Direction of machinery employment

The employment direction of machinery includes design, manufacturing, research and development, sales and management.

In the field of mechanical engineering, graduates can choose to engage in mechanical design, mechanical manufacturing, industrial automation, system integration and other aspects. In addition, you can also choose to engage in technology research and development, project management, sales and marketing and other related positions.

1. Mechanical design direction:

In the field of mechanical design, graduates can be employed in manufacturing enterprises, design institutes, scientific research institutions and other units. They are mainly responsible for using CAD, CAM and other software for product design and process design, participating in the development and improvement of new products, and solving problems encountered in product design and manufacturing. In addition, mechanical designers also need to master basic theoretical knowledge such as material mechanics, thermodynamics and fluid mechanics, and have the ability of innovative thinking and problem solving.

2. Machinery manufacturing direction:

Mechanical manufacturing is one of the core contents in the field of mechanical engineering. Graduates can be employed in machinery manufacturing enterprises, machine tool factories, automobile factories and other units. They are mainly responsible for formulating production processes and routes, participating in product processing and manufacturing, and solving technical problems in the production process. Mechanical manufacturing engineers need to be familiar with the knowledge of machining technology, numerical control technology and assembly technology, and have good technical operation ability and teamwork spirit.

3. Direction of industrial automation:

With the rapid development of industrial automation, industrial automation has become one of the important branches of mechanical engineering. Graduates can be employed in automation equipment manufacturing enterprises, industrial control system integration companies and other units. They are mainly responsible for designing, developing and maintaining automation equipment and industrial control systems, and solving technical problems in the process of industrial production automation. Industrial automation engineers need to have professional knowledge and practical experience in electrical control, sensor technology and PLC programming.

4. System integration direction:

System integration is the process of combining different modules or subsystems into a complete system. Graduates can be employed in system integration companies, automation equipment manufacturing enterprises and other units. They are mainly responsible for the design, integration and debugging of various complex systems, such as automated production lines and intelligent storage systems. System integration engineers need to have multidisciplinary knowledge, such as mechanical, electrical, computer and so on. , and have the ability to analyze and solve problems.