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Created byRezk A., Engr. Ahmed Mahdy

Last updated 5/2026

English

What you'll learn

Understand what MATLAB is and its capabilities in MATLAB
Master the MATLAB Basics with step by step Exercises in MATLAB
Use MATLAB sufficiently as a calculator to solve your mathematical problems in MATLAB
Generate 2D & 3D plots in MATLAB
Create 2D animations in MATLAB
Create algorithms using the MATLAB programming capabilities in MATLAB
Import & analyze data from Excel & txt files in MATLAB
Perform symbolic mathematics using symbolic math tool box in MATLAB
Learn simulation of power electronics circuits using Simulink in MATLAB
Understand how to simulate AC-DC converters as half and full bridge rectifiers using Simulink in MATLAB
Understand how to simulate AC-AC converters as single phase AC choppers using Simulink in MATLAB
Learn how to simulate DC-DC converters as buck, boost and buck-boost regulators using Simulink in MATLAB
Simulate DC-AC converters such as half, full bridge and three phase inverters using Simulink in MATLAB
Learn how to simulate PV cell using Simulink in MATLAB
Learn about separately excited DC machine and how to simulate it using Simscape and how to model it using Simulink in MATLAB
Learn about different converters principle of operation such AC choppers, DC choppers, inverters and rectifiers
MATLAB simulation of the wind turbine
Cp plotting and lookup table in MATLAB
MPPT in MATLAB Simulink
How to obtain a complete grid-connected PV system in MATLAB
Simulation of basic electric circuits
Simulation of operational amplifiers
Simulation of charging and discharging of a capacitor
Simulation of a source-free RL circuit
Simulation of a source-free RC circuit
Simulation of the step response of an RL circuit
Simulation of the step response of an RC circuit

Course content

38 sections • 242 lectures • 44h 49m total length

What Is MATLAB ?4:07
This video explains what MATLAB Software is and Its capabilities.
Course Structure For MATLAB2:23
This video explains the course intended outcomes, the course structure and also how to get the most out of this course.
MATLAB Interface & Navigation3:19
Get started with MATLAB interface & navigation.
Course Files0:12

Introduction To Array Programming In MATLAB4:30
Introduction to Arrays in programming + The section overview.
Creating Vectors & Matrices In MATLAB4:12
In this Tutorial you will learn how to create Vectors & Matrices in MATLAB.
Special Matrices In MATLAB4:05
This Tutorial explains the different functions to create some special Matrices in MATLAB.
Different Arrays Functions In MATLAB1:56
In this Tutorial you will get introduced to the different functions to deal with Vectors & Matrices.
Quiz
Basic Operations In MATLAB5:05
In this Tutorial you will learn:
Adding & Subtracting Matrices
Scalar Multiplication
Element by Element Operations
Matrix - Matrix Multiplication
Quiz
Vectors Dot & Cross Products In MATLAB3:47
In this Tutorial you will learn how to find the dot product of 2 vectors in MATLAB using 3 different methods and also how to find the cross product.
Shifting & Sorting Matrices Elements In MATLAB7:04
In this Tutorial shifting & sorting functions are explained.
Selecting Random Elements from a Matrix.4:50
This tutorial explains how to select random elements from a matrix and also how to remove any element from a matrix.
Quiz
Solving Linear Equations using Matrices In MATLAB5:55
This Tutorial explains how to solve a system of linear equation using MATLAB.
Exercise 29:19
In this Tutorial:
Practicing Exercises Solved Step by Step

Arithmetic Operations In MATLAB4:40
In this Tutorial the different Arithmetic Operations are explained in MATLAB.
Exercise1:31
Step by step Exercise on Arithmetic Operations.
Order of Precedence In MATLAB2:43
This Tutorial explains the Order of Precedence with examples.
Quiz
Trigonometry (Engine Piston Example)5:20
In this Tutorial:
You will get introduced to the different Trigonometry functions in MATLAB.
Including Step by Step Example (Engine Piston).
Rounding Functions In MATLAB3:03
In this Tutorial the different rounding functions are explained.
Quiz
Polynomials In MATLAB4:55
This Tutorial discusses the different MATLAB functions to deal with Polynomials.
Polynomials In MATLAB Part 28:13
This Tutorial explains:
Residue Function that finds the residues, poles and direct term of Partial Fraction Expansion of the ratio of 2 polynomials.
Polyint Function that returns the integration of polynomials.
Polyder Funtion that returns the derivative of polynomials.
Complex Numbers In MATLAB4:56
This Tutorial discusses the different functions to define and deal with Complex Numbers in MATLAB.
Exponents and Logarithms In MATLAB0:06
This Tutorial discusses the different functions to define Exponents & Logarithms in MATLAB.
Cartesian Coordinate System Conversion In MATLAB4:57
This Tutorial discusses the different functions to covert from Cartesian Coordinates to other Coordinates systems such as Cylindrical & Spherical.

