What does the electrical engineering and automation major do?

Electrical engineering and its automation involves power electronics technology, computer technology, electrical and electrical technology information and network control 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, software and hardware combination. This major cultivates senior engineering and technical talents with basic knowledge of engineering technology and corresponding professional knowledge of electrical engineering, basic training in electrical and electronics, system control and computer technology, and basic ability to solve technical analysis and control problems of electrical engineering.

Electrical engineering and automation is also a popular major in recent years. Of course, I personally think that the prospect of this major is still good, its essence is actually to use weak electricity to control strong electricity, to achieve an automatic control for the purpose of the basic discipline, because the discipline involves too many disciplines, it is quite difficult to really learn well! Basically all electrical aspects are included.

Quite a challenge for you! Hope mine is helpful to you!

Power supply and distribution, power generation and transmission, as well as electrical control, electrical drag, etc.

State Grid Electric Power Bureau, Electric Power Research Institute, Electrical Manufacturing Enterprises (such as Midea, Haier, Gree, Lenovo, ABB, various motor and cable manufacturing enterprises, there are too many, I can't list them all).

Automation refers to the process in which a machine or device is automatically operated or controlled according to a prescribed procedure or instruction without human intervention.

Automation application fields can be divided into: office automation, mechanical automation, information automation, industrial automation, sewage treatment automation, etc., which are widely used. The use of automation technology can not only liberate people from heavy physical labor and part of mental labor and harsh or dangerous working environments, but also expand the function of human organs, greatly improve labor productivity, and enhance human ability to understand and transform the world.

Automation refers to the process of achieving the expected goals through automatic detection, information processing, analysis and judgment, manipulation and control of the production and management process of machinery and equipment, systems or processes with the direct participation of no or fewer people, according to the requirements of people.

Hello users, electrical engineering and automation is a multi-field, multi-disciplinary discipline, including electrical automation, electrical technology, control theory, electrical and electronic technology, computing technology, digital communication technology, etc. Its research and application have a wide range of applications in the fields of power systems, machinery control and intelligent pants cleaning automation. This major focuses on electrical automatic control, and has basic courses such as power electrical equipment, detection and sensing technology, PLC and its application, automatic control system, fault diagnosis, etc., as well as practical operations such as design, application and improvement of related systems.

Doushen graduate students can also further elect professional courses such as computing network, intelligent control, noise control technology, system identification, etc., to lay a solid foundation for future electrical automation research and application.

Electrical Engineering and Automation is an engineering discipline with strong application, which mainly involves the production, transmission and utilization of electrical energy, as well as the application of electrical automation technology. The following will introduce the relevant content of electrical engineering and automation in detail from the aspects of discipline characteristics, professional courses, and employment directions.

First, the discipline of the special bridge nuclear brother point.

Electrical engineering and automation is a highly comprehensive discipline, which involves many disciplines such as electrical engineering, electronic engineering, computer science and technology, etc., so it has strong interdisciplinary and application. Students trained in this major not only need to have a solid basic knowledge of electrical engineering, but also need to master the application and research methods of electrical automation technology, and be able to engage in the production, transmission and utilization of electrical energy, as well as the design, development and optimization of electrical automation control systems.

2. Professional courses.

The curriculum of electrical engineering and automation is mainly divided into two directions: electrical engineering and automatic control. Among them, the main courses in the direction of electrical engineering include power system analysis, power electronics technology, motor and drive, power system automation, etc.; The main courses in the automatic control direction include control theory, digital signal processing, embedded systems, automation instrumentation, etc.

In addition, the major also requires students to learn relevant mathematical and physical subject knowledge, such as advanced mathematics, linear algebra, electromagnetic field theory, etc.

Third, the direction of employment.

Graduates majoring in electrical engineering and automation have a wide range of employment directions, mainly including the following aspects:

Power system and power automation: including power plants, transmission systems, distribution systems, automation control systems, etc.;

Mechatronics: including machinery manufacturing, machine tool automation, robotics, etc.;

Electronic information field: including digital circuits, analog circuits, communication systems, electronic product design, etc.;

Automatic sensitization: including automatic control, intelligent control, process control, etc.

In short, electrical engineering and automation is an engineering discipline with strong application, which mainly involves the production, transmission and utilization of electrical energy, as well as the application of electrical automation technology. Students in this major have strong interdisciplinary and applied skills, and can engage in related work in the fields of power system, mechatronics, electronic information and automation after graduation.

