# TABLE OF CONTENTS

### CHAPTER1: Automobile Engineering
1.1 Introduction to Automobile Engineering
1.2 Basic components of the Automobile
1.3 Parameters in automobile ride and handling
1.4 Cornering Dynamics
1.5 Oversteer and Understeer
1.6 Rollover Threshold

### CHAPTER2: Introduction to EV
2.1 Importance of EV in Current Global Scenario
2.2 Introduction to Electric Vehicle Industry
2.3 Flow Chart for Designing an EV
2.4 History of Electric Vehicle
2.5 Advantages of EV
2.6 Types of EV
2.7 Important components in an EV
2.8 EV vs ICEV

### CHAPTER3: Pre-Requisite for the Course
3.1 Mass and Weight
3.2 Distance & Displacement
3.3 Uniform & Non-Uniform Motion
3.4 Velocity & Acceleration
3.5 Force
3.6 Friction & Rolling Friction

### CHAPTER 4: Batteries
4.1 Batteries
4.2 Battery Fundamentals
4.3 Mathematical Calculations
4.4 Types of Batteries
4.5 Battery Pack
4.6 Series and Parallel Connection
4.7 Insulation and types of insulation

### CHAPTER 5: Battery Management System
5.1 Introduction to Battery Management System
5.2 Working Principle
5.3 Functions
5.4 Architecture
5.5 How to choose a BMS?

### CHAPTER 6: Motors
6.1 Electric Motor
6.2 Types of Motors
6.3 Important Parts in an Eelctric Motor
6.4 Working of an Electric Motor
6.5 Advantages of an Electric Motor
6.6 BLDC Motor
6.7 Regenerative Breaking System

### CHAPTER 7: Controllers
7.1 Basic Theory of Motor Controller
7.2 BLDC Motor Control Methodology
7.3 Sensor-less Controllers
7.4 Sensor Cased controllers
7.5 Hall Effect Sensor
7.6 How to Choose a BLDC Motor Controller?

### CHAPTER 8: Chargers
8.1 Battery Charger
8.2 Charging Infrastructure
8.3 Charger Working
8.4 Types of EV Charging Stations
8.5 Battery Charging Stratergy
8.6 Charging Time

### CHAPTER 9: Vehicle Dynamics
9.1 Acceleration
9.2 Braking
9.3 Suspension in EVs
9.4 Steering of EVs
9.5 Rollover Control
9.6 Tyres
9.7 Ride Comfort
9.8 Dynamic Axle Loads
9.9 Free Body of Vehicle
9.10 Electric Vehicle Traction force
9.11 Electric Vehicle Powertrain and Drivetrain

### CHAPTER 10: Future trend in EV
10.1: The challenges in Consumer Adoption of Electric Vehicle
10.2: Battery cell manufacturing
10.3: Building charging infrastructure
10.4: Increasing battery performance
10.5: Bridging the supply-demand gap
10.6: Creating the closed-loop mobility ecosystem
10.7: Future Trend in Charging Technology
10.8: Working of Wireless Charging technology
10.9: EV Charger Apps
10.10: Long-distance travelling with EVs
10.11: Charging using renewables

### CHAPTER 11: PROJECT: Electric Bike/Car Project

### PPTS
#### ~~CHAPTER_1 PPT~~
#### ~~CHAPTER_2 PPT: Introduction to EV~~
#### ~~CHAPTER_3 PPT~~
#### ~~CHAPTER_4 PPT:Batteries~~
#### ~~CHAPTER_5 PPT_BMS~~
#### ~~CHAPTER_6 PPT : motors~~
#### ~~CHAPTER_7 PPT : Controllers~~
#### ~~CHAPTER_8 PPT : Chargers~~
#### ~~CHAPTER_9 PPT : Vehicle Dynamics~~
#### ~~CHAPTER_10: Future Trends in EV~~