1. What is university electrical engineering and its automation?

Basic courses include advanced mathematics, general physics, engineering mathematics, etc. Professional basic courses include electrician internal foundation or circuit, electronic technology ability foundation, engineering mechanics, material mechanics and so on. Specialized courses should include power equipment, power automation, power plants and power equipment, relay protection, etc. In addition, there may be foreign languages, automatic control principles, and related courses such as metals and materials. Different schools may have different arrangements.

2. What courses does the University of Electrical Engineering and Automation study?

My undergraduate major is automation, which may be different from electrical engineering and automation. Every school is different. Plus you have a double degree, what I said may be different from the actual situation of your school, for reference only.

Circuit principle

Analog electronics

Digital electronic circuit

Signals and Systems

Power electronics technology (forward flyback of buck-boost circuit)

Principle of single chip microcomputer (it seems to be this name, mainly about 5 1 single chip microcomputer)

Automatic control principle (pid algorithm, Bode diagram, Nyquist diagram, etc. )

3. What are the professional courses of electrical engineering and automation?

1. electrical engineering and automation main disciplines: electrical engineering, control science and engineering, computer science and technology.

2. Main courses of electrical engineering and automation: circuit theory, electronic technology, power electronics technology, automatic control principle, microcomputer principle and application, electrician foundation, electromechanics, electrotechnics, power system analysis, motor design, high and low voltage appliances, motor control, intelligent appliance principle and application, power system relay protection, power system integrated automation, building power supply and distribution, etc.

4. What courses are offered for electrical engineering and automation specialty in Tsinghua University from freshman to senior?

I am a student of this major, and what I said is definitely correct.

The compulsory courses we have taken since freshman year include:

Principle of Calculus Linear Algebraic Circuits Analog Electronic Circuits Fundamental Digital Circuits Fundamental Signals and Systems Complex Variable Functions Electromechanics Microcomputer Principles for Mathematical Experiments of Electromagnetic Fields in College Physics (Electromagnetic Force, Light and Quantum Heat)

Mathematics books are all textbooks of Tsinghua, and circuit principles are textbooks of the department (available). Books with green covers are basically available.

After that, the professional courses also include power electronic power system analysis in various professional directions and so on.

5. What courses should electrical engineering and automation learn well in universities?

1. electrical engineering and its self-activation major mainly studies electrical engineering, control science and engineering in addition to some basic courses.

2. The major courses of electrical engineering and control engineering include basic circuit analysis, analog electronic circuit, digital logic, electrical engineering, automatic control principle, power system analysis, power system relay protection, power electronics technology, single chip microcomputer and embedded system, process control technology, microcomputer control technology, power plant electrical part, high voltage engineering, electric traction control system, etc.

6. What courses are there in the electrical engineering department of the university?

electromechanics

Microcomputer Principle and Interface Technology

programmable controller

principle and application of single chip microcomputer

Digital Electronic Technique

Analog Electronics Technique

C language programming

assembler language

7. List of professional courses for undergraduates of Electrical Engineering and Automation University

Electrical engineering, computer science and technology, etc.

The main subjects are electrical engineering, computer science and technology, control science and engineering. The main courses include circuit principle, electronic technology foundation, electrotechnics, power electronics technology, electric drive and control, computer technology, signal and system, control theory and so on.

The main practical teaching links include circuit and electronic technology experiment, electronic technology practice, electrician practice, computer software and hardware practice, course design, production practice and graduation design.

(7) Extended reading of college electrical engineering course:

Knowledge and ability of electrical engineering and automation specialty;

1. Have a solid basic knowledge of mathematics, physics, chemistry and other natural sciences, and have a good foundation in humanities and social sciences, management science and comprehensive foreign language ability;

2. Systematically master the extensive technical basic theoretical knowledge necessary in this professional field, mainly including electrician theory, electronic technology, information processing, control theory, basic principles and applications of computer software and hardware, etc.

