What are the work directions of electrical engineering and automation???

system, is the power supply company.

Manufacturers of electrical equipment. ABB, Siemens, or the domestic NARI Jibao, Jinzhi, NARI Group, etc.

University teacher. Design institutes, research institutes.

The employment scope of this major is still very, very wide. Here are just a few points, in fact, in most industrial enterprises, you can go to work.

When it comes to electrical engineering, I also studied this major.

Electrical engineering is divided into strong electricity and weak points, and each school has a different focus on electrical engineering teaching, such as the focus of our school is power system automation, and some schools are railway electrification or coal mine electrification, which should be analyzed in detail.

Upstairs said very comprehensively, but the system and the design institute unless there is a relationship or beautiful education is difficult to enter, most of the people in this major into the general enterprise work, some do electrical design, some do automatic control, etc., in short, the employment is still very wide.

It is better to choose the employment of the power system profession is very wide, you can work in the information, electronics, machinery, transportation, foreign trade, ** and other industries, mainly engaged in the system operation, automatic control, power electronics technology, information processing, computer technology and application related to power engineering and electrical equipment, research and development, technical management and other aspects of experimental analysis, research and development, technical management, etc. The job prospects are very good, and you can also go to the power plant, power construction, and power supply bureau, but you need a relationship, or the salary of graduating from a strong electrical school is very good.

Power electronics is more widely employed than the power system, mainly to electrical companies and the like, and the treatment seems to be inferior to the power system, but this is not absolute, but also depends on their own initiative, no matter which line of work, you need to work hard and accumulate experience, so that there will be a broader development path.

Generally speaking, electrical engineering is a relatively hot major, so please believe in yourself and choose which direction to choose should be based on the actual situation and personal hobbies......I wish you a good future.

I'm the same upstairs, level 05.

At that time, it was divided into electric power (power system and its automation), electric automatic (relay protection automatic telecontrol), high voltage, motor, electrical (I don't know the full name).

A total of five directions.

At that time, I applied for volunteers according to my grades, which was similar to applying for volunteers after the college entrance examination scores.

Most of the god-men went to electricity. Including me. Then tragedy came.

When I was looking for a job, I was ranked 21st out of 37 people in my class.

My results are placed in the top three in the direction of high voltage motor and electrical engineering.

In your senior year, your class ranking is on the official employment recommendation form given by the school.

Many students studying electricity are depressed.

After graduation, students of this major can be engaged in engineering design, system analysis, system operation, research and development, economic management and other aspects in the fields of motion control, industrial process control, electrical engineering, power electronics technology, testing and automation instrumentation, electronics and computer technology related to industrial and electrical engineering.

1. Electric traction major: After graduation, I generally go to the car-making group on the railway, such as CSR and CNR, engaged in R&D and maintenance of electric locomotives. However, there are also many students in this major who go to the railway bureau and become railway employees.

2. Building electrical: After graduation, most of them are in the design institute, dealing with drawings, and there are also many in the engineering bureau, engaged in the construction industry, which is very hard and has a good salary. You can also go to a real estate company, a cost consulting company or something, depending on your choice.

3. Electrical and jujube gas automation: Most of them go to the engineering bureau and stay outside all the year round, but the benefits are good.

4. Power system: most of them go to power plants and power stations. It's also nice to go to the national grid!

5. Urban rail: most of them go to the engineering bureau and subway company, and you can also go to the R&D unit, and the prospect is very good.

Electrical engineering and automation (electrical engineering and automation) training to meet the needs of socialist construction, moral, intellectual, physical and aesthetic all-round development, by the basic training of engineers, with motor and control, electrical appliances and control, power system and automation, building electricity filial piety and other engineering technology field of basic theory and basic knowledge, can be engaged in design and manufacturing, research and development, test analysis, system operation, automatic control, Power electronics technology, production management, and electronic and computer technology applications of application-oriented compound senior engineering and technical personnel.

1.Power systems and their automation. This major cultivates senior professional and technical personnel to meet the needs of modern large and medium-sized power plants and power systems.

2.Relay protection and automatic telecontrol technology. This major cultivates senior engineering and technical talents in relay protection, automation and telecontrol of power systems.

3.Electrical Machines & Power Electronics. This major cultivates senior engineering and technical talents who can be engaged in scientific research, engineering design, system analysis, system operation, system development, economic management and other fields in the fields of electrical engineering, automation, electronics and computer technology application.

4.High voltage technology. This major direction mainly cultivates wide-caliber and compound advanced engineering and technical talents urgently needed in high-voltage and insulation technology and electrical equipment fault diagnosis technology.

5.Electrical technology. This major direction cultivates senior professional and technical talents who can meet the needs of the power industry and other electrical engineering fields for a wide range of strong and weak currents, with a deep foundation and strong ability.

Electrical engineering and automation is an undergraduate major in the study of electrical, which is a relatively comprehensive major, and its field can cover from the design of power systems, to power transmission and transformation, to the automation of equipment and so on. And for this subject, almost no one can learn everything to be proficient in. However, because it is an undergraduate discipline, the application of this major is greater than that of design, so generally graduates of this major are engaged in the application field.

Mainly engaged in electrical engineering related to system operation, automatic control, power electronics technology, information processing, test analysis, research and development, economic management, electronic and computer technology application and other fields. Electrical automation is widely used in factories, so to speak, electrical automation is the only thing that cannot be missing in the factory, and it is the pillar of the factory!

If you are proficient in electrical automation, the employer immediately wants you, no matter what the unit, it is best to be an electronics factory, because electronics factories use automation, programming, and design every day.

