Employment direction and prospect of mechanical engineering and its automation

Mechanical engineering and automation have a good employment prospect, and the employment direction is as follows:

1, manufacturing

Graduates majoring in mechanical engineering and automation can engage in design, production and management in manufacturing enterprises. Can participate in the design, manufacture, assembly and debugging of mechanical products, be responsible for the planning and optimization of production technology, and improve production efficiency and quality.

2. Automobile industry

With the rapid development of automobile industry, graduates majoring in mechanical engineering and automation have broad employment opportunities in automobile manufacturing, design and research of automobile parts, planning and management of automobile production lines, etc.

3. Energy and environmental industries

Graduates majoring in mechanical engineering and automation can work in energy and environment fields. Can participate in the research and development and application of new energy technologies, the design and maintenance of energy equipment, the construction and management of environmental protection facilities, etc.

4. Petroleum and chemical industries

Graduates majoring in mechanical engineering and automation can engage in process design, equipment selection and maintenance, design and debugging of automatic control systems in petroleum and chemical industries.

Learning content of mechanical engineering and its automation;

1, basic course

Including mathematics, physics, mechanics, mechanics of materials, circuit principle and other basic disciplines, laying a solid foundation for subsequent professional courses.

2. Professional core courses

Including mechanical design, mechanical manufacturing technology, robot technology, automatic control principle, sensor and measurement technology, computer-aided design and manufacturing, etc. These courses cover the core theories and technologies in the field of mechanical engineering and automation, and cultivate students' ability to master the design, manufacture and control of mechanical systems.

3. Specialized elective courses

According to students' interests and actual needs, you can choose some professional elective courses to study. These courses include machine vision technology, automotive engineering, aerospace engineering, energy and environmental engineering, etc. To deepen the understanding and application of specific fields.

Step 4 try teaching

Mechanical engineering and automation majors pay attention to the cultivation of practical ability, and students usually carry out practical teaching activities such as engineering training, experimental classes and internships. These activities aim to improve students' ability and skills to solve practical problems through practical operation and participation in practical projects.