What does electrical engineering and its automation do?

Summary: The major of electrical automation is to cultivate the relevant national standards and process specifications of transmission technology, bus control technology and electrical technology, and master the basic knowledge of electrical and electronics, instrumentation, programmable control and configuration control.

Basic courses: Advanced Mathematics, Linear Algebra, Probability and Statistics, Engineering Mathematics (Complex Variable Functions and Integral Transformations), College Physics, Modern Engineering Drawing, Computer Fundamentals and C Programming Language Experiments, Computer Fundamentals and C Programming Language, MATLAB Programming and Engineering Applications, Electrical and Electronic Measurement Technology and Experiments, Circuit Principles, Electronic Technology Fundamentals, etc.

With the continuous development of China's economy and modern industry, the market potential of electrical automation technology talents is huge. Especially in Guangdong, the continuous improvement of automated production technology, the 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 does electrical engineering and its automation do:

Electrical engineering and automation is an engineering discipline involving the intersection of electricity, electronics, computers, control, communication and other disciplines. Its purpose is to study the use of electricity, electronic technology and computer control technology to measure, control, transmit, store and process matter and energy, so as to achieve unlimited control and application of human beings in all fields. <>

Electrical engineering and automation have a wide range of topics, including advanced power systems, electronic technology, control systems, communication systems, computer technology, power electronics technology, information processing technology, etc. At the same time, the discipline also studies the construction and development of electricity, electronics, communication and other infrastructure required by human society. Electrical engineering and its automation is an applied science, and its results permeate almost all areas of social life.

In the discipline of electrical engineering and automation, power system, electronic technology, control system and communication system are the core parts, and these technologies have been widely used in communications, transportation, medical care, finance, energy, environmental protection, national defense and aviation and other fields.

1.Power system.

The power system mainly studies how to ensure the quality and safety of power through efficient power transmission, distribution and intelligent control. The power system is mainly composed of power supply, substation, transmission line, distribution line and power load. Technically, it basically includes generators, transformers, switches, cables, power electronic devices, etc.

2.Electronics.

Electronic technology is the basic technology of modern communications, computers, consumer electronics, industrial automation and other high-tech, which mainly studies circuit design, integrated circuit design and application, microelectronic processing technology, radio frequency technology, optoelectronic technology, touch technology, etc. The development of electronic technology has not only promoted the popularization and application of information technology and intelligence, but also profoundly affected people's lives and production methods.

3.Control system.

Control system studies systems that automatically control various physical quantities or processes based on the principle of "automation". It basically includes sensors, actuators, control friend symbol controllers, signal processing and communication components. The control system has a wide range of applications, such as aerospace, military production, robotics, smart home, industrial automation, etc., and is an important focus direction of electrical engineering and automation.

What electrical engineering and its automation do is as follows:

Electrical engineering and automation majors can be engaged in power engineering, electrical engineering, hardware engineering, electrical design, automation technology, power system development, technology development, equipment manufacturing, equipment maintenance, production management and other work in power enterprises.

1. Electrical engineering and its automation.

1. Electrical engineering is an engineering discipline that studies how to design, develop, and maintain various electronic and electrical equipment, systems, and control systems using electricity, electronics, and electromagnetic phenomena. Electrical engineering has a wide range of applications, including but not limited to power systems, electronic equipment, communication systems, computers including hardware and software, control systems, automation systems, etc.

2. Automation is a technology that aims to automate the operation and monitoring of control systems through the use of computers, sensors, actuators, and other equipment. Automation technology is widely used in manufacturing, transportation, energy, construction, healthcare, and homes. Automation technology can improve production efficiency, reduce costs, improve product quality, reduce errors and injuries, and more.

2. Electrical Engineering and Automation.

His main studies include "Circuit Principle", "Power System Automation", "Power System Relay Protection", "Analog Electronic Technology Basics", "Digital Electronic Technology Basics", "Electrical Engineering", "High Voltage Technology", "Power System Analysis", "Electromagnetic Field and Electromagnetic Wave", "Microcontroller Technology", "Power Electronics Technology", "Automatic Control Principle", "Computer Control System", etc.

3. Employment direction of electrical engineering and automation.

1. Power system engineer: responsible for the design, construction and maintenance of power system and power equipment, including power generation, transmission and distribution systems.