Electrical engineering is more mainstream.

Electrical Engineering (EE) is a core discipline and a key discipline in the field of modern science and technology.

Traditionally, electrical engineering is defined as the sum total of the disciplines used to create and produce electrical and electronic systems. This definition was originally very broad, but with the rapid development of science and technology, the current concept of electrical engineering has gone far beyond the scope of the above definition. The professor at Stanford University noted

Today's electrical engineering encompasses almost all engineering behaviors related to electronics, photonics."

Development prospects: electric power is an important material basis for the development of production and improving human living standards, the application of electric power is constantly deepening and developing, and electrical automation is an important symbol of the modernization of the national economy and people's lives. As far as the international level is concerned, the demand for electricity will continue to grow for a long time in the future, and the demand for electrical engineering and automation technology workers is on the rise.

Graduates of this major can be engaged in teaching, scientific research, engineering design, scientific and technological development, management and economic and trade in electrical engineering and automation in colleges and universities, scientific research institutes, companies and enterprises.

The above content reference: Encyclopedia - Electrical Engineering.

Electrical Engineering Automation Major, detailed as follows:

1. Professional Introduction:

1. Electrical engineering and automation is an undergraduate major in ordinary colleges and universities, which is an electrical major, with a basic study period of four years and a bachelor's degree in engineering. Debate dates.

2. The major is a combination of strong and weak electricity, which requires mastering the core content of the knowledge fields of electrical engineering, power electronics technology, power system foundation, high voltage technology, power supply and distribution and power consumption technology, and cultivating 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 problem of electrical engineering technology analysis and control.

2. Curriculum system:

1. The knowledge system of electrical engineering and automation includes general knowledge, basic knowledge of disciplines, professional knowledge, practical teaching, etc. The curriculum system is independently constructed by the school according to the training objectives and characteristics of running the school, and when constructing the curriculum system of electrical majors, the basic technical knowledge and professional basic knowledge must achieve the basic coverage of most of the core content.

2. The name of the course does not have to correspond exactly to the knowledge field, and the knowledge field can be further divided and combined to form a course. The curriculum should be able to support the achievement of the basic requirements and training goals of professional talent training, and enterprises or industry experts should participate in the construction of the curriculum system.

Electrical engineering and automation belong to the category of engineering, which is a popular discipline with the development of electric power and related industries.

The learning content of this major can be divided into two parts: electrical engineering and automation, the electrical engineering part mainly studies the five major links of power generation, substation, transmission, distribution and electricity consumption, and the automation part mainly studies the automatic operation of electrical equipment without human intervention.

Hello dear classmates, <>

This electrical engineering and automation is mainly to study the basic knowledge and skills in the fields of power electronics technology, automation control technology, computing technology and other related fields, and carry out the design and manufacture of power equipment, the development of automatic control technology, and the maintenance of power systems. For example, in the production and manufacturing of household refrigerators, color TVs and other electrical appliances, single-chip microcomputers are used to realize automatic control of medical ventilators and household rice cookers, and the maintenance and management of high-voltage power grids.

The employment direction mainly includes electric power enterprises: electric power engineering, electrical engineering, hardware engineering, judgment wheel electrical design, automation technology, power system development, technology development, equipment manufacturing, equipment maintenance, production management, State Grid This institution is the best choice for many people, and it is <> to kiss it

As a freshman who has just gone through the college entrance examination to fill in the application, and my boyfriend is already studying in this major. Let me share my vision!

Choosing this major is still comparativeNot badIt may be more tiring to spend four years in college, butGood job prospectsYes. The best way out is to enter the State Grid or the Southern Power Grid, which is very good. However, power grid positions are basically only recruited in schools, and will not be recruited in the society, so it is also very important to choose a good school.

Then it is to work in various power plants, and it is recommended to go to the five major power generation groups in the country. Another little bit is to go to power equipment related manufacturers. Some of them go to some infrastructure departments to manage electrical, mechanical and electrical.

What impressed me the most about this specialty rubber industry is that there are many courses, which are basically full from Monday to Friday, and even on Saturdays. My boyfriend is very busy every day, either in class or doing homework. Personally, I think that the major of electrical engineering and automation is more difficult to learn, and the learning task is heavy.

Of course, this is not much compared to the normal major I chose, and it may not be much compared to medicine.

In conclusion, the electrical engineering and automation major is very good, and the employment prospects are good.