Fundamentals of Control Engineering
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Overview
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spContent=With the help of the course, students could master transfer function, time-frequency domain analysis methods, stability and error analysis and other classical control theory knowledge. Combined with the basic training of the application of classical control theory, students are equipped with the ability of applying the basic concepts and principles to analyze the dynamic problems of control systems and to solve the control problems of mechanical systems.
—— Instructors
About this course

There are 2 keywords about the name of the course, one is ‘Control Engineering’, the other is ‘Fundamentals’. The combination of two keywords tells us that it is the course about the classic control theory. The main features of the course are focusing on the theories and methods, as well as depending on engineering.

The course consists of 30 units, covering Laplace Transform, differential equation, transfer function, Mason’s gain formula, time response, frequency response, Routh Stability Criterion, steady state error, and so on.

Here are 3 purposes for building the course.No.1 You can learn the professional course ‘Fundamentals of Control Engineering’ by following my Video.No.2 If you do not learn clear or understand some knowledge points in real classes, you can study again or just study the specific knowledge point.No.3 it can assist you in reviewing with the help of my video coursewares before your final exam.

Objectives

(1) Knowledge acquisition Objective: to correctly understand and master the basic concepts and theories related to modeling in the classical control field.


(2) Problem analysis Objective: to master the method of dynamic and systematic problem analysis in the time-frequency domain, and to be able to analyze the dynamic performance of mechanical systems with relevant methods.


(3) Problem solving Objective: To apply the basic theories and methods of classical control theory to solve problems such as correction and error reduction of mechanical engineering systems.


(4) Ideological and political objectives of the course: By combining engineering application cases of control theory, students can understand the relationship between individuals and society, and clarify the responsibilities and missions of individuals as builders and successors of the socialist cause.


Syllabus
Prerequisites

 Advanced Mathematics

CertificatesRequirements

为积极响应国家低碳环保政策, 2021年秋季学期开始,中国大学MOOC平台将取消纸质版的认证证书,仅提供电子版的认证证书服务,证书申请方式和流程不变。

 

电子版认证证书支持查询验证,可通过扫描证书上的二维码进行有效性查询,或者访问 https://www.icourse163.org/verify,通过证书编号进行查询。学生可在“个人中心-证书-查看证书”页面自行下载、打印电子版认证证书。

 

完成课程教学内容学习和考核,成绩达到课程考核标准的学生(每门课程的考核标准不同,详见课程内的评分标准),具备申请认证证书资格,可在证书申请开放期间(以申请页面显示的时间为准),完成在线付费申请。

 

认证证书申请注意事项:

1. 根据国家相关法律法规要求,认证证书申请时要求进行实名认证,请保证所提交的实名认证信息真实完整有效。

2. 完成实名认证并支付后,系统将自动生成并发送电子版认证证书。电子版认证证书生成后不支持退费。


References

1. 控制工程基础,孙晶等主编,科学出版社,2021年11月第1版。

2.     Fundamentals of Control Engineering,孙晶主编,科学出版社,2017年1月第1版。

3. 控制工程基础,孔祥东等主编,机械工业出版社,2019年1月第4版。

4. 控制工程基础,董景新等主编,清华大学出版社,2015年1月第4版。

5. 自动控制原理,胡寿松主编,科学出版社,2019年2月第7版。

6. 黄安怡. Fundamentals of Mechanical Control Engineering. 第一版. 武汉理工大学出版社.

7. C. W. Solomon To. Introduction to Dynamics and Control in Mechanical Engineering Systems. John Wiley & Sons, Ltd., 2016, 1st Edition.

8. Charles M. C. Dean K. F. Jonathan C. N. Modeling and Analysis of Dynamic Systems, John Wiley & Sons, INC., 2002, 3rd Edition.