Tell me something about the mechanical department.

Let me say here first: I graduated from a technical school of numerical control, that is, machinery, so I have the cheek to answer.

For the major, machinery is also a hot major now, whether it is a secondary school or a university. A friend of mine is a mechanical electrician. Think about it, I'm about to graduate now, which is beside the point.

Most of our current classmates are not engaged in mechanical work, and there are many reasons besides different academic qualifications. However, I don't think our ability is inferior to others. I think everyone can exercise their abilities, but most people don't have a platform. I'm not here to say that there is no future in studying mechanical industry or doing mechanical work. Mention it a little here.

I also know several CNC college students online. Some of them seem to get along well, while others change careers early. After many years. (Because I added QQ in a technical school, I haven't talked for a long time, and I don't know how they are doing now).

I can see that you are a serious and responsible person. Maybe at night, thinking about my future. This is a question raised by 12 this afternoon. Maybe it's your habit. Here are some suggestions for you.

Mechanical drawing, CAD, PREO/E and UG must be included in the curriculum of general mechanical schools. This is drawing software, and the first three courses must be learned. In addition, there are: metal materials and heat treatment, electrical basis, numerical control programming, machining technology. Compared with our technical school, there should be more practical operations, such as learning ordinary lathes, CNC lathes, CNC milling machines, machining centers and so on.

Generally speaking, if you are engaged in this major, I think there are three ways to go. The positioning of each factory is different, which you will understand later.

1, engaged in design work, must learn mechanical drawing, CAD, PRO/E, UG. Every factory's drawing software is different, some of which I have never heard of, and most of them are these softwares. This is purely a design.

2, engaged in numerical control programming (some are just simple numerical control programmers), that is, mechanical engineers, to learn mechanical drawing, drawing soft years should also understand, numerical control programming, ordinary turning, ordinary milling, machining center, drilling, machining art, heat treatment, and sometimes know a little about maintenance and management. I have so many engineers in a factory. Position promotion map: CNC operator-assistant engineer-mechanical engineer-you have a degree and may be a direct engineer. An undergraduate in our factory directly became a minister, because it is a new factory, but the salary is relatively low. )

3, engaged in quality inspection, learning mechanical drawing, using all kinds of measuring tools. And some other common sense. There is a university in our factory that does quality inspection. At that time, the factory was small and personal knowledge had no future. (It depends on what factory)

One last suggestion, if you meet a good factory. We must seize the opportunity. I never caught it.

I hope the above suggestions can help you, please adopt them.