DIU-BLC
Control Systems (Summer 20)
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Introduction
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Course objectives
Course Outcome
Course Outlines
Course Requirement
Assessment plan
Reference book
Google Class Room and Meet
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Class Conduction Records & Queries
Lecture Module 1
Pre-lecture 1a
Pre-lecture 1b
Lecture 01
Open loop vs Closed loop
Lecture Module 2
Pre-lecture 2
Lecture 02
Time and Frequency Domain
Concept of Laplace Transformation
Transfer Function
Lecture Module 3
Pre-lecture 3a
Pre-lecture 3b
Lecture 03
Lecture 04
Handout on Transfer function
Lecture 05
Block Diagram Reduction Techniques
Mason's Rule
Sample Exercise Problem on Mason's Rule
Lecture Module 4
Lecture 06
Steady State Error
SSE Handout
Lecture Module 5
Lecture 07
Lecture 08
Lecture 09
Transient Response
Lecture Module 6
Lecture 10
Routh-Hurwitz Criteria of Stability
Lecture Module 7
Lecture 11
Lecture 12
Root Locus | Concept
Sketching Root Locus 1
Sketching Root Locus 2
Assignments
Assignment 1
Assignment 1 (Solution)
Lecture Module 12
Quizes
Quiz 1
Quiz 1 (Solution)
Quiz 2
Quiz 3
Midterm Examination
Midterm Examination
Discussions of Midterm Exam Procedures
Presentations
Term Presentation
Final Examinations
Final Examination
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EEE 331 (MRH-202)
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Course info
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Courses
DIU
Faculty of Engineering
Electrical and Electronic Engineering
EEE Summer 20
EEE 331 (MRH-202)
Summary
Control Systems (Summer 20)
Teacher:
K. B. M. Rakib Hasan
Teacher:
EEE Associate Head
Skill Level
:
Beginner