Basic Electric Circuits
Build and simulate practical electric circuits, and apply nodal and mesh analysis using MATLAB Simulink models.
Khadija Academy ยท MATLAB & Simulink
Complete MATLAB Simulink Course โ From Zero to Expert
Build practical MATLAB Simulink skills through 40+ hours of real-world projects covering electric circuits, operational amplifiers, power electronics, electric machines, renewable energy systems, and control engineering.
40+ Hours of Training160+ Simulation LessonsReal-World ProjectsDownloadable ModelsCertificate Included
- Start with fundamental electric circuits, transient response, RLC networks, resonance, and operational amplifier simulations.
- Model power electronic converters, inverters, transformers, DC motors, induction motors, and synchronous generators.
- Apply Simulink to solar PV, wind energy, distributed generation, vector control, PID tuning, and advanced engineering applications.
40+Hours of training
160+Simulation lessons
20+Specialized topics
What You Will Learn
Master MATLAB Simulink Through Complete Electrical Engineering Applications
Move from fundamental circuit modeling to advanced power, renewable energy, machine, and control-system simulations.
Operational Amplifiers
Construct and simulate inverting, non-inverting, summing, and differentiator op-amp configurations with practical examples.
Transient & RLC Analysis
Explore source-free and step responses of RC and RL circuits, second-order series and parallel RLC circuits, and resonance.
Power Electronics
Simulate controlled rectifiers, AC choppers, buck, boost, buck-boost converters, half-bridge and full-bridge inverters, and three-phase inverters.
Cascaded DC-DC Converters
Model Marx converters, cascaded converters, and interleaved parallel-input and series-output (IPOS) converter configurations.
Solar PV & Wind Energy
Model PV cells and grid-connected PV systems, explore MPPT techniques, and simulate wind turbine models and Cp characteristics.
Transformers & Electric Machines
Simulate transformer open- and short-circuit tests, DC motors, induction motors, and synchronous generators connected to power systems.
Control Systems & PID Tuning
Use MATLAB control commands, model transfer functions and block diagrams, implement PID controllers, and tune controllers using classical and optimization methods.
Distributed Generation & Vector Control
Study distributed generation technologies, scalar and vector control, Clarke and Park transformations, hysteresis current control, and phase-locked loops.
Advanced Simulink Tools
Work with subsystem creation, masking, parameter promotion, model callbacks, and importing PSCAD data into MATLAB.
Fault Detection & PV System Analysis
Design overvoltage and undervoltage detection schemes, add circuit-breaker reclosure, and analyze symmetrical and unsymmetrical faults in grid-connected PV systems.
MATLAB Numerical Applications
Apply MATLAB functions to solve nonlinear equations and systems, explore multilevel inverter applications, and solve linear programming problems using graphical and simplex methods.
Who Is This Course For?
Designed for Students, Engineers, Researchers & Simulink Enthusiasts
Build the simulation skills needed to understand, model, test, and analyze electrical engineering systems.
Electrical Engineering Students
Connect theoretical concepts to practical simulations across circuits, machines, power electronics, renewable energy, and control systems.
Practicing Engineers
Develop hands-on modeling skills for electrical systems, converters, motors, grid integration, and control applications.
Researchers & Academics
Explore simulation techniques and reusable models that can support technical study, research, and engineering project development.
Included With Your Enrollment
160+ Hands-On Lessons & Downloadable Simulink Models
Learn by following practical demonstrations and working with the included course resources.
Downloadable Simulink Models
Access model files that accompany the practical lessons and help you revisit the simulations covered throughout the course.
Step-by-Step Project Lessons
Follow more than 160 simulation lessons covering a broad range of electrical engineering applications.
Multilingual Subtitles
Follow the lessons with subtitles in English, Arabic, Hindi, German, French, and Spanish.
Recognize Your Progress
Certificate of Completion
Complete the course according to the platform's requirements and use your certificate to document your MATLAB Simulink learning journey.
- Build practical MATLAB Simulink skills through real-world engineering projects.
- Apply simulation techniques to circuits, converters, machines, renewable systems, and control applications.
- Earn a course completion certificate subject to the platform's requirements.
Choose Your Access
One Complete Course. Two Ways to Learn.
Choose a monthly subscription or make a one-time payment for lifetime access.
Monthly Subscription
$19.99 / month
A flexible option for learners who prefer monthly payments.
- Access to the complete course while subscribed
- Learn at your own pace
- 160+ lessons and included downloadable models
Recurring monthly subscription. Cancel anytime subject to the platform's terms.
Lifetime Access
$97
Pay once and keep access to the complete course without recurring payments.
- Lifetime access to the complete course
- Access to included Simulink models and course materials
- No monthly subscription renewals
One-time payment. Check checkout for applicable access terms.
