What is mechanical design, manufacturing and automation related to high school mathematics?

Mechanical design and manufacturing and automation have little to do with high school mathematics, and it is a comprehensive technical discipline that studies the enterprise management of various industrial machinery and equipment and mechanical and electrical products from design, manufacturing, operation control to production process. Cultivate senior engineering and technical talents who have the basic knowledge and application ability of mechanical design and manufacturing, and can be engaged in design and manufacturing, scientific and technological development, applied research, operation management and operation and sales in the field of machinery manufacturing on the front line of industrial production.

Based on mechanical design and manufacturing, integrating the interdisciplinary disciplines of computer science, information technology and automatic control technology, the main task is to use the theory and method of advanced design and manufacturing technology to solve complex technical problems in the field of modern engineering, so as to realize the intelligent design and manufacture of products.

High School Math or Advanced Math?

General mechanical design, basic arithmetic, trigonometric functions, calculus, and normal distributions are useful.

If finite element analysis is to be used, the basics of matrices and linear algebra should be required.

If you are engaged in measurement, fault diagnosis, etc., series, Fourier transform, pull transform, etc.

Some of the elective textbooks will be used, such as the analysis of mechanical principles, and some topics will use some knowledge of linear algebra. The knowledge to be used will be learned in the public courses of the university.

It has a bit to do with solid geometry, and some require spatial imagination.

It's not much to do with engineering.

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Mechanical manufacturing and automation majors, almost all engineering industries need mechanical talents. With the cross-penetration of electrical automation, computer technology, information technology, materials and mechanical disciplines, mechanical majors have long been less "mechanical", and students majoring in mechanical engineering are developing in the direction of compound talents.

From the perspective of the job market, mechanical manufacturing and automation is one of the most popular majors, and there is a place for mechanical manufacturing and automation professionals in any industry.

Training requirements: This major cultivates senior engineering and technical talents who have the basic knowledge and application ability of machinery manufacturing, and can be engaged in design and manufacturing, scientific and technological development, applied research, operation management and operation and sales in the field of machinery manufacturing on the front line of industrial production.

Training mode: Students in this major mainly learn the basic theory of mechanical manufacturing, learn the basic knowledge of microelectronic technology, computer technology and information processing technology, receive the basic training of modern mechanical engineers, and have the basic ability to design, manufacture and control equipment of mechanical products, and organize and manage production.

Mechanical Engineering and Automation: A postgraduate discipline that studies the theory of mechanical engineering, among other things.

Machinery manufacturing and automation technology is an emerging technology that uses computers and their peripherals to assist engineers and technicians in product design and manufacturing. This major is aimed at design institutes, machinery manufacturing, light industry and automobile and other industries, and cultivates senior professionals in machinery manufacturing and automation. Graduates of this major can be engaged in the combination of mechanical manufacturing technology and computer application technology, such as computer-aided design and manufacturing of mechanical products, computer-aided product modeling, computer-aided process management and numerical control technology.

It is necessary to master the basic theories, basic knowledge and basic skills necessary for this type of major, such as mathematics and physics, motor and drag, automatic control theory, engineering drawing, electrical and electronic converter technology, control technology, etc.; Have a certain ability to engage in the installation, use, testing, maintenance and simple design of automatic control equipment systems, and have the ability to solve practical problems in the professional work; Preliminary understanding of general knowledge of organization and production management; Understand the new achievements and development trends of science and technology in this specialty; Master the basic theoretical knowledge of computer science and basic operation techniques.