What knowledge does non standard automation equipment need to be stored?

1.Preferably in mechatronics (mechanical and electrical are inextricably linked);

1.Must be proficient in using 1 2 sets of drawing software (such as: AutoCAD, SOLIDWORKS, etc.);

4.The most important and important point is: there should be a wealth of "three-dimensional space imagination" in the mind, if you do not have this "talent", no matter how well you learn in school, you will feel powerless when designing and applying in the future!

Of course, you have to know a lot about machinery, and you also need to know some drawing software. CAD proe is more commonly used to do non-standard work. Non-standard design needs to be explored from time to time, not overnight, different non-standard factory projects are different, but the mechanical principle is basically the same.

If you want to be able to design and understand electrical appliances, it is very sought-after. However, there are very few such people, and the electrical part should also be a little involved in basic ......

Only by paying attention to the things around you can we design good equipment, and it is important to practice and learn from it.

The knowledge of mechanical and electrical involves more than 10 majors.

It can be separated, electrical and mechanical, or integrated.

1. It needs to be a mechatronics major (mechanical and electrical are inseparable);

2. Must be proficient in using 1 2 sets of drawing software (such as: AutoCAD, SOLIDWORKS, etc.);

5. The most important and important point is to have a rich "three-dimensional space imagination" in the mind.

Our company is specialized in non-standard automation equipment, and I mainly assess the following points when recruiting engineers:

1.Preferably in mechatronics (mechanical and electrical are inextricably linked);

1.Must be proficient in using 1 2 sets of drawing software (such as: AutoCAD, SOLIDWORKS, etc.);

4.The main and most important point is: you must have a rich "three-dimensional space imagination" in your mind, if you don't have this "talent", no matter how well you learn in school, you will feel powerless when designing applications in the future!

I hope the above points will be helpful to you--- because I am a person from the past, and I also use this standard to select personnel.

1. It needs to be a major in mechatronics.

Mechanical and electrical are inextricably linked);

2. Must be proficient in using 1 2 sets of drawing software (such as: AutoCAD, SOLIDWORKS, etc.);

Stepper and servo motors.

etc.); etc.);

5. The main and most important point is to have a rich "three-dimensional space" in the mind.

imagination". <

In addition, the details of the machinery are very important, and a little exquisite design can add a lot of points to the machine.

Do electronic control, PLC is to learn, automation things PLC is a lot more stable, at the same time you can also learn some PC programming, such as C and the like, PC programming things can meet more requirements, such as data processing, others, such as servo motors, PID.

There are too many types of machinery industry, and some general-purpose machinery and equipment are relatively easy to do, but they are very different from each industry, and each industry has various industry standards and national standards. For example, there are too many tobacco machinery, petroleum machinery, chemical machinery, etc., and I think the first thing to consider if you want to change your career to mechanical design is to enter that industry.

Then the mechanical design must also understand the processing technology and heat treatment process, otherwise the designed things are either not manufactured by the existing process or the cost is too high, which is not advisable. However, the machinery industry is an accumulation of experience. The more you do, the more experienced, and the more you do, the more you will be able to retire in a few years.

Whether it is product design or mechanical design, the prospect corresponds to the individual's ability.