Plotting 2D Graphs In MATLAB6:12
In this Tutorial you will learn how to use the plot function to create 2D plots and also the different commands to modify your plots.
Editing your Plots from the plot window In MATLAB5:20
In this Tutorial you will learn how to edit your plots after creating them using the different options in the figure window.
2D Bar Graphs, Pie Charts, & Filled Areas In MATLAB7:24
This Tutorial explains how to create 2D Bar Graphs, 2D Pie Charts and Filled Areas.
Logarithmic Plots In MATLAB3:00
This Tutorial explains how to generate semi log and log log plots.
Sub Plots In MATLAB4:43
In this Tutorial you will learn how to plot more than one graph on the same figure using the subplot function.
3D Plotting Using plot3 Function In MATLAB2:52
In this Tutorial Plot3 function is explained to plot 3D graphs.
Animation In MATLAB8:38
In this Tutorial you will learn how to create 2D animations using getframe function.

Introduction to Programming With MATLAB5:10
The section introduction lecture.
M-Files In MATLAB2:54
In this Tutorial you will get introduced to Script M-Files.
Inputs & Outputs Commands In MATLAB0:30
In this Article you will find some of the inputs & outputs Commands in MATLAB.
fprintf Function In MATLAB6:35
This Tutorial explains the fprintf function in MATLAB.
Functions (Built in & User-Defined) In MATLAB6:01
This Tutorial shows how to create functions and use them.
The If, elseIf, else Statements In MATLAB3:41
In this tutorial you will learn how to create and use if, elseif, else statements in MATLAB.
For & While Loops In MATLAB6:04
In this tutorial you will learn how to create and use for and while loops in MATLAB.
For Loop - More Examples9:18
More Step by Step examples on for loops.
The Switch Structure In MATLAB4:59
In this tutorial you will learn how to create and use switch in MATLAB. + Creating Transportation Program.
Logical Operators (and, or, xor, not) In MATLAB6:03
In this tutorial you will learn how to create and use Logical operators and, or, xor, not.
Introduction to Recursive Programming In MATLAB9:03
This Tutorial explains the concept of Recursive Programming.
Recursive Programming - Fibonacci Numbers In MATLAB2:37
This Tutorial presents another example for Recursive Programming.

Getting Started with Symbolic Math Toolbox In MATLAB8:22
This is the introduction lecture to Symbolic Math Toolbox section which explains what are the symbolic math toolboxes, and how to start using them.
Differentiation In MATLAB4:09
In this Tutorial you will learn how to use diff function to find the Differentiation of symbolic expressions.
Limits In MATLAB3:46
In this Tutorial you will learn how to use limit function to find the Limit of symbolic expressions.
Integration In MATLAB4:20
In this Tutorial you will learn how to use int function to find the Integration of symbolic expressions.
Solving Algebraic Equations In MATLAB3:20
In this Tutorial you will learn how to use solve function to solve single & several Algebraic Equations.
Solving Differential Equations In MATLAB6:41
In this Tutorial you will learn how to use dsolve function to solve ordinary differential equations.

Example 1 on Simulation of a Simple Electric Circuit10:08
Simulate a simple dc circuit in MATLAB and Simulink using a 20-volt source with 2-ohm and 3-ohm resistors in series to measure V1 and V2.
Example 2 on Simulation of a Simple Electric Circuit12:25
Learn how to simulate a simple electric circuit in MATLAB Simulink using nodal analysis to compute voltages V1 and V2, configure current sources, resistors, and measurement blocks.
Example 3 on Simulation of a Simple Electric Circuit7:27
Explore simulating a simple dc circuit with dependent and independent sources in MATLAB/Simulink, using a controlled voltage source, current measurement, and gain to verify a 1.5 ampere result.
Nodal Analysis10:30
Explore nodal analysis in MATLAB by applying KCL to a circuit, formulating the nodal equations as matrices, and solving for node voltages v1, v2, and v3.
Mesh Analysis7:41
Apply mesh analysis in Matlab to solve a circuit with three loops, form kvl equations, build matrices, and compute the current I as i3 minus i2.