Course Curriculum
Basic Electric Circuits Simulations
Available in
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after you enroll
Operational Amplifiers Simulations
Available in
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after you enroll
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StartConstruction of Inverting Operational Amplifiers (5:06)
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StartExample 1 on Inverting Operational Amplifiers (3:26)
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StartSimulation of an Inverting Amplifier (12:00)
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StartConstruction of non Inverting Operational Amplifiers (7:14)
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StartExample on non Inverting Operational Amplifiers (5:36)
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StartConstruction of Summing Operational Amplifiers (4:51)
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StartExample on Summing Operational Amplifiers (4:40)
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StartSimulation of non-Inverting and Summing Amplifiers (7:30)
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StartDifferentiator Operational Amplifier - Application (11:54)
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StartSimulation of Differentiator Op-Amp (10:09)
First Order Circuits - Source-Free Simulations
Available in
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after you enroll
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StartIntroduction to First Order Circuits (6:52)
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StartSource-Free RC Circuit (21:50)
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StartExample 1 on Source-Free RC Circuit (6:06)
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StartExample 2 on Source-Free RC Circuit (7:29)
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StartSimulation of Source-Free RC Circuit (11:49)
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StartSource-Free RL Circuit (14:53)
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StartExample 1 on Source-Free RL Circuit (10:55)
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StartExample 2 on Source-Free RL Circuit (5:18)
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StartSimulation of Source-Free RL Circuit (11:36)
Student Feedback
What Students Say About This MATLAB Simulink Course
Discover how students are using this course to build their MATLAB skills, understand technical concepts, and explore engineering applications through clear, step-by-step explanations.
LeeMATLAB Simulink course student
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I have used MATLAB in Uni, but we were told to learn it from books. I should have taken this course 3 years ago, before attending UNI. Clear & concise, with no pressure.
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LauraMATLAB Simulink course student
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I'm taking this course for my lecture at my school, and honestly i wasnt expecting this to be so powerful!
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JobyMATLAB Simulink course student
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So far the course is easy to understand and more precise explanations were provided on the topics being discussed here
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MadsonMATLAB Simulink course student
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very good. Ahmed is a great teacher, and he speaks very clearly and slowly, which helps to understand. He also appears to have a good knowledge of MATLAB.
English
Angel AndresMATLAB Simulink course student
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It is a good match because I am working in research and the content allow me to get deep knowledge in other techniques to analyze through MATLAB
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MohamedMATLAB Simulink course student
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The instructor explains things simply and clearly.
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TetoMATLAB Simulink course student
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love love love this course
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Dr MadhuMATLAB Simulink course student
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Excellent course. Thank you for the course. Enjoyed every bit of it.
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HimanshuMATLAB Simulink course student
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wonderful and well-informing teaching
thank you so much, Sir...
English
Frequently Asked Questions
Questions About the MATLAB Simulink Course
Learn more about the course structure, engineering applications, and access options.
Do I need prior experience with MATLAB or Simulink?
The course is titled From Zero to Expert and is structured to help you build your knowledge progressively. You can follow the lessons step by step and revisit topics whenever you need to.
What will I learn in this course?
The course provides more than 40 hours of training across practical engineering areas, including:
- Electric circuits and operational amplifiers.
- Power electronics.
- Electrical machines and motors.
- Renewable energy systems.
- Control engineering.
Is this course focused only on MATLAB programming?
No. The course title and project areas cover both MATLAB and Simulink, with engineering-focused examples across circuits, power electronics, motors, renewable systems, and control engineering.
Can this course help me with university studies?
Yes. Students have shared that they use the course alongside their university lectures and that its clear explanations help them understand MATLAB more effectively. It can also support independent review of the topics covered in the lessons.
Is the course useful for engineering projects and research?
The course covers several engineering application areas, and one student specifically mentioned using it to deepen their knowledge of MATLAB-based analysis techniques for research. The most relevant lessons will depend on your project topic.
How long is the course?
The course includes more than 40 hours of training, covering engineering applications from electric circuits to renewable energy and control systems.
Do I need to complete the course in a fixed schedule?
You can work through the lessons progressively and revisit them as needed. This makes it easier to study alongside university, work, or personal engineering projects.
What is the difference between monthly and lifetime access?
Monthly access is a subscription, while lifetime access is a one-time purchase. Review the available access options and the checkout details before purchasing.
Can I request a refund?
Yes. You can request a refund within 7 days of your purchase.
Build Practical MATLAB Skills
Take Your MATLAB Simulink Skills to the Next Level
From electric circuits and operational amplifiers to power electronics, motors, renewable energy, and control engineering โ develop practical skills through more than 40 hours of engineering-focused training.
Explore Course Access OptionsChoose monthly subscription or one-time lifetime access.