Certification Course in Hydrogen Fuel Cell Technology for Electric Vehicles
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Module 1: Fundamentals of Hydrogen EnergyTopic 1.1: Introduction to Hydrogen – The Clean Energy Element5m 36sTopic 1.2: Important Characteristics of Hydrogen9m 1sTopic 1.3: Sources and Applications of Hydrogen Energy8m 48sTopic 1.4: Understanding Hydrogen Types and the Future of Clean Fuel10m 19sTopic 1.5: Hydrogen Production, Storage & Distribution11m 42s
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Module 2: Alternate Fuel Vehicles and Hydrogen Fuel Cell Fundamentals
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Module 3: Architecture and Components of Fuel Cell Electric Vehicles
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Module 4: Comparative Analysis of Hydrogen and Hydrocarbon FuelsTopic 4.1: Comparative Analysis Hydrogen vs Hydrocarbon Fuels Part 15m 51sTopic 4.2: Comparative Analysis Hydrogen vs Hydrocarbon Fuels Part 219m 56sTopic 4.3: Comparative Analysis Hydrogen vs Hydrocarbon Fuels Part 26m 26sTopic 4.4: Comparative Analysis Hydrogen vs Hydrocarbon Fuels Part 413m 45sTopic 4.5: Comparative Analysis Hydrogen vs Hydrocarbon Fuels Part 510m 51s
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Module 5: Working Principles and Electrochemistry of Hydrogen Fuel CellsTopic 5.1: Working Principle of Hydrogen Fuel Cell for FCEVs9m 37sTopic 5.2: How Hydrogen Fuel Cell Works8m 29sTopic 5.3: Electrochemical Reactions in Hydrogen Fuel Cells Explained18m 18sTopic 5.4: Design & Working of Flow Field Plates in PEM Fuel Cells17m 22sTopic 5.5: Classification of Fuel Cells10m 27sTopic 5.6 Fuel Cell EV Powertrain Configurations15m 10s
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Module 6: Hydrogen Fuel Cell Variants, Safety, and InnovationsTopic 6.1 Comparison of Fuel Cell Types _ PEM, AFC, PAFC, MCFC & SOFC-VEED.mp410m 29sTopic 6.2: Types of hydrogen fuel cells: DMFC, PEMFC, PAFC18m 14sTopic 6.3: Types of hydrogen fuel cells: SOFC, MCFC & Regenerative Fuel Cells20m 7sTopic 6.4: Safety Precautions for Hydrogen Fuel21m 18sTopic 6.5: Safe Handling and Personal Protective Measures for Hydrogen14m 31sTopic 6.6: Hydrogen Fuel Cells: Storage & Distribution Challenges and Cutting-Edge Innovations25m 9s
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Module 7: Hydrogen Combustion, Fuel Cell Designing & Hybridization TechiquesTopic 7.1: Hydrogen in Combustion Engines: ICE Working & Hydrogen ICE Explained24m 40sTopic 7.2: Hydrogen Combustion Reactions, NOx Emissions & HICE30m 6sTopic 7.3: Design and Construction of a Hydrogen Fuel Cell25m 44sTopic 7.4: Hydrogen Fuel Cell vs Battery Electric Vehicle: Key Differences25m 44sTopic 7.5: Hybridization Techniques in Fuel Cell Electric Vehicle25m 50sTopic 7.6: Auxiliary Power Generation Using Hydrogen13m 9sTopic 7.7: Fuel Stack Module Design and Construction9m 29s
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Module 8: Safety, Regulations, and Maintenance of Hydrogen Vehicles
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Module 9: Case Studies, Trends, and Future Outlook
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.
What's included
- - 9 Modules
- - 41 Topics
- - 10 Hours
- - Certification of Completion
- - Enrollment validity: Lifetime
- - Access to resources: lecture slides/PPTs, PDF notes, and additional reading material