8 Sections
8 Lessons
4 Weeks
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Introduction to Control Systems
1
1.1
Control system concepts, types, and real-world applications.
System Modeling & Transfer Functions
1
2.1
Mathematical modeling, differential equations, and transfer functions.
Time-Domain Analysis
1
3.1
Step response, transient behavior, and steady-state error.
Stability Analysis
1
4.1
System stability concepts and Routh–Hurwitz criterion basics.
Frequency-Domain Analysis
1
5.1
Bode plots, Nyquist plots, and frequency response concepts.
Feedback & Controller Types
1
6.1
PID controllers, lead-lag compensation, and control strategies.
Control System Design Basics
1
7.1
Performance specifications, tuning, and design approaches.
Applications & Case Studies
1
8.1
Control systems in robotics, industrial automation, and process control.
Control Systems Fundamentals
Curriculum
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