3. Accept good engineering practice training and be proficient in computer application;

4. Have professional knowledge and skills in this professional field 1-2 professional direction, and understand the development trend of the frontier of this professional discipline;

5. Have strong adaptability to work, and have certain practical working ability in scientific research, scientific and technological development and organization and management.

8. What courses do Huazhong University of Science and Technology have in electrical engineering and automation?

Curriculum of Electrical Engineering and Automation Major in Huazhong University of Science and Technology

First semester

Engineering drawing (1)

College physical education (1)

University computer basis

College English (1)

Calculus (1)

Outline of modern Chinese history

Ideological and moral cultivation and legal basis

second term

C language programming

Linear Algebra (2)

College Physical Education (2)

Physical experiment (1)

Calculus (2)

College Physics (1)

College English (2)

Principles of Marxism

Third semester

Introduction to electrical engineering

Circuit theory (1)

Probability Theory and Mathematical Statistics (3)

complex function and integral transform

Physical experiment (2)

College Physical Education (3)

College Physics (2)

College English (3)

* * Introduction

The fourth semester

Electromagnetic field and electromagnetic wave

Signals and Systems

Analog Electronic Technology (2)

Fundamentals of circuit testing technology

Engineering mechanics (3)

Electromechanical engineering (1)

Mathematical equations and special functions (1)

College Physical Education (4)

College English (4)

The fifth semester

Electrical experiment (1)

Electronic Test and Experiment (2)

Comprehensive experiment of signal and control (1)

Matlab language and control system simulation

Electromechanical engineering (2)

Database technology and its application

detection technique

Fundamentals of electrical engineering

automatic control theory

Basic digital electronic technology

Sixth semester

Electrical experiment (2)

Comprehensive experiment of signal and control (2)

Building electronic engineering

Fundamentals of superconducting applications

Pulse power electronics

Electric drive and control system

Comprehensive experiment of high voltage engineering

Engineering visualization and virtual reality

Optical sensing technology

programmable controller

Principle and application of DSP

Digital image processing

Electrical materials and their applications

Computer control principle

Design principle of electromagnetic device

High voltage technology

Power system analysis (1)

Principle and application of electromagnetic compatibility

Circuit Theory (2)

operational research

data structure

Computer network and communication

Computer modeling and simulation

geographical information system (GIS)

Fluid mechanics and hydraulics

structural mechanics

Foundation of water conservancy and hydropower engineering

Introduction to hydropower energy science

principle and application of single chip microcomputer

power electronics

Computer principle and application experiment

Principle and interface of microcomputer

The seventh semester

Technical economics of sustainable development of electric power

Plasma application technology

Special topic of pulse power

Superconducting electrician and superconducting electronics

Modern electric power enterprise management

Electricity market

New transmission technology

Distribution automation

Comprehensive experiment of new electromagnetic technology

intelligent instrument

Digital signal processing

Dc transmission

Microcomputer protection of power system

Power system planning

Specification for preventive testing of electrical equipment

Gas discharge and plasma engineering

Electrical measurement technology

Intelligent electric appliance

Special topics on high-pressure new technology

Special insulation technology

power cable

Special topics on high voltage and insulation technology

Condition monitoring of electrical equipment

Electronic circuit design

Building electrical technology

Building equipment automation system

Grounding technology

Digital control of motor

Household appliance motor

Functional material engine

New energy power generation technology

Power quality control

Application of ANSYS in electromagnetic device analysis

New permanent magnet motor

Application of power electronics technology in power system

Circuit design based on integrated devices

Weak signal detection

Power electronic equipment and system

Plasma electronic engineering

New Technology of Electric Power Measurement and Information Processing

Comprehensive experiment of power system

special machines

Experiment of micro-motor control system

High voltage electrical equipment

Power System Analysis (2)

Power system relay protection

Automation of electric power system

The eighth semester

not have

If the landlord finds it helpful, set it as a satisfactory answer. Serve everyone.

9. What courses are urgently needed for electrical engineering majors in universities? thank you

Different universities have learned a lot about high voltage circuits, such as power system analysis of secondary circuit of power supply relay protection in digital analog power plants, power system CAD, automatic control principle, computer mechanics and so on.