Program Overview
The program takes participants beyond textbook theory into the realities of fuel cell technology and hydrogen ecosystems. It explores the principles, structure, and performance of fuel cells, dives into design and thermodynamic challenges, and unpacks the complexities of hydrogen production, storage, and handling. With global case studies, Indian pilot projects, and simulation-based crisis management, the course enables professionals to critically evaluate opportunities and risks, bridge compliance with innovation, and translate fuel cell potential into executable corporate strategies.
Features
- Understand fundamentals, classification, and performance trade-offs of fuel cells.
- Analyze PEMFC design challenges and thermodynamic efficiency issues.
- Evaluate hydrogen production, storage, safety standards, and infrastructure gaps.
- Apply global and Indian case insights to corporate strategies and risk mitigation.
Target audiences
- Automotive Engineers
- R&D Professionals
- Quality & Compliance Teams
- Sustainability and ESG teams
- Energy sector Specialists
Curriculum
- 9 Sections
- 28 Lessons
- 1 Day
Expand all sectionsCollapse all sections
- Strategic Context of Fuel Cell Technology3
- Fundamentals of Fuel Cells3
- Classification, Advantages & Applications4
- Fuel Cell Stack Design Simulation2
- PEMFC Design & Engineering Challenges3
- Hydrogen Production, Storage & Handling4
- Global & Indian Industry Case Insights4
- Simulation – Hydrogen Supply Chain Crisis Management3
- Action Roadmap2
Instructor
