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Dr. Jignesh Makwana

This comprehensive course, "Electric Vehicle Crash Course," is tailored to suit individuals of all ages and backgrounds, ranging from high school students to seasoned researchers. It serves as a go-to resource for mastering the in-demand skill set of Electric Vehicle technology. Whether you're just starting out or looking to deepen your understanding, this course covers everything from the basics to advanced topics. Continuously updated with the latest resources and based on student feedback, it stands as the ultimate online resource for those considering a career in the Electric Vehicle industry, all while remaining accessible and affordable.

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This comprehensive course, "Electric Vehicle Crash Course," is tailored to suit individuals of all ages and backgrounds, ranging from high school students to seasoned researchers. It serves as a go-to resource for mastering the in-demand skill set of Electric Vehicle technology. Whether you're just starting out or looking to deepen your understanding, this course covers everything from the basics to advanced topics. Continuously updated with the latest resources and based on student feedback, it stands as the ultimate online resource for those considering a career in the Electric Vehicle industry, all while remaining accessible and affordable.

Module 1 - Electric Vehicle Project Guide (Chapter 1 -7): In this module, participants will delve into the essentials of launching an Electric Vehicle project from scratch. Covering crucial calculations such as power requirements, gear ratios, battery range, and more, this section lays the foundation for understanding the practical aspects of Electric Vehicle design. From estimating costs to building prototypes and exploring different Electric Bicycle types, participants will gain hands-on experience in initiating and executing Electric Vehicle projects.

Module 2 - Electric Vehicle Industry and Startups (Chapter 8): Participants will explore the landscape of the Electric Vehicle industry, focusing on key players and startups within the Indian context. Understanding the industry's current state and emerging trends provides valuable insights for aspiring professionals and entrepreneurs alike.

Module 3 - Electric Vehicle Engineering (Chapter 9-13): This module delves into the engineering principles underlying Electric Vehicles, covering topics such as vehicle dynamics, motor characteristics, energy sources, and vehicle configurations. Through a comprehensive examination of Electric Vehicle components and systems, participants gain a deep understanding of the technical aspects driving innovation in this field.

Module 4 - Simulation and Analysis of Electric Vehicle System with MATLAB (Chapter 14-21): The final module equips participants with the tools and techniques necessary for simulating and analyzing Electric Vehicle systems using MATLAB. From developing mathematical models to solving differential equations and integrating vehicle and motor simulation models, participants learn how to predict and optimize system performance using advanced computational methods.

By the end of this course, participants will emerge as competent Electric Vehicle enthusiasts, equipped with the knowledge and skills needed to navigate the dynamic landscape of Electric Vehicle technology with confidence. Whether pursuing further studies or entering the industry directly, graduates of this course will be well-prepared to make meaningful contributions to the advancement of Electric Vehicle technology.

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What's inside

Learning objectives

  • How to calculate required average motor power
  • How to calculate gear ratio
  • How to calculate battery & vehicle range
  • How to obtain rated vehicle speed
  • How to obtain torque developed by motor
  • How to obtain motor efficiency
  • How to obtain rated vehicle speed
  • How to calculate cost of electricity bill for single charge
  • How to calculate running cost of vehicle for per km travel
  • How to calculate battery replacement cost for per km
  • How to estimate charging time from c-rating of battery
  • About different motors, controller, battery, throttle and other mechanical aspects.
  • Starting electric vehicle project and building prototype.
  • Connection of motor, controller and other accessories.
  • Type of electric bicycle & pas
  • About electric vehicle industries of india and startups
  • 5+ practice assignements
  • New module: electric vehicle engineering vehicles to learn all engineering aspects
  • Vehicle dynamics, vehicle performance parameters , driving cycle, force-speed characteristics
  • Electric motor, torque-speed characteristics, suitability and comparison
  • Electric motor drive - drive train -power train
  • Energy sources, fuel cell, ultracapacitor, flywheel, battery
  • Electric vehicle configuration based on electric motor and based on energy sources
  • How to develop a mathematical model of the vehicle
  • How to develop a matlab simulation model of the specific vehicle
  • How to develop simulation model of specific electric motor
  • How to connect developed vehicle model to the electric vehicle model with a passive loading scheme
  • How to use this model for predicting the performance of the system
  • Effect of rolling resistance on ev model
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Syllabus

