Matlab/Simulink -Capsule Course For Electrical Engineering

Learn basics of MATLAB Simulink to simulate different electric circuits with examples of EV motor drive and DC charger.

What you’ll learn
Understanding MATLAB workspace and Simulink interface
Basics of MATLAB programming. You will be able to code your own MATLAB code.
How to effectively use MATLAB simulink library and develop a mathematical model of any electrical system.
Complete various models like resonance circuit analysis, generation of PWM.
Complete MATLAB Simulink model of DC-DC converters like buck and boost.
Major project on scalar of induction motor with controller design.

Requirements
Basics of electrical engineering
Fundamental mathematics : Matices , Linear equations

Description
“Complete MATLAB/Simulink Course for Electrical Engineering Students “”Focus is on the use of MATLAB/Simulink in modeling. Examples of electric motor drives and DC-DC chargers used in Electric vehicles are used to have a more realistic learning experience”If you want to learn MATLAB/Simulink then this is the only course with everything you need.Throughout the course, you will:Learn about numerical computing using MATLAB.Enhance your problem-solving skills in programming and building mathematical model in MATLAB.Implement MATLAB in your work and research.Learn how to use MATLAB as a programming language to build your own Algorithms.Get introduced to the modeling of electrical machines and circuits.Learn how to model a DC-DC converter in MATLAB/Simulink.Analysis of results and FFT of currents and voltages in any system.Will be able to model and design a speed controller for an induction motor.You will also learn using MATLAB SimulinkVehicle modeling using MATLAB/Simulink. A 200 kg vehicle data will be used to simulate vehicle performance using Simulink.Tuning of PID controller for controllers. Basics of Harmonic analysis using MATLAB/Simulink. Basics of Induction motorConstruction 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.

Overview
Section 1: Introduction

Lecture 1 Introduction

Lecture 2 Lecture 2: MATLAB environment

Lecture 3 Basics of programming: Variables, array and matrix

Lecture 4 Let`s write first code!

Lecture 5 How to debug a code?

Section 2: Introduction to MATLAB/ Simulink

Lecture 6 Introduction to Simulink

Lecture 7 Exploring Simulink Library and model settings

Lecture 8 Development and analysis of vehicle mathematical model in SIMULINK.

Lecture 9 Generation of sinusoidal PWM generation

Lecture 10 FFT : Waveform harmonic analysis

Section 3: Projects

Lecture 11 Modelling and control of DC-DC converter (Buck -converter)-Part-I

Lecture 12 Modelling and controller design of DC-DC converter (Buck -converter)-Part-II

Lecture 13 Modelling and control of V/F controlled induction motor-Part-I

Lecture 14 Modelling and control of V/F controlled induction motor-Part-II

Lecture 15 Modelling and control of V/F controlled induction motor-Part-III

Electrical engineering under graduates and post graduates

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