Electric Vehicle Essentials 1: Industry Ecosystem & Battery Technology
This course, “Electric Vehicle Essentials 1: Industry Ecosystem & Battery Technology”, provides a comprehensive overview of the electric vehicle (EV) landscape, focusing on the ecosystem, industry transition from internal combustion engine (ICE) vehicles to EVs, and the technology behind EVs. The course is designed to educate learners on various aspects of EV technology, including different types of EVs, global and regional ecosystems, market dynamics, government policies, challenges in the EV industry, and the transition from ICE to EVs. Additionally, the course delves deep into the engineering aspects of EVs, including the powertrain, battery technology, and the design of battery management systems (BMS).
At a glance
- 4 Modules.
- 67 Lectures.
- 14.8 hours of Video Content.
- 4 Quizzes with Solutions.
- 1 Project Assignment.
- PPTs for Each Module in PDF Format.
- Certification of Completion.
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LevelIntermediate
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Total Enrolled955
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Duration14 hours 48 minutes
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Enrollment validityEnrollment validity: Lifetime
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CertificateCertificate of completion
Course Curriculum
Welcome to the Course!
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Module 1: Starting with EV Technology
Gain a foundational understanding of electric vehicle technology, market dynamics, policy frameworks, and the global and Indian ecosystem related to EVs. Understand the role of EVs in sustainable development and the challenges and growth prospects of the EV industry.
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Topic 1: Electric Vehicle Fundamentals_ Need, ICE to EV Transition, Types & EV Industry Overview
22:23 -
Topic 2: Electric Vehicles Explained_ Benefits, Components, Types & Market Adoption
07:22 -
Topic 3: Evolution of Hybrid and Electric Vehicles_ Global & Indian Perspective
14:03 -
Topic 4: Rise of Electric Mobility_ Global EV Market Growth & Adoption Trends
21:41 -
Topic 5: Indian EV Landscape_ Market Trends, Key Players and Future Growth
14:49 -
Topic 6: EV Government Initiatives in India and Global Electric Vehicle Market Overview
16:21 -
Topic 7: EV Growth Potential and Challenges in the Indian Market
15:09 -
Topic 8: EV Charging Infrastructure in India_ Technology, Ecosystem and Challenges
14:31 -
Topic 9: EV Battery Manufacturing Ecosystem in India
17:53 -
Topic 10: EV Service and Repair Market Ecosystem
09:46 -
Topic 11: EV OEM Ecosystem and Policy Framework in India
22:48 -
EV Essentials 1 Module 1 Quiz
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EV Essentials 1 Module 1 Quiz Solutions
Module 2: Understanding ICE to EV Transition
Learn the key differences and technological transitions from internal combustion engine (ICE) vehicles to electric vehicles (EVs). Understand the components and systems involved in EV technology and analyze the shifts and trends in the automotive industry towards electric mobility.
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Topic 1: ICE to EV Transition & Global EV Market Trends (India vs USA vs China)
21:49 -
Topic 2: Analyzing Challenges in Automotive Industry
14:48 -
Topic 3: Rise of E Mobility technology
13:12 -
Topic 4: ICE vs EV Powertrain_ Components, Architecture & Power Flow
13:34 -
Topic 5: Components in EV Technology – Transmission & Fuel Systems Part 1
18:15 -
Topic 6: Components in EV Technology – Transmission & Fuel Systems Part 2
16:43 -
Topic 7: Components in EV Technology – Chassis & Suspension Part 1
21:12 -
Topic 8: Components in EV Technology – Chassis & Suspension Part 2
11:14 -
Topic 9: Technology Transfer – Engine to Motor Systems
21:11 -
Topic 10: Technology Transfer – Fuel systems to Batteries Part 1
20:56 -
Topic 11: Technology Transfer – Fuel systems to Batteries Part 2
12:18 -
Topic 12: Technology Transfer – Exhaust to Energy Management
19:58 -
EV Essentials 1 Module 2 Quiz
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EV Essentials 1 Module 2 Quiz Solutions
Module 3: Electric Vehicle Engineering
Acquire comprehensive knowledge of the engineering principles behind electric vehicles, including energy management, motor systems, battery technology, and different types of EVs such as hybrid, plug-in hybrid, and fuel cell electric vehicles. Understand EV architecture, design, and classification.
