Hydrogen Engineering: Electrolyser Fundamentals

Build essential skills for hydrogen electrolyser technology

Hydrogen electrolysers are central to the production of green hydrogen, enabling a cleaner energy future. As global investment in hydrogen expands, engineers and technical professionals need the skills to design, operate, and maintain these systems safely and effectively.

Co-created with engineers and hydrogen specialists, this course addresses key skills gaps for those working in, or transitioning to, hydrogen-related roles. It’s aligned with Engineers Australia’s Area of Practice for Hydrogen, ensuring your learning meets professional expectations and industry standards.

Understand electrolyser principles and processes

Gain a clear understanding of how electrolysers work, from electrochemical fundamentals to the role of renewable energy in hydrogen production. You’ll explore different electrolyser types, their efficiencies, and their suitability for various applications.

Explore design, operation, and safety considerations

Examine the engineering requirements for electrolyser systems, including component design, operational parameters, and maintenance. You’ll learn how to manage hydrogen’s unique properties safely and comply with industry best practices.

Apply your skills to real-world hydrogen projects

Discover how electrolysers are integrated into hydrogen supply chains, from small-scale applications to large industrial projects. Through real-world examples, you’ll see how this technology is powering the transition to cleaner energy.

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 projects who want industry-aligned training in electrolyser technology for safe, efficient, and sustainable hydrogen production.

This course is ideal for engineers, technicians, and professionals working in or moving into hydrogen projects who want industry-aligned training in electrolyser technology for safe, efficient, and sustainable hydrogen production.

• Recall the principles of electrolysis operation.
• Identify and compare the main features of electrolyser technologies.
• Describe key aspects of safety around electrolyser design, construction, commissioning and maintenance.
• Summarise key requirements for successful electrolyser design, construction, commissioning and maintenance