MATLAB/Simulink - Simulink Course for Electrical Engineering

 

Unlocking Electrical Engineering with MATLAB & Simulink

In the world of electrical engineering, the ability to model, simulate, and analyse systems is becoming almost as important as designing hardware itself. That’s where tools like MATLAB and Simulink come in — and this course brings them together in one place.

Why This Course Stands Out

The “MATLAB/Simulink – Simulink Course for Electrical Engineering” is designed as a complete learning path — starting from the basics of MATLAB programming and advancing toward system modelling of power electronics and renewable energy systems.

Course Highlights:

• Straightforward MATLAB fundamentals: From basic calculations to building algorithms.

• Electrical engineering applications: Rectifiers, inverters, DC machines, PV systems, wind turbines, and more.

• Simulink and Simscape integration: Model electrical machines, converters, and grid-connected systems effectively.

This course is taught by expert instructors Rezk Ahmed and Ahmed Mahdy, combining practical engineering experience with academic insight.

Who Is This For?

This course is ideal for:

• Students and beginners who want to build a strong foundation in MATLAB and Simulink.

• Electrical engineers or researchers needing to simulate power electronic systems, renewable energy setups, and control systems.

• Professionals aiming to enhance their modelling and simulation skills.

What You’ll Learn

Here’s what the course covers:

• MATLAB basics: Numeric and symbolic computing, 2D/3D plotting, data import/export, and animation.

• Simulink for electrical circuits: Step responses, RC/RL circuits, op-amps, and dynamic system simulation.

• Converters & inverters: AC-DC rectifiers, AC-AC choppers, DC-DC converters (buck, boost, buck-boost), and DC-AC inverters.

• Renewable energy & machines: PV cell modelling, grid-connected PV systems, DC machines, induction motors, and wind turbines.

• Control systems & stability: Root locus, Bode and Nyquist plots, gain/phase margins, PID tuning, and optimization techniques.

Why You Should Care

If you’re working in or studying electrical engineering, simulation is a must-have skill. Proficiency in MATLAB and Simulink allows you to:

• Prototype and test ideas quickly.

• Analyse dynamic responses and system stability.

• Integrate control systems with power electronics.

• Design and validate renewable energy and power systems safely and efficiently.

Tips to Get the Most Out of It

• Install MATLAB and Simulink before starting the course.

• Brush up on math basics like algebra and differential equations.

• Work along with the instructor: Replicate examples, tweak parameters, and experiment.

• Connect theory with real hardware: Relate simulations to physical systems you’ve studied or used.

• Engage actively: Use the Q&A section to clarify doubts and share your progress.

Final Thoughts

This course offers excellent value for anyone pursuing or working in electrical engineering. It blends programming, system modelling, and real-world power systems applications into a single structured program.

While it covers a wide range of topics, beginners can still thrive by pacing themselves and revisiting challenging sections. The hands-on approach ensures that learners not only understand but can also apply what they learn.

If you want to advance your engineering skills and become confident in MATLAB and Simulink, don’t wait—
👉 Join this course now and start building smarter simulations today!