Mechanical graduate school specific what specialties to test what subjects respectively

1, mechanical manufacturing and automation

Professional introduction:

Mechanical manufacturing and automation is a study of mechanical manufacturing theory, manufacturing technology, automated manufacturing systems and advanced manufacturing mode of postgraduate study. The discipline integrates the latest developments in all related disciplines to give a fresh look to manufacturing technologies, manufacturing systems and manufacturing models.

Mechanical manufacturing and its automation goal is very clear, is the mechanical equipment and automation through the computer combination, the formation of a series of advanced manufacturing technology, including CAD (computer-aided design), CAM (computer-aided manufacturing), FMS (flexible manufacturing system) and so on, and ultimately the formation of a large-scale computer-integrated manufacturing system (CIMS), so that the traditional machining to get a qualitative leap.

Research direction: advanced mechanical equipment design and processing technology, CAD/CAM integration and related technologies, digital product design and manufacturing, mechanical dynamics.

Cultivation Objective: This specialty cultivates senior engineering and technical talents with basic knowledge and application ability of mechanical design and manufacturing, who can be engaged in design and manufacturing, scientific and technological development, application research, operation and management, and operation and sales in the field of mechanical manufacturing in the first line of industrial production.

Business Training Requirements: The students mainly study the basic theories of mechanical design and manufacturing, learn the basic knowledge of microelectronics technology, computer technology and information processing technology, and receive the basic training of modern mechanical engineers with the basic ability to carry out the design of mechanical products, manufacturing, and equipment control, production organization and management.

2, mechanical and electronic engineering

Professional introduction:

Mechanical and electronic is an interdisciplinary specialty in engineering sciences, established on the basis of mechanical manufacturing, electrical engineering and computer science and other disciplines. It is essential to continue to incorporate the methods and tools of these traditional disciplines and to master the techniques associated with realizing information security in networks. It is only through this that the development of mechatronic products, systems and manufacturing methods can continue.

Only then will it be possible to integrate sensors, actuators and information processing in a mechanical design and thus use the synergistic effects it produces. The rapid development of the electronics industry, microelectronics technology and computer science has expanded the use of mechatronic systems. Mechatronics is not limited to a fixed direction in mechanical engineering, but is also influenced by all the sub-disciplines of the field.

Professional training:

Mechanical and electronic engineering professional training of basic knowledge and professional skills in mechanical and electronic engineering, can be in the production line engaged in mechanical and electronic engineering products, design and manufacturing, control and development, application of research and production management work of the application of senior specialists; cultivate can be engaged in the field of vocational education in the higher and middle school in the mechatronics professional theory teaching, The training can be engaged in secondary and higher vocational education in the field of mechatronics professional theory teaching, professional practice guidance and student management work of the composite vocational education teachers.

Professional characteristics:

Emphasizing the combination of mechanical ability and electromechanical control ability, focusing on electromechanical control and CNC maintenance. With the various abilities required for CNC as the main line, it highlights the professional core status of electromechanical control, and trains technical engineers and vocational education teachers who can design, program, and have strong practical skills in operating, debugging, repairing, and maintaining CNC machine tools.

3, mechanical design and theory

Professional introduction:

Mechanical design and theory of mechanical engineering is the first level of disciplines belonging to the second level of disciplines, is the mechanical analysis and synthesis of the function and quantitative description of the mechanical and control of its performance of the basic technical disciplines, is to locate the mechanical engineering of all the detailed workflow and the procedure of the summary of the simple theoretical introduction.

The main research of various machinery, institutions and their parts of the working principle, motion and dynamics performance, strength and life, vibration and noise, friction, friction physics, relationship mechanics, wear and lubrication, mechanical innovation and design, as well as modern design and calculation methods and other topics.

Disciplinary Strengths:

Targeted at the design and manufacture of composite components, computer-aided engineering, and the design and theoretical study of light-industry automatic machinery, the program applies computer-aided design and modern testing technology to the design process of machinery and its products, and masters solid basic theories and systematic expertise.

Understanding the current situation and development trend of the discipline, with comprehensive quality and knowledge structure of engineering design and management, suitable for engaging in engineering technology, teaching, research and management. Cultivate senior science and technology of light industry in light industry machinery and food machinery industry. Completion of the National Natural Science Foundation of China project, provincial and ministerial projects and a number of horizontal issues, some of the results have reached the domestic leading, international advanced level.

4, vehicle engineering

Professional introduction:

Vehicle engineering is the study of automobiles, tractors, rolling stock, military vehicles and other engineering vehicles and other land mobile machinery, theory, design and manufacturing technology of engineering and technology fields. Its engineering master's degree authorizes the unit to cultivate senior engineering technicians engaged in the research, design and development, manufacturing, quality inspection and control, use and maintenance, and development of related inspection devices and instruments of the above vehicles.

Cultivation Objectives:

This program focuses on the cultivation of comprehensive quality and innovation ability, and attaches importance to the combination of education and social demand, and the combination of theory and practice. It focuses on cultivating compound senior professionals with reasonable knowledge structure, innovative spirit and solid engineering background, who are capable of engaging in design and manufacturing, scientific research and development, applied research, business management and marketing in the field of automobile engineering technology.

Study Requirements:

The students of this major mainly study the basic theories and technologies of vehicle engineering and related fields, as well as the design methods of related mechanical products and equipments, manufacturing processes and marketing knowledge, and receive the basic training of modern mechanics, electrical and electronic sciences, automobile design, computer-aided design, and marketing management, and have the ability to carry out the technological research of automobiles and automobile parts, design, manufacturing and automobile marketing management. They have the basic ability to carry out research, design, manufacturing and marketing management of automobile and automobile parts technology.

Extended information:

Mechanical majors mainly include mechanical design and manufacturing and automation, material molding and control engineering, industrial design, process equipment and control engineering. Many students have a misunderstanding of the employment prospects of this type of mechanical specialties, that the counterpart of this type of professional work does not look too "decent".

Mechanical specialties also involve a number of cross-disciplinary, through the accumulation of such knowledge, but also for the cross-mechanical specialties, cross-industry employment provides a strong guarantee.

Reference:

Baidu Encyclopedia-Mechanical Specialization?