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Topic 1: EV Layouts, Cables, Components and Control – Part 1
16:53 -
Topic 2: EV Layouts, Cables, Components and Control – Part 2
09:38 -
Topic 3: EV Classification
12:16 -
Topic 4: EV Architecture and Design
23:18 -
Topic 5: Battery Electric Vehicles – Part 1
18:26 -
Topic 6: Battery Electric Vehicles – Part 2
16:56 -
Topic 7: Hybrid Electric Vehicles
20:18 -
Topic 8: Plug in Hybrid Electric Vehicles – Part 1
17:06 -
Topic 9: Plug in Hybrid Electric Vehicles – Part 2
15:16 -
Topic 10: Fuel Cell Electric Vehicles – Part 1
15:47 -
Topic 11: Fuel Cell Electric Vehicles – Part 2
13:22 -
Topic 12: Fuel Cell Electric Vehicles – Part 3
15:22 -
Topic 13: Mechanical Storage Systems – Part 1
14:52 -
Topic 14: Mechanical Storage Systems – Part 2
19:36 -
Topic 15: Chemical Storage Systems
15:40 -
Topic 16: Battery Technology for EVs
14:58 -
Topic 17: Introduction to Electric Motors – Part 1
16:15 -
Topic 18: Introduction to Electric Motors – Part 2
10:36 -
Topic 19: Introduction to Electric Motors – Part 3
17:44 -
Topic 20: Introduction to Battery Management Systems – Part 1
17:53 -
Topic 21: Introduction to Battery Management Systems – Part 2
16:11 -
Topic 22: Introduction to Charging Technology – Part 1
19:00 -
Topic 23: Introduction to Charging Technology – Part 2
16:06 -
Topic 24: EV Range & Efficiency
17:46 -
EV Essentials 1 Module 3 Quiz
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EV Essentials 1 Module 3 Quiz Solutions
Module 4: Battery Technology for EV Systems
Develop a deep understanding of battery technology used in EVs, including battery chemistry, cell types, energy density, and charging standards. Learn about battery management systems, state of charge and health, thermal management, battery construction, degradation, recycling, and next-generation battery systems.
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Topic 1: Introduction to EV Battery Technology and Ecosystem
26:08 -
Topic 2: EV Battery Components, Working Principles and Pack Architecture
16:48 -
Topic 3: EV Battery Cells_ Types, Design and Cost Breakdown
16:07 -
Topic 4: Lithium-Ion Battery Chemistries Explained for EVs
29:19 -
Topic 5: EV Charging Infrastructure & BMS Explained _ Europe vs Asia Standards _ Battery Protection Systems
13:23 -
Topic 6: SOC & SOH in EV Batteries Explained _ Battery Thermal Management & Manufacturing Process
18:10 -
EV Essentials 1 Module 4 Quiz
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EV Essentials 1 Module 4 Quiz Solutions
DIY Projects:
Develop your own EV design and specifications, applying the knowledge gained throughout the course.
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Project 1: Design and Development of a Drivetrain Architecture for Electric Vehicles
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Congratulations on Successfully Completing the Course!
Earn a certificate
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Student Ratings & Reviews
Natrajan Vittal 5 days ago
Very informative and detailed. Instructor also very good and helpful !
SAARVESH S.R 6 days ago
good
Kamal Singh 4 weeks ago
Course content good
Tarun Akurati 1 month ago
time waste course max 1 hr is enough
Arpit Yadav 1 month ago
Nice
satish kumar 2 months ago
very good
Sammed Jain 2 months ago
It was really good course clearing so many basics and essential factors covering Electric Vehicle
PRAVEEN KUAMR THUMMALA 2 months ago
Good
Vivek Gadiwaddar 2 months ago
One of the best introduction course.
Rakesh Gattupalli 2 months ago
Good
chaithanya B T 3 months ago
good
Divyesh Mahajan 3 months ago
good
siva Sankar 3 months ago
good
Srinivasa R.K 3 months ago
Got the insight knowledge on EV operations along with the components and its function.
Sanjay Salagare 4 months ago
Lot of new things which I have learned.
Preet Dixit 4 months ago
It was good for beginners
Pradip Kadao 4 months ago
course about EV Essential 1 was good....
i have learn alot about EV battery and its technology in this course
Divya Rawat 4 months ago
great
Shubham Solunke 4 months ago
Yes, It very good course, contain is very good to learn EV from basic.
Glenn Ford Pereira 5 months ago
initially before i step into this online course i was doubtful about the teaching and guidance from diy , but the contents and their presentation let me feel easy for studying and understanding
Hardware & Software Required
Hardware: A computer with internet access for accessing course materials, videos, and conducting research.
Software: None
DIY Projects Included
Project 1: Design and Development of a Drivetrain Architecture for Electric Vehicles
In this project, students will leverage the knowledge acquired throughout the course modules to conceptualize an EV drivetrain architecture. This will include detailing key components such as powertrain systems, battery management, charging infrastructure, and energy storage. Students are expected to consider factors such as energy efficiency, EV range, and market requirements while designing the architecture.
Course Benefits
For Professionals:
- Enhanced career opportunities in the growing EV sector.
