MATLAB / Simulink for Electrical Engineering
A Complete, Hands-On Guide to Modeling, Simulation & Power Electronics Using Simulink
Course Overview
MATLAB / Simulink for Electrical Engineering is a comprehensive, practice-driven course designed to help electrical engineering students and professionals learn MATLAB and Simulink from the basics to advanced simulation use cases.
The course starts with core MATLAB fundamentals—calculations, plotting, and algorithm creation—and gradually transitions into Simulink-based modeling of real electrical and power electronics systems. Instead of focusing only on theory, the program emphasizes step-by-step simulations of real circuits, converters, machines, and renewable energy systems.
This course is well suited for learners who want to visualize, analyze, and simulate electrical systems in a professional engineering environment.
Key Course Details
- Instructors: Rezk A. & Engr. Ahmed Mahdy
- Level: Beginner to Advanced
- Language: English
- Total Duration: ~44 Hours
- Students Enrolled: 8,000+
- Rating: ⭐ 4.3 / 5
- Certificate: ✅ Yes
- Access: Lifetime (Mobile & TV)
What You Will Learn
MATLAB Fundamentals
- Understanding MATLAB and its capabilities
- Using MATLAB as a scientific calculator
- Writing algorithms and scripts
- Importing and analyzing data from files
Visualization & Analysis
- Creating 2D and 3D plots
- Building simple animations
- Working with symbolic mathematics
Simulink Basics
- Understanding Simulink interface and workflow
- Modeling basic electrical circuits
- Simulating transient and steady-state responses
Power Electronics Simulation
- AC–DC converters (half & full bridge rectifiers)
- DC–DC converters (buck, boost, buck-boost)
- AC–AC converters and choppers
- DC–AC inverters (single-phase and three-phase)
Electrical Machines & Systems
- Simulation of DC machines
- Modeling using Simscape
- Operational amplifiers and passive circuits
- Capacitor charging and discharging behavior
Renewable Energy Applications
- PV cell modeling in Simulink
- Grid-connected PV systems
- MPPT algorithms
- Wind turbine simulation and Cp curve plotting
Learning Style & Structure
- Step-by-step explanations with simulations
- Strong emphasis on practical modeling
- Real electrical engineering examples
- Gradual progression from basics to advanced systems
- Suitable for academic and applied learning
Who This Course Is For
- Electrical engineering students
- Power electronics learners
- Engineers working with MATLAB/Simulink
- Researchers and academic learners
- Anyone wanting hands-on simulation skills
FAQs
Q: Is this course suitable for beginners?
Yes. It starts from MATLAB basics and builds up gradually.
Q: Do I need prior Simulink experience?
No. Simulink is taught from scratch.
Q: Is this course useful for power electronics students?
Yes. It includes extensive simulations of converters and machines.
Q: Does this course cover renewable energy systems?
Yes. PV systems, MPPT, and wind turbine simulations are included.
Q: Will I receive a certificate?
Yes. A certificate of completion is provided.
Why This Course Stands Out
- Covers MATLAB + Simulink in one program
- Strong focus on electrical engineering applications
- Includes power electronics, machines, and renewables
- Long-duration, in-depth coverage
- Suitable for both study and professional use
One Honest Limitation
This course focuses heavily on simulation and modeling.
Learners looking for deep hardware implementation or embedded coding may need additional courses.
Final Takeaway
If you want to master MATLAB and Simulink for electrical engineering applications, from basic circuits to complex power and renewable systems, this course provides a clear, practical, and comprehensive learning path.
It’s especially valuable for learners who want to understand system behavior through simulation, not just equations.
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