Learn about electrical engineering and its automation 10

It is recommended that you learn a little bit about power electronics.

Students in this major mainly learn a broad engineering technology foundation and certain professional knowledge in electrical technology, electronic technology, information control, computer technology, etc. The main characteristics of this major are the combination of strong and weak electricity, the combination of electrical technology and electronic technology, the combination of software and hardware, the combination of components and systems, students receive basic training in electrical and electronics, information control and computer technology, and have the basic ability to solve the problems of electrical engineering technology analysis and control technology.

Main courses: Circuit Principle, Fundamentals of Electronic Technology, Electrical Engineering, Power Electronics Technology, Electric Power Traction and Control, Computer Technology, Signals and Systems, Control Theory, etc.

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.

The major of electrical integration refers to the combination of electrical engineering and computer technology to realize the design, development and application of automation, intelligent and networked control systems. Studying electrical integration requires mastery of the following main contents:

Basic knowledge of electrical engineering: including circuit theory, electromagnetic field and electromagnetic wave, power system, motor and transformer, etc., to lay the foundation for subsequent professional learning.

Automatic control theory: learn the basic principles of control system, the application of sensors and actuators, PID control, modern control theory, etc., and master the design and adjustment methods of control system.

Basic Computer Knowledge: Learn computer architecture, operating systems, data structures and algorithms, programming languages, etc., to understand and apply the role of computer technology in electrical systems.

Embedded System Design: Learn the hardware and software design of embedded systems, understand the principles, interfaces and programming methods of microprocessors and microcontrollers, and master the development process of embedded systems.

Industrial control network and communication: learn industrial control network technologies such as industrial fieldbus, Ethernet, communication protocol, etc., and understand the principles and applications of remote monitoring and remote operation.

Intelligent Control and Artificial Intelligence: Learn technologies such as artificial intelligence algorithms, pattern recognition, machine learning, etc., and understand the application of intelligent control and artificial intelligence in electrical systems.

Electrical equipment and system design: learn the selection and design of electrical equipment, the planning and layout of electrical systems, electrical safety and protection, and master the design methods of electrical equipment and systems.

In addition, it is also necessary to carry out experimental training and project practice to cultivate hands-on ability and the ability to solve practical problems. In the course of study, you can also choose relevant elective courses or professional directions for in-depth study, such as industrial automation, power system and automation, intelligent buildings, etc.

The most important thing is to constantly pay attention to the development trends of the industry, learn the latest technology and tools, actively participate in practical projects and internships, and constantly improve their professional ability and comprehensive quality.

The energy and virtual skills that need to be mastered to learn electrical engineering and its automation are as follows:

1. Learning ability: learning electrical requires a strong learning ability, which is true in all walks of life, and this ability is generally cultivated in college years;

2. Hands-on ability: For students who learn electrical, hands-on ability is also very important, and each school should have corresponding internship courses, such as metalworking practice, electrician practice, experiments in various courses, etc., and the examples in the course experiment are of great help to the actual design;

3. English ability: From the perspective of electrical majors, foreign countries are currently much ahead of China, and students must at least understand foreign literature.

4. Poor programming ability: In the electrical industry, if the programming ability is strong, you will get more opportunities, many operations in this era have been intelligent, and the control can be completed only through the programming language.