- Potential for higher salaries due to specialized skill sets.
- Opportunities to work on cutting-edge technology and innovations.
- Increased job security with the industry’s shift towards sustainability.
- Ability to contribute to sustainable and eco-friendly initiatives.
- Opportunities for professional growth and advancement in various sectors.
For Freshers:
- Early entry into a rapidly growing and evolving industry.
- Access to a wide range of job opportunities across different sectors.
- Hands-on experience with innovative technologies and sustainable practices.
- Potential for fast career growth and development.
- Exposure to global trends and best practices in the EV industry.
- Opportunities to work with leading companies and industry pioneers.
Technical expertise you will gain
Comprehensive understanding of EV types and concepts.
In-depth knowledge of the global and Indian EV ecosystems.
Awareness of EV’s role in achieving UN Sustainable Goals.
Insight into the EV market and government initiatives.
Understanding of the challenges and growth prospects in the EV sector.
Knowledge of EV charging infrastructure in India.
Understanding of battery manufacturing and ecosystems in India.
Insight into EV service and repair segments.
Understanding of EV Original Equipment Manufacturers (OEMs).
Knowledge of EV policy frameworks.
Comprehensive understanding of the transition from ICE to EV.
Detailed knowledge of EV components and technology transfer.
Understanding of EV layouts, classifications, and architecture.
Insight into different types of EVs and storage systems.
Detailed knowledge of battery technology, including chemistry, management systems, and safety.
- Automotive Industry
- Energy Sector
- Sustainable Development
- Government and Policy Making
- Research and Development
- Manufacturing and Production
- Infrastructure Development
- Environmental Consulting
- EV Engineer
- Battery Management System Engineer
- EV Charging Infrastructure Developer
- Policy Analyst for EV
- Sustainability Consultant
- Automotive Engineer
- Electrical Engineer
- Mechanical Engineer
- Production Manager (EV Manufacturing)
- Research and Development Specialist
- Understanding EV architecture and design.
- Battery technology and management.
- EV powertrain and energy management.
- Charging systems and infrastructure.
- Hybrid and fuel cell electric vehicles.
- Market analysis and growth strategies.
- Government policies and regulatory frameworks.
- Sustainability and environmental impact.
- Engineering transition from ICE to EV.
- Thermal management in battery systems.
- Tata Motors
- Mahindra Electric
- Ashok Leyland
- Ola Electric
- Ather Energy
- Hero Electric
- Bajaj Auto
- Ampere Vehicles
- Revolt Motors
- TVS Motor Company
- Exide Industries
- Amara Raja Batteries
Who can take this course?
This course is suitable for individuals who have a foundational understanding of automotive engineering, electrical engineering, or a related field.
- Freshers
- Professionals
Personalized Trainer Support Portal:
- 24/7 Access to a personalized trainer support portal.
- One-on-One Mentorship for queries and project guidance.
- Access to diverse resources, including recorded lectures, reading materials, and practical guides.
- Dedicated forums for content discussion, insights, and project collaboration.
- Regular Feedback from trainers for comprehensive understanding and improvement.
At a glance
- 4 Modules.
- 67 Lectures.
- 14.8 hours of Video Content.
- 4 Quizzes with Solutions.
- 1 Project Assignment.
- PPTs for Each Module in PDF Format.
- Certification of Completion.
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LevelIntermediate
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Total Enrolled955
-
Duration14 hours 48 minutes
-
Enrollment validityEnrollment validity: Lifetime
-
CertificateCertificate of completion
Government-Certified. Industry-Endorsed. Learner-Approved.
India's largest ASDC-certified EV training organisation — with multi-layer Government of India recognitions, 300+ industry hiring partners, and a 4.8-star verified learner rating.
ASDC Certified
Automotive Skills Development Council, Government of India — recognised by every major auto OEM.
Verified Credential
AICTE NEAT
National Educational Alliance for Technology — AICTE's premium learning ecosystem.
Verified Credential
Ministry of Education
Recognised by Ministry of Education, Government of India, and NITI Aayog.
Verified CredentialOur 50,000+ Alumni Work At
Top OEMs, Tier-1 suppliers, and EV startups hire DIYguru-certified professionals
Placement powered by emobility.careers — India's only EV-specific job portal
What Our Alumni Say
Real feedback from verified learners who completed the programme and moved into EV careers.
"The hands-on workshops and live projects gave me real EV skills. I got placed at Tata Motors within 2 months of certification. The BMS module is especially strong."
"Switched from a mechanical design role to EV powertrain after the course. The curriculum is industry-aligned and mentors are from top EV companies. Totally worth it."
"Best EV training in India, hands down. The placement support through emobility.careers was what actually made the difference. Interviewed at 6 companies, got 3 offers."
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