High scores to ask questions about electrical engineering and electronic information science and tec

I tell you very responsibly that electrical employment in the engineering field is basically the best, and you are right to choose electrical. Nowadays, electrical is much better than mechanical, and once the average student graduates, the monthly salary of electrical majors will be three times that of mechanical. Electrical can be an evergreen major, and it will be very good in the future, electronic information science and technology has gone downhill.

There is still a bit of a possibility to enter the cement plant.

Don't you want to enter the cement factory, and if you want to learn the major of electricity, you have to learn well and learn the real skills, do you know how difficult it is? That's hard work. After going to college, especially in ordinary universities, there are a few people who work hard.

Although it is not easy to learn electrical well, it is certainly not a problem to find a job if you learn so-so. I'm a student of automation, so I know a little bit about it.

I don't know what the prospects for this major are. But I'm an electrical major, and I've been out for a few years. I think this major is very good - of course, the future is that you are willing to learn and work hard!!

There is a lot of room for the salary of electrical majors to increase, and you can go to various factories (of course, cement factories are no problem) to do electrical maintenance, enter the research institute to do design, and enter the automation company to do after-sales service... Electrical is a highly specialized profession, and you don't have to be afraid to find a job in the future, as long as you have excellent professional knowledge!!

I'm an electrical engineer and I'm currently a student in Suzhou, which is also coastal.

1. Electrical engineering is actually an electrician, second only to mechanical engineering in terms of employment, mainly in electricity, such as strong electricity such as high-voltage electricity, as well as weak electricity in digital circuits and analog circuits, as well as computer monolithic opportunities to learn, good employment prospects can ensure that you find a job, salary depends on your ability. Information science is mainly computer-oriented.

2. Working environment, think about what an electrician does, you will know the working environment. If it's information science, if you can find a job, it's computer maintenance or something. Salary, it depends on your ability!

Generally, electricians should be paid less at the beginning.

3. If you go to the coastal area, you want to pay more, and if you have strong personal ability, of course, the computer. However, if the school is not very good, I personally recommend learning electricity.

4. If you enter the cement plant, you can learn mechanics and electricity, too.

5. The mechanical ones are better.

Electricity is better, coastal enterprises are going to go to the second and third tier cities, their electronic technology is already very good, in the electrical aspect, you can do some automatic control is very good, quite developed.

I am studying electronics, in a 985 school, electrical is strong electricity, if you are not afraid of danger and like the power system and power supply, choose electrical engineering and automation, electronics is weak electricity is to learn circuit design and research and development, and so on, here, the postgraduate entrance examination is actually similar to both, are more popular majors, but the direction you go and the department you work in is different, if you learn well, salary is not a problem, employment is very good, good prospects, what questions. Keep asking me, I hope it can help you.

I have been in the electrical and automation industry for ten years, and I have also been in contact with many people in the electronic information industry As far as my experience is concerned: the advantages of electrical automation are: a wider range of jobs, choices, and a lower entry threshold

The low threshold has caused the entire industry to be saturated with low-end personnel, and if you want to have better development, you need to have a relatively large advantage in technology and ability.

It's all the same, it's all very employable.

The direction you chose to take the Xiaochun research course is still relatively close to your major, at least the basic courses of the major are the same. Moreover, the chances of being admitted to this school are much greater than those of other schools. You can choose the subjects to be tested in the preliminary and re-examination of the postgraduate entrance examination, it is best to find out the teacher of your school's postgraduate examination paper to audit the corresponding course, if which teacher has any relevant textbooks or exercise sets must be bought, and the postgraduate examination questions are mostly from this.

The power system is the hottest direction for electrical. Generally, the circuit is tested for the first time, and the power system analysis is tested for the retest, and the high-voltage insulation protection is examined. Probably a clever number of years to study in the third year.

Now it is most important to learn advanced mathematics and English. In particular, advanced mathematics is very useful for both graduate school entrance examinations and professional courses. Study hard, opportunities are for those who are prepared.

You're only a freshman now, and it's not easy to pay so much attention to the graduate school entrance examination. Good luck.

You can find some junior students who want to take the power system exam in the school, and it is best to find a male student who has completed the nuclear examination to understand the situation, whether it is for graduate school entrance examination or employment. It's too early to find a tutor now, usually after the third year, you can contact by email, and it is generally available on the school's website, you can find it. As a reminder, if you want to study the power system and enter the national monopoly enterprises such as the State Grid, you must have a certain relationship.

After entering, of course, the salary is good.

The heartfelt words of a third-year electrical college student.

Electronic information science and technology is a wide caliber major, including electronic science and technology and information science and technology two contents, the learning content involves electronics, information technology, computer three major knowledge plates, its training direction some colleges and universities involve three directions, such as wireless communication, image transmission and processing, information electronic technology, etc., some colleges and universities cover two professional directions, such as communication and electronic systems and signal and information processing.

This major aims to cultivate senior theoretical and technical talents who can adapt to the rapid development of electronic information science, have a good knowledge structure and adaptability, and can be engaged in design and manufacturing, scientific research and development, applied research and technology management in electronic technology, electronic information science and electronic information industry and other related fields.

The major of electronic information engineering is a major about weak electricity, and electrical engineering and automation is a major about strong electricity.

The Electronic Information Engineering major is a major in electronic and information engineering. Students in this major mainly learn the acquisition and processing of signals, power plant equipment information systems, etc., and receive basic training in electronic and information engineering practice, and have the basic ability to design, develop, apply and integrate electronic equipment and information systems.

The major of electronic information engineering cultivates high-level engineering and technical talents who have the basic knowledge of electronic technology and information systems, and can be engaged in the research, design, manufacturing, application and development of various electronic equipment and information systems.

Electrical engineering and its automation involves power electronics technology, computer technology, electrical and electrical technology, mechatronics technology and many other fields, is a comprehensive discipline, its main characteristics are the combination of strong and weak electricity, mechanical and electrical combination, software and hardware combination, electrical technology and electronic technology combination, so that students can obtain basic skills in the fields of electrical electronics, system control, electrical control and computer application technology.

The major of electrical engineering and automation is to cultivate wide-caliber and compound senior engineering and technical talents who can be engaged in electrical engineering and automation, technical application of computing loss, economic management and other fields for all walks of life.

This major cultivates senior engineering and technical talents with basic knowledge of engineering technology and corresponding professional knowledge of electrical engineering, and the basic ability to solve the problems of electrical engineering technology analysis and control.