电气工程及其自动化专业必修课---中英文对比 电力翻译背景知识学习

电气工程及其自动化专业必修课教学进程

Electrical Engineering and Automation

Table of Teaching Schedule for Required Course

公共基础教育

1.思想道德修养与法律基础Ideology and Moral Cultivation & Law Basis

2.马克思主义基本原理Marxism Basic Principle

3.中国近现代史纲要Chinese Modern and Contemporary History Outline

4.毛泽东思想、邓小平理论和”三个代表”重要思想概论

Introduction to Mao Zedong Thought, Deng Xiaoping Theory and “Three Represents” Important Thought

5.信息技术基础 Information Technology Basis

6.高级语言程序设计Advanced Language Programming

7.企业管理概论Introduction to Enterprise Management

8.高等数学B(1)-(2) Advanced Mathematics B(1)-(2)

9.大学英语(1)-(4) College English (1)-(4)

10.体育(1)-(4) Physical Culture (1)-(4)

11.大学物理(1)-(2) College Physics (1)-(2)

12.物理实验(1)-(2) Physical Experiment (1)-(2)

13.形势与政策 Current Affair and Policy

专业基础教育

1.工程制图 Engineering Drawing

2.线性代数B Linear Algebra B

3.概率论与数理统计B Probability Theory and Mathematical Statistics B

4.复变函数与积分变换Complex Function and Integral Transformation

5.电路实验 Circuit Experiment

6.工程电磁场 Engineering Electromagnetic Fields

7.模拟电子技术基础A Analogous Electronic Basis A

8.自动控制理论B Automatic Control Theory B

9.电力电子技术 Power Electronics Technology

10.信号分析与处理Signal Analysis and Processing

11.数字电子技术基础B Digital Electronic Technic Basis B

12.微机原理与接口技术A Microprocessor Principle and Interface Technology A

13.电路理论A(1)-(2) Circuit Theory A(1)-(2)

14.电机学(1)-(2) Electrical Machinery (1)-(2)

15.电子技术基础实验A(1)-(2) Electrics Experiments A(1)-(2)

专业教育

1.电力系统分析基础Power System Analysis Basis

2.发电厂电气部分A Electrical Systems of Power Plant A

3.电力系统继电保护原理Power System Protective Relay Protection Principle

4.高电压技术High V oltage Technique

5.电气工程概论（报告形式分散进行）Introduction to Electrical Engineering (Tutorials)

必修课小计Subtotal of required courses

毕业总学分要求：Total credits of graduation

必修课学分： Subtotal credits of required courses:

专业选修课学分: Subtotal credits of specialty elective course:

公共选修课学分: Subtotal credits of public elective course: 4

实践教学学分： Subtotal credits of major practical training: 35

电气工程及其自动化专业选修课教学进程

Table of Teaching Schedule for Specialty Elective Course

1.电力系统暂态分析 Power System Transient Analysis

2.电力系统调度运行与控制 Power System Dispatch Operation and Control

3.电力系统规划与可靠性Power System Planning and Reliability

4.电力系统自动化Power System Automation

5.电力系统故障分析Power System of Fault Analysis

6.电力系统远程监控原理 Principle of Telecontrol in Power System

7.电力系统微机保护Digital Protection in Power System

8.电力系统自动化 Power System Automation

9.电气与电子系统设计Design for Electrical and Electronic Systems

10.电气控制技术 Electrical Control Technology

11.供电系统电能质量Power Quality of Supply System

12.微机检测技术 Microcomputer Detecting Technology

13.高电压绝缘High V oltage Insulation

14.电力系统过电压Power System Over V oltage

15.电气设备在线监测与故障诊断 Online Monitoring and Failure Diagnosis of Electrical Equipments

16.高电压试验技术 High V oltage Experiment Technique

17.电机控制技术Electrical Machines Control Technology

18.电力电子技术应用 Power Electronics Technology Application

19.电机状态监测Condition Monitoring of Electrical Machines

20.电力系统谐波与无功补偿Power System Harmonics and Reactive Power Compensation

21.网络应用基础Network Application Basis

22.实用信号与系统Signal and System of Pragmatic

23.数理方程Equation of Mathematics Physics

24.数据库原理及应用Database Principle and Application