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EV Design and Development
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Course sections

Section 1
Introduction and Basics
1
Introduction to EV
2
Introduction to HEV
3
Types of HEV- Plugin HYBRID
4
Types of HEV- Series HYBRID
5
Types of HEV- Parallel HYBRID
6
Case Study(Green Credentials and Peugeot Hybrid Air)
7
Assessment 1
Section 2
Hybrid Electric Vehicle Powertrain
1
EV/HEV Setup
2
Energy Sources
3
Power/Energy Flow in HEV
4
Case Study (Battery Setup in various vehicles)
5
Assessment 2
Section 3
Simulating Vehicle Setup on MATLAB Using Powertrain Blockset
1
Simulation on MATLAB
2
Simulink and Blocksets
3
Powertrain Blockset
4
EV Modelling
5
Assessment 3
Section 4
Steering & its Mechanism
1
Steering components & their functions
2
Steering Geometries
3
Power Steering & latest technologies
4
Steering Mechanism Calculation
5
Case Study -Continuous Track Steering System
Section 5
Charging System and Its Technologies
1
AC-DC Chargers based on ISO/IEC ratings
2
Wireless Charging
3
Equalizer and Power Conversion Techniques
4
Future Development and Optimizing Techniques
5
Case Study (Tesla Model S cooling technology)
6
Assessment 4
Section 6
Suspension
1
Suspension & terminologies
2
Dependent Suspension ( With Calculations )
3
Case Study (Simulate car Suspension geometry on Lotus/Adam )
Section 7
Prospect And Reality Of EV’s
1
Existing Manufacturers of EV’s
2
Infrastructure of EV
3
Economic Factor
4
City and Highway Concept BEV's
5
Advancement in Autonomous Tech.
6
Assessment 5
Section 8
Chassis Design and Simulation
Section 9
Chassis & Dynamics
1
Introduction to Chassis
2
Factor affecting chassis and machining
3
Calculation on chassis CG & reactive forces
4
Automotive Materials
5
Ergonomics
6
Prototyping
Section 10
Mini Project
1
Mini Project 2: Calculate the Turning Radius of any Electrical Vehicle launched in 2020.
Section 11
Braking Dynamics
1
Introduction to Braking Mechanism & components
2
Materials & Factor affecting brakes
3
Case study (Calculations on brake dynamics)
Section 12
Tire & Its Features
1
Wheel & load distribution with wheel dynamics
2
SAE Tyre axis system
3
Tire Formula
4
Rim material and manufacturing
5
Case Study (CAD model for tyre)
Section 13
Introduction to Computer Aided Engineering - CAE
1
Inception of CAE
2
Types of CAE- II
3
Assessment
Section 14
Introduction to Computer Aided Design - CAD
1
Mechanical Drawing Terminologies
2
Design Considerations
3
Positive Mould and Negative Mould
4
Market Survey and Trends
Section 15
Codes and Standards for Electric Vehicle in India
1
Challenges in EV
2
Requirements for Policy Making
3
Validation of EV in India
4
Assessment
Section 16
Case Study -Student formula Design
1
Design Goals and Frame
2
Design Suspension System
3
Electrical System

Building a Robust Ecosystem for Faster Adoption of EV

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