Main courses of electrical engineering and automation: circuit principle, electronic technology foundation, electrical engineering, power electronics technology, power traction and control, computer technology (language, bending software basics, hardware basics, single-chip microcomputer, etc.), signals and systems, control theory and leakage theory, etc. Professional Experiments:

Motor and control experiments, electrical engineering system experiments, electric power hunger electronic experiments, etc.

The employment direction of electrical engineering and automation is mainly related to engineering design, manufacturing, system operation, system analysis, technology development, education and scientific research, economic management and other aspects of electrical engineering and automation in the electric power and electrical equipment manufacturing industry, and can also be engaged in related work in the field of electrical engineering and automation in other industries, and the employment prospects are still very broad.

1. Engaged in the design, research and development and operation management of the power system, the main units that can be engaged are: power companies at all levels under the two major power grid companies of the State Grid and China Southern Power Grid and various power plants under the five major power generation groups of the country and China National Nuclear Corporation and China General Nuclear Power Group.

2. Electric power design institutes and electric power planning institutes at all levels; electric power construction companies; All kinds of power technology professional companies and new energy power generation enterprises.

3. Power supply departments or self-supplied power plants of large and medium-sized enterprises such as energy, aviation, aerospace, metallurgy, nonferrous metals, stone and orange transformation, shipbuilding, electronics, medicine, machinery, construction, etc.

4. Engaged in technology research and development, management and operation in electrical equipment manufacturing enterprises, power automation equipment companies, power electronics, communications and other high-tech enterprises.

5. Engage in scientific research and teaching in scientific research institutes and colleges and universities.

Electrical engineering and automation is an emerging discipline in the field of electrical information, with tentacles extending to all walks of life, from the design of a switch to the research of aerospace aircraft. Because it is closely related to people's daily life and industrial production, it has developed very rapidly and is relatively mature now.

"Automation" belongs to the information industry, and the information industry is known as the "sunrise industry", which is the trend of today's scientific and technological development. Therefore, as an important member of the information industry, the automation profession also has a bright future, and the late judgment has a wide range of applications.

With the continuous development of China's economy and the continuous development of modern industry, the talent market in electrical automatic technology has considerable potential. Especially in Guangdong, the continuous improvement of automated production technology, the continuous popularization of automation products, the application of intelligent buildings and smart homes, and the continuous development of intelligent transportation have provided broad prospects for the development of electrical automation technology.

What is the employment direction of electrical engineering and automation? As follows:

Electrical engineering and automation are still very good for the current form of employment (this has a lot to do with the popularity of your school, the popularity of your school's major, and your own ability). I've sorted out the relevant questions, let's take a look!

Electrical engineering and its automation employment positions electrical engineering refers to the work of stupid engineers, commissioners, purchasers, research and development, design, etc., and the employment direction is mainly engaged in the fields of system operation, automatic control, power electronics technology, information processing, test analysis, research and development, economic management, and electronic and computer technology applications related to electrical engineering.

The employment direction of electrical engineering and automation is mainly engaged in the fields of system operation, automatic control, power electronics technology, information processing, test analysis, research and development, economic management, and electronic and computer technology application related to electrical engineering.

Electrical automation is widely used in factories,1Power supply bureau. 2.

Institute. 3.Engineering Bureau.

It is also possible to change careers in the direction of automation, electronics, etc. 4.Graduates have a wide range of employment, not restricted by the industry, and can be engaged in electrical engineering and automation research, engineering design, scientific and technological development, operation management and other technical work in the fields of power system, machinery manufacturing, automobile manufacturing, transportation, post and telecommunications, communications, environmental protection, urban construction, energy, etc., and can also be engaged in teaching and scientific research in colleges and universities.

Poor socks When filling in the college entrance examination, many candidates are concerned about the employment direction of electrical engineering and automation. The following is a list of "What are the employment directions of electrical engineering and automation majors", which is for reference only, and you are welcome to read this article.

Major courses in electrical engineering and automation

Main Courses: Main Disciplines: Electrical Engineering, Control Science and Engineering, Computer Science and Technology Main Courses:

Circuit Theory, Electronic Technology, Power Electronics Technology, Automatic Control Principle, Microcomputer Principle and Application, Electrical Engineering Basics, Electrical Engineering, 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.

Main disciplines: Electrical Engineering, Control Science and Engineering, Computer Science and Technology.

The main practical teaching links: including circuit and electronic technology experiments, electronic technology practice, metalworking practice, computer software practice and hardware practice, curriculum design, production practice, graduation project.

Electrical Engineering and Automation

After graduation, students of this major can be engaged in engineering design, system success and failure analysis, system operation, research and development, economic management and other fields related to industrial and electrical engineering, such as motion control, industrial process control, electrical engineering, power electronics technology, testing and automation instrumentation, electronics and computer technology.

Engaged in industry: After graduation, he mainly worked in instrumentation, machinery, construction and other industries, roughly as follows:

1. Instrumentation industrial automation;

2. Machinery and equipment heavy industry;

3. Construction and building materials engineering;

4. New energy;

5. Electronic technology, semiconductors, integrated circuits;

6. Real estate;

7. Other industries;

8. Automobiles and spare parts.

Position: After graduation, he is mainly engaged in electrical engineers, electrical designers, technicians, etc., which are roughly as follows:

1. Electrical Engineer;

2. Electrical designer;

3. Electrical design engineer;

4. Electrical technician;

5. Technician;

6. Mechanical Engineer;

7. Senior Electrical Engineer.