Certification Course in Hydrogen Fuel Cell Technology for Electric Vehicles
Hydrogen Fuel Cell Technology for Electric Vehicles is a comprehensive course designed to provide an in-depth understanding of hydrogen energy systems and their application in clean mobility. The program covers the complete ecosystem of hydrogen technology—from production, storage, and distribution to the working principles and electrochemistry of fuel cells. Learners will explore the architecture and components of Fuel Cell Electric Vehicles (FCEVs), comparative analysis with hydrocarbon fuels, and the integration of hydrogen powertrains with hybrid and electric systems.
The course also emphasizes safety protocols, regulations, and maintenance practices essential for hydrogen-based vehicles, along with case studies and global trends shaping the future of hydrogen mobility. By the end of the program, participants will gain a strong conceptual foundation to analyze, design, and evaluate hydrogen fuel cell systems.
At a glance
- - 9 Modules
- - 41 Topics
- - 10 Hours
- - Certification of Completion
- - Enrollment validity: Lifetime
- - Access to resources: lecture slides/PPTs, PDF notes, and additional reading material
-
LevelIntermediate
-
Total Enrolled8
-
Duration10 hours
-
Enrollment validityEnrollment validity: Lifetime
-
CertificateCertificate of completion
Course Curriculum
Module 1: Fundamentals of Hydrogen Energy
-
Topic 1.1: Introduction to Hydrogen – The Clean Energy Element
05:36 -
Topic 1.2: Important Characteristics of Hydrogen
09:01 -
Topic 1.3: Sources and Applications of Hydrogen Energy
08:48 -
Topic 1.4: Understanding Hydrogen Types and the Future of Clean Fuel
10:19 -
Topic 1.5: Hydrogen Production, Storage & Distribution
11:43
Module 2: Alternate Fuel Vehicles and Hydrogen Fuel Cell Fundamentals
-
Topoc 2.1: Alternate Fuel Vehicles (AFVs) Market Trends, Impacts & Public Adoption
08:05 -
Topic 2.2: Working Principle of Hydrogen Fuel Cell Electric Vehicles (FCEVs)
17:10 -
Topic 2.3: Construction and Chemical Reactions in Hydrogen Fuel Cells
12:26
Module 3: Architecture and Components of Fuel Cell Electric Vehicles
-
Topic 3.1: Architecture and Working of a Fuel Cell Electric Vehicle (FCEV)
17:25 -
Topic 3.2: Fuel Cell Electric Vehicle Components and Fuel Cell Types
11:34
Module 4: Comparative Analysis of Hydrogen and Hydrocarbon Fuels
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Topic 4.1: Comparative Analysis Hydrogen vs Hydrocarbon Fuels Part 1
05:51 -
Topic 4.2: Comparative Analysis Hydrogen vs Hydrocarbon Fuels Part 2
19:57 -
Topic 4.3: Comparative Analysis Hydrogen vs Hydrocarbon Fuels Part 2
06:26 -
Topic 4.4: Comparative Analysis Hydrogen vs Hydrocarbon Fuels Part 4
13:45 -
Topic 4.5: Comparative Analysis Hydrogen vs Hydrocarbon Fuels Part 5
10:52
Module 5: Working Principles and Electrochemistry of Hydrogen Fuel Cells
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Topic 5.1: Working Principle of Hydrogen Fuel Cell for FCEVs
09:37 -
Topic 5.2: How Hydrogen Fuel Cell Works
08:30 -
Topic 5.3: Electrochemical Reactions in Hydrogen Fuel Cells Explained
18:19 -
Topic 5.4: Design & Working of Flow Field Plates in PEM Fuel Cells
17:23 -
Topic 5.5: Classification of Fuel Cells
10:27 -
Topic 5.6 Fuel Cell EV Powertrain Configurations
15:11
Module 6: Hydrogen Fuel Cell Variants, Safety, and Innovations
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Topic 6.1 Comparison of Fuel Cell Types _ PEM, AFC, PAFC, MCFC & SOFC-VEED.mp4
10:30 -
Topic 6.2: Types of hydrogen fuel cells: DMFC, PEMFC, PAFC
18:14 -
Topic 6.3: Types of hydrogen fuel cells: SOFC, MCFC & Regenerative Fuel Cells
20:07 -
Topic 6.4: Safety Precautions for Hydrogen Fuel
21:18 -
Topic 6.5: Safe Handling and Personal Protective Measures for Hydrogen
14:31 -
Topic 6.6: Hydrogen Fuel Cells: Storage & Distribution Challenges and Cutting-Edge Innovations
25:09
Module 7: Hydrogen Combustion, Fuel Cell Designing & Hybridization Techiques
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Topic 7.1: Hydrogen in Combustion Engines: ICE Working & Hydrogen ICE Explained
24:40 -
Topic 7.2: Hydrogen Combustion Reactions, NOx Emissions & HICE
30:06 -
Topic 7.3: Design and Construction of a Hydrogen Fuel Cell
25:44 -
Topic 7.4: Hydrogen Fuel Cell vs Battery Electric Vehicle: Key Differences
25:44 -
Topic 7.5: Hybridization Techniques in Fuel Cell Electric Vehicle
25:50 -
Topic 7.6: Auxiliary Power Generation Using Hydrogen
13:09 -
Topic 7.7: Fuel Stack Module Design and Construction
09:29
Module 8: Safety, Regulations, and Maintenance of Hydrogen Vehicles
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Topic 8.1: Safety Protocols and Maintenance of Hydrogen Fuel Cell Vehicles
22:20 -
Topic 8.2: Regulations & Guidelines for Hydrogen Vehicles
06:31 -
Topic 8.3: Fuel Cell Engine Safety System
09:15 -
Topic 8.4: Practices in Hydrogen Fueling Infrastructure
12:19
Module 9: Case Studies, Trends, and Future Outlook
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Topic 9.1: Case Studies of Fuel Cell Vehicle Deployment
10:15 -
Topic 9.2: Emerging Trends & Economic Viability of Fuel Cell Technology
15:15 -
Topic 9.3: Integration of Hydrogen Fuel Cells with Renewable Energy & Policy Insights
12:33
Earn a certificate
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Student Ratings & Reviews
Hardware & Software Required
Not Requried
DIY Projects Included
Not Required
Course Benefits
For Professionals:
- Upskill in hydrogen & fuel cell technologies.