Construction of Inverting Operational Amplifiers5:06
Explore the construction and operation of the inverting operational amplifier, and derive the output as Vout equals negative (Rf/R1) times Vin with the noninverting input grounded.
Example 1 on Inverting Operational Amplifiers3:26
Demonstrates an inverting amplifier with Rin = 10 kΩ and Rf = 25 kΩ, Vin = 0.5 V, yielding Vout = −1.25 V and a 50 µA input current.
Simulation of an Inverting Amplifier12:00
Simulate an operational amplifier in an inverting amplifier configuration in MATLAB using Simulink and Simscape, wiring physical resistors and a dc source to measure output voltage and current.
Construction of non Inverting Operational Amplifiers7:14
Explore non-inverting op-amp gain, where output follows input with gain of 1+Rf/R1. Achieve a unity-gain buffer with rf=0 and r1=infinity, offering high input impedance for isolation.
Example on non Inverting Operational Amplifiers5:36
Apply superposition to an inverting and noninverting amplifier with 6 V and 4 V sources, 4 kΩ and 10 kΩ resistors. The outputs sum to vout = -1 V.
Construction of Summing Operational Amplifiers4:51
Explore the summing amplifier, an op-amp inverting circuit that produces a weighted sum of multiple inputs via Rf and input resistors R1, R2, R3.
Example on Summing Operational Amplifiers4:40
Demonstrate a two-input summing amplifier using an op-amp with 10k feedback and 5k/2.5k inputs, yielding a -8 V output and calculating the resulting currents i_x and i_y.
Simulation of non-Inverting and Summing Amplifiers7:30
Explore simulating non-inverting and summing amplifiers in a MATLAB/Simulink circuit, using sensors to measure voltage and current, applying superposition, and validating outputs with a scope.
Differentiator Operational Amplifier - Application11:54
Explore the differentiator op-amp, an open-circuit device whose output is the negative RC times the derivative of the input.
Simulation of Differentiator Op-Amp10:09
Simulate a differentiator op-amp circuit in MATLAB/Simulink with a capacitor, resistor, and triangular input. Convert simulating signals to physical components and observe the output voltage, including transient and steady-state behavior.

Introduction to First Order Circuits6:52
Explore first order circuits formed by RC and RL networks. Compare their first-order differential equations to purely resistive ones and study natural and forced responses.
Source-Free RC Circuit21:50
Explore the source-free RC circuit where a charged capacitor discharges through a resistor after the DC source is disconnected, yielding the natural exponential decay and the time constant tau.
Example 1 on Source-Free RC Circuit6:06
Explore a source-free rc circuit, determining capacitor decay and time constant from equivalent resistance and capacitance, and compute the current and voltage across the 12-ohm branch.
Example 2 on Source-Free RC Circuit7:29
Explore a source-free rc circuit example, compute the initial capacitor voltage via voltage division, then derive Vc(t)=15 e^{-t/0.2} and the stored energy as 2.25 joules.
Simulation of Source-Free RC Circuit11:49
Simulate a source-free RC circuit in MATLAB Simulink, tracking capacitor voltage decaying from 15 V and resistor voltage with a 0.4 s time constant, using scope measurements.
Source-Free RL Circuit14:53
Examine the source-free RL circuit, where an initially charged inductor discharges through a resistor, causing the current to decay exponentially with time constant L/R.
Example 1 on Source-Free RL Circuit10:55
Analyze a source-free RL circuit with an inductor, resistor, and dependent source to determine i(t) from the initial 10 A using the time constant built from L and R_eq.
Example 2 on Source-Free RL Circuit5:17
Explore a source-free rl circuit, determine initial current via steady-state and current division, then compute the time constant using the equivalent resistance after switching and express I(t) = I0 e^{-t/τ}.
Simulation of Source-Free RL Circuit11:36
Simulate the current through the inductor in a dc rl circuit powered by a 40-volt source, with a switch closing for 10 seconds and then opening, producing exponential decay.

Requirements

You should download & install MATLAB software
You should have a basic mathematical background

Description

"Complete MATLAB/Simulink - Simulink Course for Electrical Engineering"

The only course out there with everything you need to know about MATLAB Simulink from A to Z.

Throughout the course, you will:

Learn about numerical & symbolic computing using MATLAB.
Enhance your problem-solving skills in programming and building algorithms in MATLAB.
Implement MATLAB in your work and research.
Create and manipulate Matrices which are the key to MATLAB programming.
Learn how to use MATLAB in some elementary mathematics problems.
Learn how to use MATLAB to produce 2D & 3D graphs.
Learn how to build 2D animations in MATLAB.
Learn how to use MATLAB as a programming language to build your own Algorithms.
Learn how to import and analyze data to MATLAB.
Get introduced to the symbolic capabilities of MATLAB.

