Ömer Can TOLUN

EEE315 – Control Theory I (2025-2026 Fall)

Course Details

• Venue: D203
• Date&Time: 08.45-12.30
• Objectives: The aims of this course are to develop models of the systems designed by various engineering disciplines, analyze them, design model and performance based classical control approaches, and be able to design compansators which can eliminate deficiencies for the targetted control performance.
• Contents: In this course, feedback control approaches, response analysis of the various systems, PID controller, Root Locus analysis, Nyquist criterion, Compansator designs will be introduced.

Required Software

• MATLAB & Simulink (You can download in the website using your student mail)
• Office & Visio (Optional – You can download in this link)
• MathTpye (Optional – You can download in this link)

Lecture Notes

1. Guidelines for Reports Preparation
2. Lecture 1
3. Lecture 2
4. Lecture 3
5. Lecture 4
6. Lecture 5
7. Lecture 6
8. Lecture 7
9. Lecture 8
10. Lecture 9

Report Template

Template Example

Lecture Assignments

Assignment 1 Questions

Assignment 2 Questions

Digital Notebook

Guidelines for Digital Notebook Preparation

Example of the Digital Notebook

Laboratory Notes

1. Lab Lecture 1
2. Lab Lecture 2
3. Lab Lecture 3
4. Lab Lecture 4
5. Lab Lecture 5
6. Lab Lecture 6
7. Lab Lecture 7
8. Lab Lecture 8
9. Lab Lecture 9
10. Lab Lecture 10
11. Lab Lecture 11

Laboratory Quiz Solutions

1. Lab Quiz 1
2. Lab Quiz 2
3. Lab Quiz 3
4. Lab Quiz 4
5. Lab Quiz 5
6. Lab Quiz 6
7. Lab Quiz 7
8. Lab Quiz 8
9. Lab Quiz 9
10. Lab Quiz 10

Laboratory Quiz Marks

You can find the quizzes’ marks for this course at this link.

Assignments Marks

You can find the assignments’ marks for this course at this link.

Announcements

You can find the announcements for this course from this link.

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