About the major of electrical engineering and automation, professional progress!

More practical:

1. Electrical control and PLC principle.

3. MCU technology.

4. Test technology and sensors.

5. Control motors and applications.

6. Electrical Engineering Technology.

7. Power system automation.

8. Power supply technology.

13. Factory automation.

14 Modern Building Electrical Technology.

20 Technical English.

The most practical ones are:

1. Electrical control and PLC principle.

4. Test technology and sensors.

5. Control motors and applications.

8. Power supply technology.

13. Factory automation.

14 Modern Building Electrical Technology.

I suggest that I am also an electrical major, and I have been working for 6 years, and I think these three are more useful.

The 6,7,8 upstairs are in the direction of strong electricity! Through the direction of professional division, I think your school is stronger in weak electricity, and you know strong and weak electricity, right? I don't know if you should go to the library for a further study!

Just kidding!! PLC and factory automation should be bound, robotics and single-chip microcomputer are bound, the former belongs to the industrial automation series, the latter belongs to the microcomputer (maybe this generalization is not good, such as computer modules and the like, such as the motherboard) series! It's probably divided into these two directions, and if you don't know it, you can go to your department and ask for advice!!

If you want to pursue a career in this major in the future, you must learn these subjects well! If it's wrong, please correct it!

Electrical Control and PLC Principles This is related to PLC If you learn it well, it will be very helpful to work.

The microcontroller is very useful, but you can't learn anything in class, so you can consider choosing it and then learn it yourself.

It can be disregarded. 20 Every school is different, and I don't think it's meaningful in my school. 9. Very esoteric, unless you go to a transformer factory.

The second floor is very right, divide the strong and weak electricity and then learn, or it will be very chaotic. PLC Also, if you learn PLC well, you can have a good job. Knowledge is to become a system.,I don't know why your school chooses to learn.,I'm basically learning all of them.,Now I'm self-learning MATLAB because the company requires me to sign a job.。。。

Electrical engineering and automation is an emerging discipline in the field of electrical information, but it is developing very rapidly and is relatively mature because it is closely related to people's daily life and industrial production. It has become an important part of the high-tech industry, widely used in industry, agriculture, national defense and other fields, and plays an increasingly important role in the national economy.

The main disciplines of this major are: Electrical Engineering, Control Science and Engineering, Computer Science and Technology. The main courses are:

Circuit Theory, Electronic Technology, Power Electronics Technology, Automatic Control Principle, Microcomputer Principle and Application, Electrical Engineering Fundamentals, Electrical Machinery, Electrical Appliances, Power System Analysis, Motor Design, High and Low Voltage Electrical Appliances, Motor Control, Principles and Applications of Intelligent Electrical Appliances, Power System Relay Protection, Power System Integrated Automation, Building Power Supply and Distribution, etc.

Graduates of this major are mainly employed in the electric power industry, and can be engaged in power design, construction, commissioning, production, operation, market operation, scientific and technological development and technical training, etc., as well as electrical technology in other industries.

Summary. Dear, talk about your understanding that scientific and technological innovation is the first driving force, and the answer is as follows: "the first driving force" is the core source power that triggers the chain reaction and catalyzes the overall effect, and Shandong proves that it is scientific and technological innovation.

Other enterprises in the province and even relevant enterprises in the country can get valuable enlightenment from it - there is only one way to achieve survival and development, and there is only one door for scientific and technological innovation to achieve transformation and upgrading. Scientific and technological innovation and survival and development is completely positively correlated, how strong and degree of scientific and technological innovation is, how big the future stage of the enterprise is.

Hello, I am glad to answer for you: dear, electrical engineering and automation is an undergraduate major in ordinary colleges and universities, which is an electrical major, and the basic study year is limited to four years, and a bachelor's degree in engineering is awarded. Electrical engineering and automation involve power electronics technology, sock high stove computer technology, electrical and electrical technology, Nianbi information and network control technology, mechatronics technology and many other fields.

Dear, talk about your understanding that scientific and technological innovation is the first driving force, and the answer is as follows: the "first driving force" is the core source of the chain reaction and catalyzing the overall effect, and Shandong proves that it is scientific and technological innovation. Other enterprises in the province and even relevant enterprises across the country can get valuable enlightenment from it - there is only one way to achieve survival and development, and only one way to achieve transformation and upgrading, and only scientific and technological innovation can return to one door.

Scientific and technological innovation and survival and development is completely positively correlated, how strong and degree of scientific and technological innovation is, how big the future stage of the enterprise is.