1. background: I graduated from a 2 1 1 university with a master's degree in electrical machinery and appliances, and have been engaged in the motor control industry for three years.
If you want to learn something, don't expect too much from domestic universities. Nowadays, tutors are basically dealing with students. If you want to learn something, you can only rely on yourself.
3. Majors and electrical engineering majors are actually similar, because many professional courses are the same, and employment can also cross (because many things are similar). When it's time to find a job, if it's a state-owned enterprise, you may specify a major, but if it's a foreign enterprise or a private enterprise, it depends on your real ability to interview. Therefore, it is best to find several state-owned enterprises first, and see which one of their recruitment majors is popular, so choose which one. If you don't enter the state-owned enterprise in the future, anyway, this professional name has little to do with the interview signing.
As for "the motor is very mature", although you are vague, you are worried about finding a job in the future. Don't worry about this. There are only two major directions in the motor industry: motor design and motor control. No matter which direction, there is a lack of real talent, because it is extremely difficult to master it. So, please make sure which direction you want to develop. From the moment you choose, this direction will affect you for a lifetime (of course, if you don't engage in the motor industry at all, forget it). I don't know much about motor design, but as far as my experience in recruiting people in motor control is concerned, I can sum up as follows: it is not difficult to recruit an application developer, and there is basically no need to find a master's degree; It is extremely difficult to recruit a research and development person, even a doctor from a domestic university may not be competent. In terms of employment, as long as you really have a strong theoretical foundation and good practical ability, it is not only a question of finding a job, but also a long-term development in the future. If you work for a few more years, it is also good to want to work by yourself.
5. Give some personal advice on study. Required courses (only control direction): advanced mathematics, line generation, analog electricity, digital electricity, circuit analysis, modern power electronics technology, electrical engineering, unified theory of motors, control theory (classical control and modern control), motor dragging, Matlab simulation, a circuit diagram software, C language, English. In addition, you can learn numerical analysis if you are interested. Try to finish it within one year (fast learning doesn't mean rote learning, you understand the basic principles, and you will deepen your understanding when you use them later, and many courses have been studied in universities). In the second year, you started looking for an internship. Although applications are usually the mainstay in the unit, you can only be trained as an application development engineer. If you want to be an R&D engineer, you must have the ambition to create new algorithms. By constantly applying the theory you have learned to try new algorithms, simulation, coding and debugging, and repeating this process, you will definitely enter a higher R&D level. Learning English well means reading materials on IEEE, and reading domestic papers as little as possible. There are plagiarism and mistakes. Cherish the resources of the school, it will be difficult to go to IEEE after graduation. Remember, if you plan to take the route of technological development, you must have long-term patience and at least five years of hard ideological preparation (repeated study, simulation and debugging) to see a bright future.
6. Although the above is about motor control, what you have learned is not only used for motor control. For example, learn modern power electronics technology and control theory well, and you can also do power supply design. In short, as long as it is an electric feedback control system.
7. After several years of technical foundation, we can consider developing into technical management. If you have a long-term career development plan, you should know as much as possible about technical management knowledge and consciously lean here to stay ahead of others. This is another topic, so I won't go into details.
8. Finally, I'll give you another choice. You can temporarily consider not taking the master's degree, first find a company to do motor development or control for 2 years, and then go to school (remember, work for 2 years at most, otherwise you will really suffer in China when you are old). I worked for several years before I went to school. At least I knew what I was studying and what I wanted to achieve from the day I studied. It's too bad that many people who look directly can't understand this.