What is electrical engineering and the difference between power engineering and electrical engineeri

Electrical Engineering (English: Electrical Engineering), abbreviated as EE, is the core discipline and 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 is a very broad definition, but with the rapid development of science and technology, the concept of electrical engineering in the 21st century has gone far beyond the scope of the above definition. A professor at Stanford University points out that "today's electrical engineering encompasses almost all engineering behaviors related to electronics and photons."

It is the great progress of electronic technology that has promoted the arrival of the information age based on computer networks, and will change the way human life and work and so on. The Department of Electrical Engineering, also known as the Department of Electrical Engineering, the Department of Electrical Engineering and Information Science, and the Department of Electrical Engineering and Computer Science, is mainly focused on computer and information technology.

In fact, the so-called electrical engineering is the electrical automation major that was used to be called. Now in order to sound good, I have to put the word factory.

The difference between power engineering and electrical engineering is mainly in the different emphasis.

The difference between power engineering and electrical engineering is mainly in the different emphasis. Electric power engineering is more hardware, including various power facilities, power generation and engineering project construction, and electrical engineering is more software, to carry out circuit design and various program design.

Prospects for Majors in Power Engineering and Electrical Engineering:

1. Electric power engineering: As a supporting industry derived from the power industry, the prosperity of the power engineering service is closely related to the development of the power industry, and the construction and development of power infrastructure directly promotes the expansion of the power engineering market.

In recent years, with the rapid development of China's economic level, the demand for industrial electricity and people's daily life electricity is increasing day by day, and the power load burden of the power grid system is growing, which further enhances the demand for power infrastructure construction that matches the scale of power growth.

2. Electrical Engineering: The employment prospects of graduates majoring in electrical engineering and automation are very good. The automation industry is developing rapidly, and it needs a lot of talents in this profession, and it is also ideal to wait for Wu Tsai to meet salary.

Graduates can develop in the direction of computer technology application, economic management, electrical engineering and automation, etc., and if they have certain professional knowledge and work ability, then they are also very promising to become a senior engineering and technical talent. <>

Electrical engineering includes electrical and electrical appliances, power systems and automation, high voltage and insulation technology, power electronics and power transmission, electrical theory and new technologies, etc.

Main courses. Circuit Principle, Analog Electronic Technology, Digital Electronic Technology, Microcomputer Principle and Application, Signal and System, Automatic Control Principle, Motor and Drag, Power Electronics Technology, Electric Power Drag Automatic Control System, Electrical Control Technology and PLC Application, Microcomputer Control Technology, Power System Analysis;

Power Plant Electrical Part, Electrical Engineering, Principles of Power System Automation, Electrical Engineering, High Voltage and Insulation Technology, English for Electrical Engineering, Power System Steady-State Analysis, Power System Transient Analysis, High Voltage Technology, High Voltage Direct Current Transmission Technology, Relay Protection.

Electric dermabrasion engineering and electrical engineering are two related but slightly different concepts. Power engineering refers to the engineering field involving power generation, transmission, distribution, and the design, construction, operation, and maintenance of power systems. It focuses on the overall planning of the power system, the selection and arrangement of power equipment, the transmission and distribution of power, and the management of power loads.

Power engineering usually involves large-scale power facilities, power stations, transmission lines, substations, etc. Electrical engineering is broader and encompasses a wide range of electricity-related applications in power engineering as well as other fields. Electrical engineering is concerned with the generation, transmission, control and utilization of electricity, including power systems, electronic equipment, motors, automation control systems, communication systems, etc.

Electrical engineering can involve applications in different fields, such as power systems, electronic engineering, communication engineering, and automation engineering. Therefore, power engineering is more focused on the planning, construction and operation of power systems and power equipment, while electrical engineering is more extensive, including power engineering, involving the application and technology of all aspects of electricity.