You will also learn using MATLAB Simulink:

Simulation of basic electric circuits.
Simulation of operational amplifiers.
Simulation of charging and discharging of a capacitor.
Simulation of a source-free RL circuit.
Simulation of a source-free RC circuit.
Simulation of the step response of an RC circuit.
Simulation of the step response of an RL circuit.
Simulation of source-free series and parallel RLC circuits.
Simulation of the step response of series and parallel RLC circuits.
Single-phase half-wave controlled rectifier.
Single-phase bridge controlled rectifier.
Single-phase AC chopper with R and RL load.
Buck regulator.
Boost regulator.
Buck-Boost regulator.
Single-phase half-bridge inverter.
Single-phase bridge inverter.
Three-phase Inverter.
PV cell in solar energy using the Simulink tool in MATLAB.
How to obtain a complete grid-connected PV system in MATLAB.
You will learn about separately excited DC Machines and how to:
Model the DC machine in a no-load case using Simulink in MATLAB.
Model the DC machine in the presence of load torque using Simulink in MATLAB.
Simulating the DC machine using the power library from Simulink in MATLAB.
You will learn about Induction motors as:
Construction and principle of operation of induction motor.
Torque-speed characteristics of induction motor.
Equivalent circuit and power flow of induction motor.
Simulation of induction motor using Simulink in MATLAB.
MATLAB simulation of the wind turbine.
Cp plotting and lookup table in MATLAB.
MPPT in MATLAB Simulink.
Series resonant circuit in MATLAB.
Parallel resonant circuit in MATLAB.
Design of an overvoltage and undervoltage protection scheme with a reclosure feature in Simulink.
The masking feature in MATLAB Simulink and model callbacks.
How to apply electrical faults such as symmetrical and unsymmetrical faults to a grid-connected PV system and analyze the system's transient response.
Understanding the dynamics of first-order systems and analyzing responses.
Analyzing second-order systems, focusing on oscillatory behavior and damping effects.
Utilizing root locus techniques for system stability and response adjustment.
Analyzing lag and lead compensators.
Exploring different ways to fine-tune PID controller performance like open loop and closed loop Ziegler-Nichols methods.
Setting up and simulating a PID controller in Simulink + techniques for adjusting PID parameters in Simulink.
Selection of PID parameters using an optimization algorithm such as PSO or particle swarm optimization algorithm.
Basics of frequency response and conducting it within Simulink.
Applying Nyquist stability criterion for analyzing system stability.
Gain margin analysis using MATLAB, root locus, and Nyquist.
Understanding stability margins using bode plot analysis.
Calculating phase and gain margins in MATLAB.
Generating Bode plots for lead and lag compensators.

You will also:

Learn about DG technologies, classifications, and their importance, focusing on hydrogen fuel cells, ultra-capacitors, and flywheel storage systems.
Understand SSG operation, control goals, scalar control, and advanced control methods like hysteresis current control and vector control strategies.
Master Clarke, Park, and frame transformations, space vector principles, and the integration of filters, PLL systems, and phasor angle estimation.
Explore grid-connected PV systems, implement MPPT techniques, and apply vector control in single-stage PV systems.
Build, simulate, and test grid-connected PV systems in MATLAB/Simulink, including PV array design, control loops, and voltage regulation.

After Taking This Course, You Will Be Able To Distinguish Yourself as a MATLAB User & Programmer

Take this course if you've been looking for ONE COURSE with in-depth insight into MATLAB Simulation.

Thank you, and hope to see you in our course for MATLAB :)

Who this course is for:

High school and college students who want to learn MATLAB
Researchers & engineers
Anyone who wants to learn MATLAB
Electrical and mechanical engineering students who want to learn about MATLAB

What you'll learn

Explore related topics

Course content

Introduction To MATLAB4 lectures • 10min

Matrices In MATLAB10 lectures • 51min

Elementary Mathematics in MATLAB10 lectures • 40min

Graphics In MATLAB7 lectures • 38min

Programming With MATLAB12 lectures • 1hr 3min

Data Import & Analysis In MATLAB2 lectures • 12min

Symbolic Math Toolbox In MATLAB6 lectures • 31min

Basic Electric Circuits Simulations5 lectures • 48min

Operational Amplifiers Simulations10 lectures • 1hr 12min

First Order Circuits - Source-Free Simulations9 lectures • 1hr 37min

Requirements

Description

Who this course is for: