Mechanical manufacturing design and its automation employment prospect

Mechanical manufacturing design and its automation employment prospect: more optimistic. Mainly in machinery, automobile, aerospace, energy, chemical industry, electronics, materials, metallurgy and other fields. , engaged in design and manufacturing, scientific and technological development, applied research, operation management and sales in the mechanical field.

The major of mechanical design, manufacturing and automation is an undergraduate major in colleges and universities, which belongs to mechanical specialty. The basic study period is four years, and the bachelor of engineering degree is awarded. 65438-0989 mechanical design, manufacturing and automation specialty officially appeared in the undergraduate specialty catalogue of colleges and universities.

The major of mechanical design, manufacturing and automation aims to cultivate compound engineering and technical talents who meet the needs of social development, have a solid natural science foundation, extensive mechanical professional knowledge and strong practical ability, have innovative consciousness, international vision, teamwork spirit and good communication skills, and can engage in mechanical product research and development, design, manufacturing, project management and other work in the field of mechanical engineering.

The basic educational system of mechanical design, manufacturing and automation is four years, and the total credits are suggested 150~ 190. Colleges and universities should strengthen or increase the requirements of knowledge, ability and quality in some aspects according to their own positioning and talent training objectives, combined with the characteristics of disciplines, industries and regions and the development needs of students, and form the characteristics of talent training.

The curriculum system is set by the school according to its own orientation, training objectives and school-running characteristics. Courses should be able to support the realization of training objectives and graduation requirements. Humanities and social science education should make students consider various constraints such as economy, environment, law and ethics when engaging in engineering design.

Business ability of mechanical design, manufacturing and automation;

1, with the application ability of mathematics, natural science, mechanical design and manufacturing and its automation scientific knowledge.

2. Ability to make experimental plans, conduct experiments, analyze and interpret data.

3. Be able to design mechanical systems, components and processes.

4. Ability to systematically express, build models, analyze, solve and demonstrate mechanical design, manufacturing and automation problems.

5. Have the ability to select and apply corresponding technologies, resources, modern engineering tools and information technology tools in the practice of mechanical design, manufacturing and automation.

6. Have the ability to play a role in a multidisciplinary team and interpersonal communication skills.

7. Be able to understand and evaluate the influence of mechanical design and manufacturing and its automation practice on the world and society, and have the consciousness of sustainable development.

8. Have the awareness of lifelong learning and the ability to adapt to development.