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MATLAB/Simulink Course for Beginners

Learn how to use MATLAB Simulink to implement power electronics circuits, electric circuits, machines and more

Khadija Academy

Summary

Price
£19.99 inc VAT
Study method
Online, On Demand What's this?
Duration
24.8 hours · Self-paced
Qualification
No formal qualification
Certificates
  • Reed courses certificate of completion - Free
Additional info
  • Tutor is available to students

Add to basket or enquire

Overview

"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.

Certificates

Reed courses certificate of completion

Digital certificate - Included

Will be downloadable when all lectures have been completed

Curriculum

19
sections
101
lectures
24h 49m
total

    • 1: MATLAB Course Content 05:14

    • 2: Solving One Non Linear Equation in MATLAB Using Fzero Function 15:28
    • 3: Example 1 on Solving Multiple Non Linear Equations in MATLAB Using Fso 14:44
    • 4: Example 2 on Solving Multiple Non Linear Equations in Matlab Using Fso 12:45
    • 5: Application Multi Level Inverter Part 1 24:47
    • 6: Application Multi Level Inverter Part 2 04:31

    • 7: Example 1 on Simulation of a Simple Electric Circuit 10:08
    • 8: Example 2 on Simulation of a Simple Electric Circuit 12:25
    • 9: Example 3 on Simulation of a Simple Electric Circuit 07:27

    • 10: Construction of Inverting Operational Amplifiers 05:06
    • 11: Example 1 on Inverting Operational Amplifiers 03:26
    • 12: Simulation of an Inverting Amplifier 12:00
    • 13: Construction of Non Inverting Operational Amplifiers 07:14
    • 14: Example on Non Inverting Operational Amplifiers 05:36
    • 15: Construction of Summing Operational Amplifiers 04:51
    • 16: Example on Summing Operational Amplifiers 04:40
    • 17: Simulation of non-Inverting and Summing Amplifiers 07:30
    • 18: Differentiator Operational Amplifier - Application 11:54
    • 19: Simulation of Differentiator Op-Amp 10:09

    • 20: Introduction to First Order Circuits 06:52
    • 21: Source-Free RC Circuit 21:50
    • 22: Example 1 on Source-Free RC Circuit 06:06
    • 23: Example 2 on Source-Free RC Circuit 07:29
    • 24: Simulation of Source-Free RC Circuit 11:49
    • 25: Source-Free RL Circuit 14:53
    • 26: Example 1 on Source-Free RL Circuit 10:55
    • 27: Example 2 on Source-Free RL Circuit 05:17
    • 28: Simulation of Source-Free RL Circuit 11:36

    • 29: Step Response of an RC Circuit 27:03
    • 30: Example 1 on Step Response of an RC Circuit 07:00
    • 31: Example 2 on Step Response of an RC Circuit 12:18
    • 32: Simulation of Step Response of an RC Circuit 18:16
    • 33: Step Response of an RL Circuit 13:02
    • 34: Example 1 on Step Response of an RL Circuit 04:36
    • 35: Example 2 on Step Response of an RL Circuit 14:33
    • 36: Simulation of Step Response of an RL Circuit 09:46

    • 37: Simulation of a Series Resonant Circuit 20:45
    • 38: Simulation of a Parallel Resonant Circuit 16:59

    • 39: Introduction to MATLAB Simulations Using Simulink 03:38
    • 40: Half Wave Uncontrolled Rectifier with R Load Principle of Operation 21:03
    • 41: Half Wave Controlled Rectifier R Load Principle of Operation 04:42
    • 42: Simulation of Half Wave Controlled Rectifier Using Simulink In Matlab 25:33
    • 43: Principle of Operation of Fully Controlled Bridge Rectifier Part 1 06:02
    • 44: Principle of Operation of Fully Controlled Bridge Rectifier Part 2 05:47
    • 45: Simulation of Bridge Controlled Rectifier 16:18
    • 46: AC Chopper with R Load Principle of Operation 14:13
    • 47: Simulation of AC Chopper with R and RL Loads in MATLAB 10:46
    • 48: Buck Regulator Principle of Operation Part 1 16:18
    • 49: Buck Regulator Principle of Operation Part 2 16:47
    • 50: Simulation of Buck Regulator in MATLAB 14:05
    • 51: Boost Regulator Principle of Operation 23:07
    • 52: Simulation of Boost Regulator in MATLAB 12:11
    • 53: Buck-Boost Regulator Principle of Operation 17:28
    • 54: Simulation of Buck-Boost Regulator 09:23
    • 55: Single Phase Half Bridge R-Load 15:28
    • 56: Single Phase Half Bridge RL-Load 08:13
    • 57: Simulation of Single Phase Half Bridge Inverter 17:30
    • 58: Single Phase Bridge Inverter R-Load 05:40
    • 59: Single Phase Bridge Inverter RL-Load 06:55
    • 60: Simulation of Single Phase Bridge Inverter 09:54
    • 61: Three Phase Inverters and Obtaining The Line Voltages 14:50
    • 62: Three Phase Inverters and Obtaining The Phase Voltages 16:57
    • 63: Simulation of Three Phase Inverter 17:04
    • 64: Simulation of Charging and Discharging Capacitor Using Matlab 10:26

    • 65: Simulation of PV Cell in MATLAB and Obtaining V-I Characteristics 28:22
    • 66: How to Solve the Single Output Problem in the To WorkSpace Function 03:35

