Hydrogen Engineering: Fuel Cell Fundamentals

Master the principles and potential of fuel cell technology

Fuel cells are a key clean energy technology, offering efficient, low-emission power solutions for a range of industries. As demand for sustainable energy grows, engineers and technical professionals need to understand the science and practical applications of this technology.

Co-created with engineers and hydrogen specialists, this course equips you with the core knowledge and practical insights needed to work with fuel cell systems confidently. It’s designed to align with Engineers Australia’s Area of Practice for Hydrogen, ensuring your skills meet recognised professional standards.

Understand how fuel cells work

Explore the fundamental science behind fuel cells, from electrochemical principles to the role of hydrogen in energy conversion. Learn about different fuel cell types, their components, and how they generate clean electricity.

Explore design, operation, and safety considerations

Examine the engineering and operational requirements for fuel cell systems. Understand performance factors, maintenance needs, and how to manage safety risks when working with hydrogen-powered applications.

Apply your skills to real-world energy solutions

Discover the diverse applications of fuel cells across sectors such as transport, industry, and stationary power. By the end of the course, you’ll have the knowledge to contribute to fuel cell projects and prepare for further professional recognition.

You’ll walk away ready for a microcredential through Engineering Education Australia. Further proof of your professional expertise in hydrogen handling.

This course is ideal for engineers, technicians, and professionals working in or moving into hydrogen and fuel cell projects, seeking industry-aligned skills to support safe, efficient, and sustainable energy solutions.

This course is ideal for engineers, technicians, and professionals working in or moving into hydrogen and fuel cell projects, seeking industry-aligned skills to support safe, efficient, and sustainable energy solutions.

• Describe hydrogen fuel cell principles of operation
• Compare fuel cell technologies for different applications
• Identify the main considerations for design and specification of fuel cells.