MATLAB/Simulink -First Course for Electrical Engineers

Unlock the power of MATLAB/Simulink for Electrical Engineering! This comprehensive course is designed to equip you with the essential skills to excel in modeling and simulation.

Master Numerical Computing with MATLAB:

• Gain proficiency in numerical computing using MATLAB, a cornerstone tool for electrical engineers.
• Sharpen your problem-solving skills through practical programming exercises and building mathematical models within MATLAB.
• Learn to implement MATLAB effectively in your work and research projects.
• Discover how to leverage MATLAB as a programming language to develop your own custom algorithms.

Electrical Machine & Circuit Modeling:

• Get a solid introduction to modeling electrical machines and circuits.
• Deep dive into modeling DC-DC converters using MATLAB/Simulink, crucial for electric vehicle applications.
• Perform detailed analysis of results and utilize FFT (Fast Fourier Transform) for analyzing currents and voltages in various systems.
• Model and design a speed controller for an induction motor, a key skill for motor control applications.

Vehicle Modeling & Control:

• Explore vehicle modeling using MATLAB/Simulink.
• Simulate vehicle performance using a detailed 200 kg vehicle dataset within Simulink.
• Learn the tuning of PID controllers for optimal system performance.
• Understand the basics of harmonic analysis with MATLAB/Simulink.

Induction Motor Fundamentals:

• Build a strong foundation in induction motor principles, including its construction and principle of operation.
• Analyze torque-speed characteristics of induction motors.
• Understand the equivalent circuit and power flow within an induction motor.
• Simulate induction motors effectively using Simulink in MATLAB.

This course provides a realistic learning experience, utilizing examples from electric motor drives and DC-DC chargers commonly found in electric vehicles. Whether you're a student or a professional, this MATLAB/Simulink course provides everything you need to succeed in modern electrical engineering.