- Boost career prospects in the clean energy sector.
- Gain expertise for R&D, manufacturing & infrastructure roles.
- Stay aligned with global hydrogen mobility trends.
For Freshers:
- Build a strong foundation in hydrogen fuel cell systems.
- Get industry-ready skills for FCEV and hydrogen domains.
- Enter emerging job markets in sustainable mobility.
- Enhance employability with future-focused technology skills.
Technical expertise you will gain
• Hydrogen energy fundamentals: production, storage, and clean mobility applications
• Fuel cell basics: electrochemistry, flow-field design, and cell classifications
• FCEV systems: architecture, components, and powertrain configuration
• Hydrogen vs hydrocarbon fuels: efficiency, emissions, and performance comparison
• Hybrid & auxiliary systems: FCEV–BEV integration and hydrogen-based power generation
• Safety & regulations: hydrogen handling, storage protocols, and infrastructure standards
• System integration: controls, diagnostics, and vehicle-level interfacing
• Industry insights: emerging trends, policies, and global hydrogen case studies
• Technical documentation: design reports, testing, and safety protocol preparation
- Automotive & Vehicle Manufacturing (FCEVs)
- Energy & Clean Fuel Systems (Hydrogen production, storage, distribution)
- Research & Development in Hydrogen & Fuel Cell Technologies
- Infrastructure & Mobility Services (Hydrogen refueling stations, hydrogen logistics)
- Systems Integration & Powertrain Engineering (Vehicle + fuel cell + storage)
- Safety, Standards & Compliance in Hydrogen Mobility
- Fuel Cell Design Engineer
- Hydrogen Systems Engineer
- Powertrain Development Engineer
- Hydrogen Safety & Testing Engineer
- Hydrogen Infrastructure Engineer
- Energy Systems Analyst
- R&D Engineer – Hydrogen Technologies
- Sustainability & Energy Transition Consultant
• Hydrogen energy fundamentals—production, storage & applications
• Fuel cell basics – electrochemistry, flow-field design & cell types
• FCEV systems – architecture, components & powertrain
• Hydrogen vs hydrocarbon fuels—efficiency & emissions
• Hybrid & auxiliary systems – FCEV + BEV integration
• Safety & regulations – handling, storage & infrastructure
• System integration – controls & diagnostics
• Industry insights—trends, policies & case studies
• Technical documentation – reports & safety protocols
- Hyundai Motor Company (NEXO Program)
- Toyota Motor Corporation (Mirai Project)
- Tata Motors – Hydrogen ICE & FCEV Division
- Ashok Leyland – Green Mobility & Hydrogen Projects
- Mahindra Electric
- Bosch Hydrogen Systems
- Cummins Hydrogen Technologies
- L&T Energy – Green Hydrogen Division
- Indian Oil Corporation (R&D Hydrogen Division)
- Adani New Industries Ltd. (Green Hydrogen Projects)
- Reliance New Energy Ltd.
Who can take this course?
- Engineering students and fresh graduates interested in hydrogen & EV technologies
- Professionals working in automotive, energy or mobility sectors looking to upskill
- Researchers, system integrators, or technology enthusiasts focused on clean-fuel alternatives
- Anyone wanting to understand the transition from conventional vehicles to hydrogen fuel cell vehicles
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
- - 9 Modules
- - 41 Topics
- - 10 Hours
- - Certification of Completion
- - Enrollment validity: Lifetime
- - Access to resources: lecture slides/PPTs, PDF notes, and additional reading material
-
LevelIntermediate
-
Total Enrolled8
-
Duration10 hours
-
Enrollment validityEnrollment validity: Lifetime
-
CertificateCertificate of completion
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"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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