Electrical Automation, Electrical Engineering and Automation

Electrical automation is a popular major, and it is also a major with a relatively high employment rate.

Of course, you can upgrade the capital, if you study in a college with an undergraduate, then you can directly promote the undergraduate of the school, generally in this way, there is a chance of about 5%-8%, you go to the school without a bachelor's degree, then you can also pass the self-examination to promote the undergraduate of other schools, there are two kinds of postgraduate entrance examinations, one is that you directly graduate from a junior college for two years and then take the postgraduate examination, the other is to upgrade the undergraduate and then take the postgraduate examination, the time is about the same, but if you go to the undergraduate degree and then take the postgraduate examination, the knowledge will not be unfamiliar, It's relatively better.

Summary. Pro, 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.

Good. Pro, electrical engineering and automation is an ordinary college undergraduate major, belonging to the electrical major, the basic study period is four years, awarded a bachelor's degree in engineering.

Pro, this major is a combination of strong electricity (electricity as the energy carrier) and weak electricity (electricity as the information carrier) of the major, which requires mastering the core content of the knowledge field of electrical engineering, power electronics technology, power system foundation, high voltage technology, power supply and distribution and power consumption technology, and cultivating high-level 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 engineering technology analysis and control in the electric state.

Electrical engineering and automation is one of the important majors in the electrical field, which is closely related to people's daily life and industrial production, and has developed very rapidly and has very broad prospects. It has become an important part of the high-tech industry, widely used in industry, agriculture, national defense hail grinding and other fields, and plays an increasingly important role in the national economic resource struggle.

What are the job prospects.

Some graduates of this major can continue their studies by taking the postgraduate examination; Some graduates can work in various power plants, power supply departments, power survey, design and research units, power management and other departments, i.e., power bureaus, design institutes, and engineering bureaus. There are also some graduates who can also work in the field of system design, operation and management, and mountain slowing related to electrical dispersion projects.

Postgraduate entrance examination. "Electrical engineering and automation research directions include: electrical engineering, power system and automation, power electronics and power transmission, etc. ”

If you want to change careers, you should change to that major.

What's going on. Pro, power system and its automationPower system and its automation graduates have a wide range of employment and a large social demand.

Adapt to various departments of the national economy to engage in system control related to electrical engineering, information processing, power electronics technology application, electrical equipment development, etc., and be able to engage in scientific research in scientific research institutes and colleges and universities.

Summary. Hello, Introduction to Electrical Engineering and Automation: Electrical Engineering and Automation mainly studies the basic knowledge and skills of power electronics technology, automation control technology, computer technology and other related fields, and carries out the design and manufacture of power equipment, the development of automatic control technology, and the maintenance of power systems.

For example, the production and manufacturing of household refrigerators, color TVs and other electrical appliances use single-chip microcomputers to realize automatic control of medical ventilators and household rice cookers, and the maintenance and management of high-voltage power grids. Courses Offered:

Electrical Engineering, Control Science and Engineering, Computer Science and Technology Main courses: Circuit Theory, Information 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.

Mechanical design, manufacturing and automation.

Hello, Introduction to Electric Engineering and Automation: Electrical Engineering and Automation mainly studies the basic knowledge and skills of power electronics technology, automation control technology, computer technology and other related fields, and carries out the design and manufacture of power equipment, the development of automatic control technology, and the maintenance of power systems. For example:

The production and manufacturing of household refrigerators, color TVs and other electrical appliances use single-chip microcomputers to realize automatic control of medical ventilators, household rice cookers, etc., and the maintenance and management of high-voltage power grids. Courses offered: Electrical Engineering, Control Science and Engineering, Computer Science and Technology Main Courses:

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

Hello, mechanical design and manufacturing and automation professional introduction: mechanical design and manufacturing and automation mainly study the basic knowledge and skills of the design, manufacturing, operation control and production of various industrial machinery and equipment and mechanical and electrical products. For example:

CNC machine tools, intelligent robots, etc. are all controlled by the program and can work automatically. Courses: Engineering Graphics, Theoretical Mechanics, Mechanics of Materials, Principles of Mechanics, Fundamentals of Mechanical Design, Pneumatic and Hydraulic Technology, Electrical and Electronic Technology, Principles and Applications of Microcomputers, Materials for Mechanical Engineering, Mechanical CAD CAM, Numerical Control Technology, Mechatronics Design, etc.