3. Control engineer: responsible for designing, implementing and maintaining various control systems, including automation control systems, robot control systems, industrial control systems, etc.

4. Automation engineer: responsible for designing, implementing and maintaining automation systems, including industrial automation systems, home automation systems, traffic automation systems, etc.

5. Software engineer: responsible for designing, developing and maintaining various software applications, including control software for electrical and automation systems, software for embedded systems, etc.

6. R&D engineer: responsible for the research and development of new electrical and automation technologies and products, including new power equipment, Tanboqing automation systems, sensors, controllers, etc.

Automation is a profession that integrates a macro vision into a larger field. In fact, there are many aspects involved in the regeneration of electricity and pneumatics, but you can't observe it. 1.

For transportation, electrified railway roads, such as light rail, subway, railway, maglev levitation trains, including the vast majority of trains now, are automatically controlled by electrification. X02 Aircraft in the sky, satellite launches, launches, etc. 2.

Industry, petroleum, chemical, power, production, all other fields. It mainly relies on gas and electrical automation for operation, production, processing, supervision, control and maintenance of beam cavities. For example, coal-to-liquid, coal-to-hydrogen, coal-to-power generation, fertilizer plants, refinery steel production, various automated semi-automatic production lines, steam vehicle production, processing, packaging, transmission, oilfield oil production, natural gas daily operation and maintenance, remote monitoring and program control, remote control system, etc.

Specialized knowledge of electro-air is basically used in all aspects. 3.Civilian side, civil alarm, 3

In terms of civil use, civil alarm, fire alarm system, HVAC system, security system, automatic processing, power distribution system, power supply system, banking system, including our usual credit card system, etc. It is necessary to use all the knowledge of the automation of the slag return electric.

Cultivate wide-caliber "compound" senior engineering and technical talents who can be 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.

Classification of Disciplines. Electrical Engineering (0808) is the name of the first-level discipline in the "Catalogue of Disciplines and Majors for Conferring Doctoral and Master's Degrees and Cultivating Graduate Students" promulgated in 1997. It has 5 sub-disciplines at the postgraduate level.

Discipline** Name of the secondary discipline.

Motors & Appliances.

Power systems and their automation.

High voltage and insulation technology.

Main courses. Circuit Principle, Analog Electronic Technology, Digital Electronic Technology, Microcomputer Principle and Application, Signal and System, Automatic Control Principle, Motor and Traction, 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 Hand Mode, Electrical Engineering, Power System Automatic Device Principle, Electrical Engineering, High Voltage and Insulation Technology, English for Electrical Engineering, Power System Steady-State Analysis, Power System Transient Analysis, High Voltage Technology, HVDC transmission technology, relay protection.

Electric Power University. North China Electric Power University.

North China Electric Power University is a key construction university of the national "211 Project" and "985 Project Advantageous Discipline Innovation Platform" directly under the Ministry of Education, the first batch of universities to enter the "Outstanding Engineer Education and Training Program" of the Ministry of Education, a national key university jointly built by the school council of the Ministry of Education and the State Grid Corporation of China, and a member of the Beijing Hi-Tech University Alliance. The school was founded in 1958 and was formerly known as Beijing Electric Power Institute. In 1969, it moved from Beijing to Hebei and was successively renamed Hebei Electric Power Institute and North China Electric Power Institute.

In 1995, it merged with Beijing Institute of Power Economics to form North China Electric Power University. In 2005, the headquarters of the school was moved to Beijing, and the Baoding campus was set up, and the two places implemented integrated management.

Electrical engineering and its automation are the study of the relevant content of the power industry, generally speaking, it is the study of power generation, then power transmission, distribution, and all the content of the whole process of electricity consumption, as well as the manufacturing, inspection and maintenance of related power and electrical equipment.

Electrical engineering and its automation is mainly to learn and study the content of the direction of strong electricity, (the so-called strong electricity, if it is not very strictly defined, it is generally customary to call the voltage level greater than 36V as strong electricity, and one of its main functions is to provide relatively large power to meet people's daily electricity and industrial electricity needs). At the undergraduate level of our school, he also divided into two small directions: power system and electronic control: power system mainly studies how electricity starts from the power plant and is transmitted to the users who need it.