What is the major of modern forging technology _ Employment direction _ What do you mainly study?

When filling in the college entrance examination, what is the major of modern forging technology, what are the employment directions and what to study mainly are issues of great concern to the majority of candidates, parents and friends. The following is the related introduction, hoping to help everyone.

1, culture target

This major cultivates all-round development of morality, intelligence, physique and aesthetics, and has a solid scientific and cultural foundation and knowledge of forging technology and die design, forging equipment, engineering materials and heat treatment, forging process simulation, etc. It has the ability of forging process planning and die design, forging process virtual simulation and optimization, forging process implementation, on-site production and technical management. , and have the spirit of artisans and information literacy. High-quality technical and skilled talents who can engage in forging process tooling design, forging process virtual simulation and optimization, forging heat treatment, forging inspection, forging production organization and implementation, forging production management and quality management, forging equipment operation and production, etc.

2. Employment direction

For the majors of material forming and modification engineering and technical personnel, mechanical thermal processing personnel, the positions (groups) include forging process compilation and die design, forging process virtual simulation and optimization, forging production operation, heat treatment and quality inspection, forging production management and quality control.

3, the main professional ability requirements

Have the ability of forging process design and forging die design, and be able to correctly compile forging process cards;

Able to carry out computer three-dimensional modeling, virtual simulation and forging process optimization;

Have the ability to reasonably select forging equipment and auxiliary tools, as well as die assembly, equipment debugging and equipment maintenance;

Have the ability to operate forging equipment, loaders and auxiliary tools for blanking, heating and forging;

Have the basic ability of metallographic analysis, mechanical property test, nondestructive testing and heat treatment process;

Ability to solve technical problems in forging workshop and assist relevant departments in on-site quality management;

Have the consciousness of green production, forging production process and quality control in forging industry, be able to abide by professional ethics and code of conduct, and have the craftsman spirit and social responsibility consciousness;

Have the application ability of digital technology such as virtual simulation and optimization of forging process, and have innovative consciousness and team spirit;

Have the ability of inquiry learning, lifelong learning and sustainable development.

4, the main professional courses and practical training

Professional basic courses: mechanical drawing and computer drawing, tolerance matching and measurement technology, electrical and electronic technology, mechanical design foundation, hydraulic and pneumatic transmission, three-dimensional modeling technology, material forming and control foundation, and intelligent manufacturing technology foundation.

Professional core courses: engineering materials and heat treatment, metal plastic forming foundation, forging equipment, stamping process and die design, forging process and die design, die lubrication technology, special plastic forming, forging process virtual simulation and process optimization.

Practice and training: docking the real professional scene or working situation, carrying out forging skills, forging virtual simulation, stamping, inspection and testing training inside and outside the school. Internship in forging enterprises and other units.

5. Examples of professional certificates

Vocational skill level certificate: mechanical engineering drawing

6. Continuation of professional examples Continuation of higher vocational undergraduate professional examples: material forming and control engineering, metal intelligent forming technology.

Examples of continuing undergraduate majors: material forming and control engineering, material science and engineering, and metal material engineering.