What should be the direction of learning and how to learn mechanical design and manufacturing and au

Depends on your college goals.

Want to Baoyan: Pay attention to the study of the course of calculating the ranking of Baoyan.

Want to go to graduate school: Pay attention to the study of English, mathematics and postgraduate courses.

Want to work: Pay attention to making your resume shine, that is, you must have something shining on your resume, such as winning mechanical design awards professionally, obtaining mechanical design patents, participating in a project and designing what machines, etc. Employers select graduates from the same school based on their resumes.

Generally speaking, although it is a mechanical design and manufacturing and automation major, after entering the major, you need to decide whether you are partial to mechanical design, mechanical manufacturing, or automation control. All three directions are good. But the basic knowledge must have mechanical professional knowledge, such as "Mechanical Drawing", "Mechanical Design", "Mechanical Principles", "Tolerance" and other courses are very important; Since machinery is used to transmit motion and force, knowledge of mechanics is also important.

In addition, we should also pay attention to mastering labor tools, that is, learn to use computers to help you do professional things, then you must learn 1-2 software, such as UG and AUOTOCAD, and software learning must have practical design experience. In particular, we should pay attention to the cultivation of our own ability, which is not the ability to learn, but a kind of ability to work and create value for the enterprise. Therefore, you should pay attention to the practical links arranged by many schools, such as mechanical drawing and mapping, curriculum design, production practice, graduation project, etc., in addition, you should also allow yourself to participate in more scientific and technological activities, take the initiative to find a good teacher to participate in his scientific research or let him guide your scientific and technological activities, etc.

With the teacher's scientific and technological guidance, your work ability will rise quickly. Hope.

Hello, many designs and calculations of mechanical design and manufacturing and automation are obtained through reference books and standard data table queries, and the requirements for physics and mathematics are not very high.

Chongzheng Land Requirements:

1. Strong spatial imagination ability;

2. Proficient in the subjects of the basic hall; For example: "Mechanical Drawing", "Metal Materials and Heat Treatment", "CAD CAM" are the most basic things for machinery and automation, and they are also the most used knowledge in daily work.

3. Accumulation of experience and data; Learn more examples, know how they work, and be able to draw inferences from others. Most of the clocks of mechanical and automation equipment have standard parts, and these standard materials are collected and benefited a lot.

The above is my experience in the industry for many years, I hope it will be helpful to you.

Mechanical design, manufacturing and automation mainly study engineering graphics, theoretical mechanics, material mechanics, mechanical principles, mechanical design basics, pneumatic and hydraulic technology, electrical and electronic technology, microcomputer principles and applications, mechanical engineering materials, mechanical CAD cam, numerical control technology, mechatronics design, etc.

Training objectives: This major cultivates senior engineering and technical talents who have the basic knowledge and application ability of mechanical design and manufacturing, have the knowledge structure and potential required for the development and management of new mechanical and electrical products, have the quality and ability to adapt to the work or further study of scientific research, economic and pure wheel trade and administrative management and other departments, and can be engaged in design and manufacturing, scientific and technological development, applied research and other aspects in the field of mechanical engineering and automation.

Development prospects: This major has a wide range of employment prospects, and can be engaged in the preparation and implementation of mechanical design and manufacturing process regulations after graduationEngaged in the maintenance and repair of mechanical, electrical, hydraulic, pneumatic and other control equipment;

Engaged in the design and manufacture of process tooling;Engaged in the programming and operation of CNC machine tools, machining centers and other highly intelligent equipment;Engaged in the application of mechanical CAD CAM technology;Engaged in on-site technical management of mechanical design and manufacturing;Engaged in the sales and service of mechanical and electrical products.

Institutions and knowledge and skills:

1. Establish colleges and universities.

There are more than 500 colleges and universities specializing in mechanical design and manufacturing and automation, which are the most common college majors, and the schools with discipline evaluation above grade A include Huazhong University of Science and Technology, Xi'an Jiaotong University, Shanghai Jiaotong University, Tsinghua University, Harbin Institute of Technology, Northwestern Polytechnical University, Chongqing University, Northeastern University, Jilin University, Zhejiang University, Dalian University of Technology, and other universities.

2. Knowledge and skills.

It has a solid foundation in natural science, good language, and the ability to express itself in writingSystematically master the basic knowledge of a wide range of technical theories in the professional field, mainly including basic knowledge of mechanics and mechanics. Basic skills such as drawing, calculation, experiment, testing, literature retrieval and basic process operation required for this major;

Possess the necessary professional knowledge in a professional direction in the professional field, and understand the development trend of scientific frontiers;Have preliminary scientific research, scientific and technological development and organization and management capabilities;Strong self-learning ability and sense of innovation.

Mechanical design, manufacturing and automation is a comprehensive major, and the content it needs to learn is divided into five parts:

Mathematical Physics: Advanced Mathematics, Linear Algebra Perturbations, Probability Theory and Mathematical Statistics, Complex Variable Functions and Integral Transformations, Basic Physics.

Mechanics: Theoretical Mechanics, Mechanics of Materials, Fluid Mechanics.

Electrical: digital electricity, modular electricity.

Machinery: mechanical design, mechanical principle, mechanical manufacturing, material molding, mechanical accuracy, etc.

Control: automatic control principle, machine and air failure testing technology, microcomputer and single-chip microcomputer principle, PLC, mechatronics, etc.

In general, mechanical design, manufacturing and automation require a good foundation in mathematics and physics

Compulsory courses: Engineering Graphics, Theoretical Mechanics, Mechanics of Materials, Mechanical Principles, Fundamentals of Mechanical Design, Pneumatic and Hydraulic Technology, Electrical and Electronic Technology, Microcomputer Principles and Applications, Mechanical Engineering Materials, Mechanical CAD Cam, Numerical Control Technology, Mechatronics Design, etc.

Practical teaching: the main practical teaching links: including military training, metalworking, electrician, electronic practice, understanding practice, production practice, social practice, curriculum design, graduation project (**), etc., should generally be arranged for more than 40 weeks.

Training requirements: Students in this major mainly learn the basic theory of mechanical design and 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 equipment control of mechanical products, and organize and manage production.