Electric Vehicle and Battery Technology Specialization Program

Advance Your Career with India’s Premier 3-Month LIVE EV Specialization Program: A Gateway to Job Promotion and Appraisal Excellence

Electric Vehicle Training Institute in India
Certification

Gain a Professional Certificate in Electric Vehicle Technology recognized by leading companies in the automotive sector.

Duration

6 months of intensive training including lectures, labs, and a capstone project.

Mode

Available in both online and hybrid formats to suit your learning preferences.

Designed specifically for Industries and technical professionals

Phase 1: Foundations of EV & Hybrid Vehicles

30 hours + 12 sessions

Objective:
The goal is to give the advanced understanding of electric vehicles through the basics and the representation of the essential components of EVs and hybrid vehicles. This stage covers the electric mobility basics, such as the principles, and also technology and environmental benefits.

Phase 2: EV Battery Technology and Powertrain Development

30 hours + 12 sessions

Objective: To look at the details of EV battery systems and powertrain technologies – Battery Management Systems (BMS), advanced battery materials, and the interconnection and implementation of these components into efficient EV drives systems.

The Electric Vehicle Specialization Course culminates in a capstone project, where students apply their acquired skills to real-world challenges, preparing them for various roles in the electric vehicle industry.

Topics covered in Electric Vehicle Specialization Course

Foundations of EV & Hybrid Vehicles Phase 1:

Module 1: Starting with EV Industry

Overview of Electric Vehicles (EVs)

  • History and evolution of EVs
  • Types and concepts of EVs and hybrid vehicles
Global and Indian EV Market
  • Market trends, growth potential, and challenges
  • Government initiatives and adoption policies
Sustainability and EVs
  • EVs and their role in achieving UN Sustainable Goals
  • Environmental benefits of electric mobility

Module 2: Starting with EV Industry

Automotive Industry Shifts

  • Comparison of European, American, and Indian EV markets
  • Transition challenges from ICE to EV technology
Key Components in ICE and EVs
  • Differences in powertrain, fuel systems, and emissions between ICE vehicles and EVs
Technology Shift: ICE to Electric
  • Engines to motors, fuel systems to batteries, exhaust to energy management

Module 3: EV Technology in Detail

Components and Layouts

  • Detailed exploration of EV layouts, cables, components, and controls
Battery and Electric Motors
  • Introduction to battery technology, electric motors, and battery management systems (BMS)
Charging Technology
  • Overview of charging technology in EVs in detail

Module 4: Battery Technology for EVs

Battery Chemistry and Types

  • Li-Ion battery chemistry, types, and comparisons
Battery Management Systems (BMS)
  • BMS functionalities and its importance in EVs
Thermal Management
  • Temperature control and monitoring in battery systems

Module 5: Power Electronics and Electric Motors

Power Electronics in EVs

  • Basics, semiconductor devices, control techniques, and applications in EVs
Electric Motors for EVs
  • Types of electric motors used in EVs and their industry use cases

EV Battery Technology and Powertrain Development Phase 2

Module 6: Advanced Battery Technologies and Materials

Innovations in Battery Materials

  • Advances in energy density, durability, and safety of battery technologies
Recycling and Sustainability
  • Battery recycling processes and sustainability considerations

Module 7: Battery Pack Design and Management

Design Fundamentals

  • Configuration, thermal management, and structural considerations in battery pack design
Modeling and Simulation
  • Use of simulation tools in designing and validating battery packs

Module 8: BMS Hardware and Software

BMS Hardware Development

  • Components, design considerations, and integration with battery packs
BMS Software Algorithms
  • Development of algorithms for BMS, including battery health monitoring and data management

Module 9: EV Powertrain Components

Overview of EV Powertrain

  • Key components, roles, and configurations
Efficiency and Optimization
  • Techniques for optimizing powertrain efficiency and performance

Module 10: Emerging Technologies in EVs

Energy Management Systems

  • Innovations in improving EV efficiency and battery life
Cutting-Edge Battery Solutions
  • Exploration of new battery technologies and their integration into EVs

Our process

01.

Step 1: Enroll Today

Begin your journey by signing up through our streamlined online application process.

02.

Step 2: Start Your Learning Pathway

Access our comprehensive course materials, interactive sessions, and virtual labs.

03.

Step 3: Hands-On Experience

Engage in practical projects and case studies that simulate real-world challenges.

04.

Step 4: Career Guidance and Placement Support

Receive dedicated support to transition smoothly into the EV industry.

We are here to guide you every step of the way — from selecting the right course to achieving your career goals in the EV sector. Discover our full range of Electric Vehicle Programs and Resources today!