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Build the Dynamic Model of an Electric Vehicle with MATLAB (Udemy.com)

Develop MATLAB simulation model of an electric vehicle with step-by-step instructions (Free Original MATLAB Sim Files)

Created by: Dr. Jignesh Makwana

Last updated June 2024

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What you will learn

  • How to develop a mathematical model of the vehicle
  • How to develop a MATLAB simulation model of the specific vehicle
  • How to develop simulation of specific electric motor
  • How to connect develop vehicle model with the simulation model of an electric vehicle with a passive loading scheme
  • How to use this model for predicting the performance of the system

How it compares

Against the other 335 rated Udemy courses in Engineering on CourseDuck:

  • Rating4.3 out of 5higher than 28% of them
  • Reviews254#204 of 336 by number of reviews
  • Length4.5 hoursshorter than 55% of them
  • Last updatedJune 2024more recently than 51% of them

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Course Description

Simulation is a great tool to predict the performance of the system or product. MATLAB simulation software is a professional tool used by engineers & researchers over the world. It offers a huge variety of tools and ready-to-use models for various areas of engineering and science. A very basic library of MATLAB named "Simulink" is being used in this program to develop the simulation model of the vehicle and motor. It will help to understand the simulation of an electric vehicle with more clarity and ease.


This online program is a step-by-step training to develop system-level simulation of the electric vehicle system.

The passive loading scheme is used in which a separate model of the vehicle and motor needs to connect to build the complete model of the electric vehicle.


It helps to predict the performance of the vehicle for different types of electric motors.


This program is developed such that the students from any branch of engineering including diploma studies can learn how to build the simulation model of an electric vehicle system. However, a basic knowledge of the MATLAB simulation environment is required.


In this program, you will learn,

• How to develop a mathematical model of the vehicle

• How to develop a MATLAB simulation model of the specific vehicle

• How to develop simulation of specific electric motor

• How to connect developed vehicle model with the simulation model of an electric vehicle with a passive loading scheme

• How to use this model for predicting the performance of the system.

• Understand what changes are required in system design to achieve the desired performance.


This program will be benefited to the electrical engineering and power electronics engineering students and research scholars interested in the electric vehicle system.

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Instructor Details

Dr. Jignesh Makwana

Dr. Jignesh Makwana started his academic career in 2004. He received a Phd degree in Electrical Engineering with the specialization in power electronics & drive from Indian Institute of Technology Roorkee in 2013. His interest and enthusiasm for teaching & learning, research & development and innovations in all fields lead him as a good contributor in the academic & industrial field. He has vast academic experience with various reputed universities & institutes. Dr. Jignesh Makwana has international exposure of visiting several countries and representing expertise in the field of power electronics converters, artificial intelligence, renewable energy, etc. He published a number of research papers in international and national conferences and reputed journals. He guided a number of UG and PG students for their dissertation and project works. He is former head of the department of Electrical Engineering Department at Marwadi University, Rajkot, Gujarat. He is founder & director of RhyMak Electronics which involves in design and development of electrical vehicles & accessories and electronic products. He provided consultancy service to several industries for the design of power electronics and special motors. He is also founder and active online instructor at Rhyni - Tech Skills & Fundamentals, hub of online self paced courses, with 3500+ students from 120+ countries.

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Reviews

4.3

254 ratings on Udemy

Select a bar to show only those reviews.Select the bar again to show every rating.

By Ricardo Amaya on 6/19/2025

This course that's an excellent opportunity to understand topics about simulation, simulink and the way in that mechanical an electrical components interact.

By J Diaz on 1/11/2025

It is a basic course. I think it is necessary to cover the different types of motors and electric cars, in addition to ADAS and control.

By Shashikanth Umakanthan on 7/11/2023

Super... very informative... The coacher has patience and tries to explain everything clear

By Arman Goudarzi on 6/20/2023

Generally, it was a good and informative course. However, some sections were lacking the necessary explanations as well as providing the required information to complete the simulations.

By Archana A N on 4/3/2023

The speaker could give a better insight on the design details taken for developing the EV with motor control and mathematical modelling.

By Juan Ulises Dusau on 2/13/2023

Este curso es muy didáctico, y simple de entender. Tiene varios ejemplos de aplicación y todo se realiza en matlab paso a paso. Solo me hubiese gustado ver un motor de inducción en los ejemplos. Los vídeos de análisis conceptuales basados en los modelos son mu interesantes también.

By Abdulrazzaq Mohammed on 11/23/2022

I have learned so much, thank you, sir. I advise everyone to take it, exactly the ones who need to learn about electric vehicles.

By Jitesh Mane on 6/21/2022

just one part is covered but it's very good to analyze the variation in speed and torque of motor depend up on the current.

By Adnan Ghazy on 5/7/2022

For long time I couldn't find such a simple way to understand the basic model building of an electric vehicle and explain it to the simplest equations, systems and subsystem. Finally found the beginning of this long way.

By Sergio Gabriele Di Dato on 6/21/2021

The course presents you exactly what the lecturer says in the introduction video. It gives you the right information for taking two completely different models and put toghether inside a simulation.

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Overall Score : 86 / 100