The way out of learning mechanical design and manufacturing and its automation

It is recommended that you learn CAXA electronic drawing board 2005, which is similar to CAD, easier to use than CAD, and easy to learn, there are no textbooks on the market to sell, because you don't need textbooks to learn that. There is also SOLIDWORKS solid design, which is also easy to learn, and there are no textbooks on the market.

My opinion is: when you are in college, you can almost understand professional knowledge, the main thing is to exercise your learning ability, communication skills, after you come out, you basically can't use what you are learning now, you will be exposed to a lot of information, if the learning ability is strong enough, that is the best in the same group.

Society is always preparing to transform your group of students who are about to come out and mingle. Hehe, don't be afraid, people have to adapt to the environment, and then transform the environment.

The courses of mechanical majors are relatively boring and boring, and there are many more.

I don't recommend you to go to graduate school to study mechanics, so you don't plan to make a wise choice when you go to graduate school.

In fact, the employment of mechanical majors is also very fine, according to the general aspects of mechanical manufacturing, mechanical design, mechanical manufacturing includes technology, programming, processing and so on.

I suggest that you should study professional courses well, such as mechanical drawing, interchangeability, manufacturing technology, mechanical design, mechanical principles, and single-chip microcomputer. Because these courses are fundamental.

In terms of machinery, I personally think that there is no need to study for certification, because machinery needs to be practiced in the final analysis. Moreover, there is no authoritative certificate in the machinery industry.

That's all I have to say. Good luck!

Mechanical must learn and be very proficient: drawing CAD

Mechanical design, mechanical principles, hydraulics expertise, PLC, electrical and electronics, manufacturing technology, manufacturing processing, etc.

3D software will do the same.

English must be learned.

You can mix everywhere you go when you go out!!

Learn English well·· I have time to find an internship at a company, and I can learn something no matter what I do.

Don't do it as a waiter or anything like that.

Manufacturing jobs are still easy to find.

You chose the wrong school, and now you can only move forward, or come down, otherwise is it possible to change majors?

Mainly engaged in the design and manufacturing, scientific and technological development, applied research, operation management and operation and sales in the field of machinery manufacturing in the front line of industrial production. Due to the importance and sheer size of the machinery industry, a large team of professionals is required. In the future, there will still be a large demand for mechanical talents.

High three nets.

Many people are very interested in applying for the mechanical design, manufacturing and automation major, and want to know what are the employment directions of mechanical design, manufacturing and automation, and what is the best way out for mechanical undergraduates? Let me introduce you to it!

The employment direction of mechanical design and automation is as follows;

1. Engaged in the preparation and implementation of mechanical design and manufacturing process regulations.

2. Engaged in the maintenance and repair of mechanical, electrical, hydraulic, pneumatic and other control devices.

3. Engaged in the design and manufacture of process tooling.

4. Engaged in the programming and operation of CNC machine tools, machining centers and other highly intelligent equipment.

5. Engaged in the application of mechanical CAD CAM technology.

6. Engaged in on-site technical management of mechanical design and manufacturing.

7. Engaged in sales and service of mechanical and electrical products.

8. Engage in teaching, scientific research and administrative management in institutions of higher learning, scientific research institutions and state organs.

9. Engaged in the design, production and manufacturing of mechanical molds.

Mechanical undergraduates are suitable for design and development work, different industries also have certain job titles, such as traditional construction machinery, agricultural machinery, food machinery, chemical machinery, machine tools, non-standard equipment automation and other industries called "mechanical design", and light manufacturing such as digital electronics, communication electronics, home appliances, toys and a variety of consumer goods, daily necessities industry, generally called "product development" or "product research and development", although the name is different, but we can find out its "design", "development", "research and development" These are the high-paying jobs in mechanical jobs.

These positions generally belong to the company's R&D department, development department, and some companies are called engineering departments, and those departments are the high-paying departments in the company. Only by going in this direction can we have the opportunity to become a "high-end" person among mechanical technicians, and your future and "money" will not be bad.

The future of automation is relatively good, if you have just graduated, the salary is about 2000 4000, do well, you can take some relevant skill certificates, three or four years later, if the monthly salary in a big city can easily exceed 10,000, in a medium-sized city can also reach more than four or five thousand yuan, small and medium-sized cities two or three thousand. If you want to develop well, you must also lay a good professional foundation, don't be afraid of hardships after graduation, practice more slowly, and do more engineering projects.

Mechanical design and manufacturing and its automation are not difficult to learn. Mechanical design and manufacturing and automation major is an undergraduate major of ordinary colleges and universities, which is a mechanical major, with a basic study period of four years and a bachelor's degree in engineering. In 1989, the major of mechanical design, manufacturing and automation officially appeared in the "Catalogue of Undergraduate Majors of Ordinary Colleges and Universities".

Cultivation goalsThe major of mechanical design, manufacturing and automation cultivates all-round development of morality, intellect, physique and aesthetics, has a certain cultural literacy and a good sense of social responsibility, masters the necessary basic theories and professional knowledge of natural science, and has good learning ability.

Practical training of practical ability, professional ability and innovation consciousness, after graduation can be engaged in professional fields and related interdisciplinary fields in the design and manufacturing, technology development, engineering application, production management, technical services and other work of high-quality professionals.

The above content reference: Encyclopedia - mechanical design and manufacturing and automation.