Introduction
New Module Add-on Feb 2024
New: Simulation and Analysis of Electric Vehicle
Basic System Parameters
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Basic Parameters of Electrical System
Basic Parameters of Mechanical System
EV Calculations:
Average Power Calculations
Motor Specifications & Calculations
Battery Specifications & Calculations
Gear Ratio Calculations
Battery Range in Km per Charge
Cost of Electricity Bill & Cost per km
Battery lifecycle & replacement cost
Battery Charging Time
Calculate Real Cost of an Electric Vehicle
Maximum Speed & Gear Ratio Calculations
Power & Torque Calculations
Battery Capacity & Range Calculations
Project Practice
TATA Teago EV Average Motor Power Calculation -Practice Idea 1
PMDC Motor Kit
PMDC Motor
PMDC Motor Testing
PMDC Controller
Twist Throttle
BLDC Hub Motor Kit
BLDC Hub Motor
BLDC Controller
Types of Electric Bicycle
Type of Electric Bicycles
Other Important Things need to Know
Pedal Assist System-PAS
Electric Vehicle Industries of India? ? ?
Benefits of Electrical Vehicle
Automobile Industries
Worldwide view on EV
Government Initiative on EV
Indian EV Industries
New EV Startups
Skills required for EV Industries.
Conclusion on EV industry
Industries Facing Shortage of Skilled EV Engineeres
Introduction to Electric Vehicle Engineering
Energy Sources
Vehicle as a Product
Mobile Phone Analogy to predict Future of EV Industry
Understand EV System with Simplified Block diagram
Performance Parameter and Characteristics of Vehicle
Basic Parameters of Vehicle
Power Weight Ratio
Driving Cycle
Force-Speed Characteristics of Vehicle
Operating point and Torque Speed Requirement
Mathematical Modelling of Vehicle
Behavior of Vehicle as a Load
Electric Motor and Drive
Basics of Electric Motor
Torque-Speed Characteristics of Electric Motor
Electric Motor Drive System
Type of Motors & their suitability to EV application
Introduction to Energy Source
Fuel Cell
Ultracapacitor
Flywheel
Battery
Important Information about EV Batteries
Electric Vehicle Configuration
EV Configuration based on Electric motor drive
EV Configuration Based on Energy Source
Solving Differential Equations with MATLAB
Introduction to Differential Equations and Its Solution
Solving Differential Equation of RL Circuit with MATLAB Simulink
Solving Differential Equation with MATLAB Simulation Practice 1
Solving Differential Equation with MATLAB Simulation Practice 2
Solving Differential Equation of Vehicle Model with MATLAB Simulink
Simulation Model of Vehicle with MATLAB
Develop Dynamic Vehicle Model with MATLAB
Derive Speed-Torque Characteristics of Vehicle
Store the Characteristics to the Look-up Table
Simulation Model of Specific Vehicle
Develop Simulation Model of Maruti Swift Desire
Task: Develop Simulation Model of Specific Car
Task: Develop Simulation Model of Specific Bike
Simulation Model of Electric Motor
Derive Mathematical Model of DC Motor
Develop Simulation Model of DC Motor
Derive constant Kt & Kb of DC Motor
DC Motor Specifications (5hp to 75hp)
Connect Electric Motor Model with Vehicle Model
Understanding a problem
Solution: Passive Loading Scheme
Validation of Passive Loading Scheme
Summary of Passive Loading Scheme
Task: Connect your vehicle model with 75hp Motor
200kg Electric Vehicle Model Powered by 5hp DC Motor

Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Ideal for those who want to get a head start on Electric Vehicle fundamentals
Suitable for all ages and levels, particularly high school students
Covers topics ranging from basic to advanced
Provides real-world examples and hands-on experience
Keeps you updated with the latest industry trends and resources
Instructor highly experienced and acclaimed in the field of EV

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Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Electric Vehicle Crash Course with these activities:
Read Electric Vehicle Technology Explained
Reading 'Electric Vehicle Technology Explained' will provide you with a comprehensive understanding of the principles and technologies behind Electric Vehicles.
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  • Purchase or borrow a copy of the book
  • Read the book carefully, taking notes as you go
  • Complete the exercises at the end of each chapter
  • Write a summary of the book
  • Discuss the book with other students or professionals
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