Certificate Course in

EV Product Development, Homologation & Hydrogen FCEV

Duration – 45 Hours   Hybrid Learning
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Course Overview

This course is designed to provide an in-depth understanding of the rapidly evolving field of EV technology management and product development. The course provides an overview of the EV market and opportunities, including the design procedure and management of EV. It covers various aspects of EV homologation and testing, certification processes, EV charging, motor technology, battery technology and retrofitting business. Additionally, this course covers the types of fuel cells, techniques used, fuel stack module construction and fuel cell performance characteristics.

Specialization Stack Objectives

To understand the current state of the EV market, including market trends, opportunities and challenges


To understand the product development plan, including segment selection, product design plan and product validation plan


To understand the various aspects of EV charging, motor technology, battery technology and retrofitting business


To understand the unit economics, design feasibility, design for manufacturing, DFMEA and PFMEA for EVs

To analyse the use of auxiliary power generation using hydrogen

Course Modules


Module 1 – EV Business Management & Vehicle Testing

Introduction to EV (2W, 3W & 4W) Market & Opportunities

Electric Vehicle Design Procedure and ICE model

Introduction to EV management (categories, regulations and standards)

EV Homologation & testing

FAME India & manufacturing guidelines

EV Certification process

EV Charging, Electric vehicle & retrofitting

Motor technology and EV Motor Market analysis

EV categories and proposed changes, EV Retrofitting business

Battery technology in EV, EV Battery market analysis

Introduction to product development plan

Segment selection

Product design plan

Product validation plan

Vehicle dynamics selection

Product design validation

Product specification – competitor analysis

Selection of off the shelf parts

Development methods

Product development plan

Unit economics, design feasibility

Design for manufacturing , DFMEA & PFMEA

Business plan, product launch

POC / MVP / working prototype

Introduction to future mobility

Why hydrogen-based technology?

Essentials of hydrogen

How does hydrogen compares to hydrocarbon fuels in terms of energy, flammability, and safety

Hydrogen fuel cells, Use of hydrogen in IC engines

Hydrogen fuel cell techniques and systems

Fuel cell engine safety and maintenance

Fuel cell hybrid electric vehicle acts, codes, regulations, and guidelines

Maintenance and fueling facility requirements

Fuel cells in hybrid electric vehicles and pure electric vehiclesi

Auxiliary power generation using hydrogen

Types of fuel cells and techniques used

Fuel stack module construction

Fuel cell performance, characteristics, polarization, Stichometry effects, temperature, and pressure effects

Projects & Case Studies

  • Conducting a market analysis of the EV industry and identifying potential opportunities for a new EV start-up

  • Fuel cell simulation and analysis

  • Developing a comprehensive business plan for an EV charging station network

  • Designing and building a prototype electric system for EV (for a market launch)

Target Industry Job Profiles

EV Product Development Engineer


Homologation Engineer


Hydrogen Fuel Cell Engineer


EV Business Development Manager

EV Certification Engineer


EV Charging Infrastructure Engineer


EV Retrofitting Engineer