    • 67: Introduction to MATLAB Simulation of Wind Turbine 13:49
    • 68: Introduction to Cp Model and Lookup Table in MATLAB Simulink 04:35
    • 69: Cp Plotting in MATLAB Simulink 14:28
    • 70: Cp Lookup Table in MATLAB Simulink 13:29
    • 71: Modeling and Simulation of Wind Turbine Part 1 20:07
    • 72: Modeling and Simulation of Wind Turbine Part 2 14:08
    • 73: Introduction to MPPT in MATLAB Simulink 08:10
    • 74: MPPT Simulation in MATLAB Simulink 11:28

    • 75: Separately Excited DC Machine 20:42
    • 76: DC Motor Modelling without Load Using Simulink in MATLAB 24:35
    • 77: DC Motor Modelling with Load Using Simulink in MALTAB 23:24
    • 78: DC Motor Block Simulation Using Power Library in MATLAB 16:13

    • 79: Construction and Theory of Operation of Induction Machines 27:01
    • 80: Equivalent Circuit and Power Flow in Induction Motor 23:27
    • 81: Torque-Speed Characteristics of Induction Motor 19:47
    • 82: Simulation of Induction Motor or Asynchronous Motor Using Simulink 33:00

    • 83: Construction and Principle of Operation of Synchronous Generator 29:29
    • 84: Equivalent Circuit and Phasor Diagram of Non Salient Synchronous Machi 29:11
    • 85: Equivalent Circuit and Phasor Diagram of Salient Synchronous Machine 38:36
    • 86: Simulation of Synchronous Machine Connected to Small Power System 37:37

    • 87: Importing Data from PSCAD Program for Fault Location Detection to MATL 37:07

    • 88: How to Implement PID Controller in Simulink of MATLAB 14:07
    • 89: Tuning a PID Controller In MATLAB Simulink 17:19

    • 90: PID Tuning Using Particle Swarm Optimization Algorithm 29:02
    • 91: Identifying the Execution Time of a Script 14:58

    • 92: Design of an Overvoltage and Undervoltage Fault Detection Scheme 29:19
    • 93: Adding Reclosure Feature to the Circuit Breaker 20:42

    • 94: Creating a Subsystem 06:28
    • 95: Masking of a Subsystem and Promote of a Parameter 17:04
    • 96: Edit Parameters in Mask 09:56
    • 97: Model Callbacks 18:56

    • 98: Understanding and Preparing the Model 17:38
    • 99: Adding Transmission Lines and Circuit Breakers 10:50
    • 100: Applying Symmetrical and Unsymmetrical Faults to the System 16:16
    • 101: How to Get Any Electrical Power Engineering Model in MATLAB Easily 12:03

Course media

Description

You will learn using MATLAB Simulink:

  1. Simulation of basic electric circuits.

  2. Simulation of operational amplifiers.

  3. Simulation of charging and discharging of a capacitor.

  4. Simulation of a source-free RL circuit.

  5. Simulation of a source-free RC circuit.

  6. Simulation of the step response of an RC circuit.

  7. Simulation of the step response of an RL circuit.

  8. Single-phase half-wave controlled rectifier.

  9. Single-phase bridge-controlled rectifier.

  10. Single-phase AC chopper with R and RL load.

  11. Buck regulator.

  12. Boost regulator.

  13. Buck-Boost regulator.

  14. Single-phase half-bridge inverter.

  15. Single-phase bridge inverter.

  16. Three Phase Inverter.

  17. PV cell in solar energy using Simulink tool in MATLAB.

  18. How to obtain a complete grid-connected PV system in MATLAB.

  19. You will learn about separately excited DC Machines and how to:

  20. Model the DC machine in a no-load case using Simulink in MATLAB.

  21. Model the DC machine in the presence of load torque using Simulink in MATLAB.

  22. Simulating the DC machine using the power library from Simulink in MATLAB.

  23. You will learn about Induction motors as:

  24. Construction and principle of operation of induction motor.

  25. Torque-speed characteristics of induction motor.

  26. Equivalent circuit and power flow of induction motor.

  27. Simulation of induction motor using Simulink in MATLAB.

  28. MATLAB simulation of the wind turbine.

  29. Cp plotting and lookup table in MATLAB.

  30. MPPT in MATLAB Simulink.

  31. Series resonant circuit in MATLAB.

  32. Parallel resonant circuit in MATLAB.

  33. Selection of PID parameters using an optimization algorithm such as PSO or particle swarm optimization algorithm.

  34. Design of an overvoltage and undervoltage protection scheme with a reclosure feature in Simulink.

  35. The masking feature in MATLAB Simulink and model callbacks.

  36. How to apply electrical faults such as symmetrical and unsymmetrical faults to a grid-connected PV system and analyze the system's transient response.

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 is this course 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 Simulation

Requirements

  • You should have the MATLAB software.

  • You should know the basics of mathematics.

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Legal information

This course is advertised on reed.co.uk by the Course Provider, whose terms and conditions apply. Purchases are made directly from the Course Provider, and as such, content and materials are supplied by the Course Provider directly. Reed is acting as agent and not reseller in relation to this course. Reed's only responsibility is to facilitate your payment for the course. It is your responsibility to review and agree to the Course Provider's terms and conditions and satisfy yourself as to the suitability of the course you intend to purchase. Reed will not have any responsibility for the content of the course and/or associated materials.

FAQs

Study method describes the format in which the course will be delivered. At Reed Courses, courses are delivered in a number of ways, including online courses, where the course content can be accessed online remotely, and classroom courses, where courses are delivered in person at a classroom venue.

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