Engineering
Control Systems Mastery
Feedback, Stability & Controller Design
"Understanding beats memorization. This course builds your intuition."
$39.00
This course includes:
- 23 interactive lessons
- 69+ practice problems with solutions
- 6 module checkpoint quizzes
- Formula reference sheet included
- Lifetime access
What You'll Learn
Model dynamic systems using transfer functions and state-space equations
Analyze stability using Routh-Hurwitz, root locus, and Nyquist criteria
Design PID controllers and lead/lag compensators to meet performance specs
Interpret Bode plots and determine gain and phase margins
Apply state-space methods including controllability and pole placement
Course Content
6 modules
23 lessons
7 hours total
System Modeling
Introduction to Control Systems
Free
12 min
Transfer Functions
Free
12 min
Block Diagrams
12 min
Signal Flow Graphs
12 min
Time Response
First-Order Systems
12 min
Second-Order Systems
12 min
System Specifications
12 min
Steady-State Error
12 min
Stability Analysis
BIBO Stability
12 min
Routh-Hurwitz Criterion
12 min
Root Locus Basics
12 min
Root Locus Design
12 min
Frequency Response
Bode Plots
12 min
Gain & Phase Margins
12 min
Nyquist Criterion
12 min
Frequency Domain Design
12 min
Controller Design
Proportional Control
12 min
PI & PD Control
12 min
PID Tuning
12 min
Lead & Lag Compensators
12 min
State Space
State Space Representation
12 min
Controllability & Observability
12 min
State Feedback
12 min
Requirements
- Differential equations and Laplace transforms
- Basic circuit theory or mechanical systems background
Who This Is For
- Electrical and mechanical engineering students
- Engineers preparing for the FE or PE exam
- Self-learners studying feedback control theory
30-Day Money-Back Guarantee
If you're not satisfied with the course for any reason, just email us within 30 days of purchase and we'll refund you in full. No questions asked.