Hydrogen Engineering: Production, Storage & Fuel Cell System

From Green Hydrogen Production and Storage to PEM Fuel Cell Design and Real-World Applications

What you’ll learn
Understand hydrogen as an energy system, not just a fuel, including production, storage, and fuel cell integration.
Identify why fuel cells fail in real life and how engineers diagnose membrane, catalyst, and GDL problem
Analyze hydrogen purification, compression, and storage challenges for real mobility and industrial applications.
Explain green, blue, and grey hydrogen pathways with real efficiency, cost, and emission numbers used in industry.

Requirements
Engineering students, diploma holders, and working professionals will benefit the most.
No prior experience in hydrogen or fuel cells is required .concepts are explained from first principles.
Interest in clean energy, electric mobility, or future energy systems is recommended.

Description
Hydrogen is not just a fuel — it is a complete energy system.

Most courses explain hydrogen only as a concept or future idea.

This course teaches hydrogen the way engineers actually design, analyze, and use it in real-world systems.

This course is created for students and professionals who want to go beyond hype and understand hydrogen with clarity, realism, and engineering depth. Instead of oversimplified explanations, you will learn about hydrogen’s efficiency losses, safety challenges, material limitations, and system-level trade-offs that engineers deal with in practice.

You will not just learn what hydrogen is.

You will learn why hydrogen is used, where it fails, and how engineers make it work despite those challenges.

The course covers the full hydrogen ecosystem, including

Green, blue, and grey hydrogen production pathways

Electrolysis and fossil-based hydrogen processes

Hydrogen purification, compression, and storage challenges

PEM fuel cell fundamentals and working principles

Key components such as membranes, catalyst layers, and gas diffusion layers

Real efficiency losses, degradation mechanisms, and failure modes

Comparison of hydrogen systems with batteries and fossil fuels

This course is structured like a professional engineering learning path, starting from fundamentals and moving toward real-world applications and system thinking.

Important note

This course is continuously updated. New lessons, deeper modules, and advanced topics are added over time, and all updates are available to enrolled students at no extra cost.

If you want an honest, practical, and engineering-focused understanding of hydrogen, this course is for you.

Who this course is for
Engineering students (mechanical, electrical, chemical, automotive, energy) who want real hydrogen knowledge beyond theory. Professionals working or planning to work in hydrogen, fuel cell, EV, or clean energy industries. Researchers and postgraduate students looking to understand practical fuel cell systems and real-world limitations. Startup founders and innovators exploring hydrogen production, storage, or fuel cell-based products. Anyone who wants to understand why hydrogen is used despite efficiency losses, explained clearly and honestly.
Professionals working or planning to work in hydrogen, fuel cell, EV, or clean energy industries.
Researchers and postgraduate students looking to understand practical fuel cell systems and real-world limitations.
Startup founders and innovators exploring hydrogen production, storage, or fuel cell-based products.
Anyone who wants to understand why hydrogen is used despite efficiency losses, explained clearly and honestly.