• List the six major dangerous properties of hydrogen and identify the applicable safety mechanisms for an acceptable safety integrity level (SIL).
• Define the three hazardous zones and understand their implications to safety compliance.
• Describe current best industry practices to enhance safety, efficiency, cost effective operation, simplified system designs, and reliability.
• Generalise the full balance of plant of an advanced, Megawatt scale PEM Electrolyser and name pressure categories of systems.
• Understand the electrochemical operation of a PEM Electrolyser Cell/ Stack and describe advanced design characteristics and industry standards of reliable stacks.
• Distinguish purpose of and operation of the Water Purification System including water conductivity requirements.
• Gain detailed knowledge of the dryer and deoxidiser, including other parts of the gas handling system and pressure control.
• Analyse the make-up of the DC Power Supply Unit including voltage and current levels.
• Differentiate the control system for automated generation and enhanced safety.

• Chemical and Electrical Engineers who involve in chemical and electrical engineering.
• Process Engineers specialising in process engineering can enhance their knowledge of the specific processes involved in PEM electrolysis, optimising efficiency and performance.
• Design Engineers who  involve in the design of electrochemical systems.
• Validation Engineers who  responsible for validating and ensuring the reliability and performance of PEM electrolysis systems.
• EC&I Engineers (Electrical, Control, and Instrumentation) who specialise in electrical, control, and instrumentation aspects.
• Project Engineers and Manager who involve in the planning, execution, and monitoring of projects related to hydrogen production.
• Commissioning Engineers who responsible for commissioning and bringing PEM electrolysis systems into operation.
• Test Engineers and Technicians who involve in testing and troubleshooting the performance of PEM electrolysis systems
• Maintenance Engineers are who responsible for the upkeep and optimal functioning of PEM electrolysis systems.
• Researchers who are in the fields of electrochemistry, energy, and related disciplines.
• Environmental Scientists who concern with environmental sustainability and clean energy solution.
• Renewable Energy Professionals who work in the renewable energy sector, especially those dealing with hydrogen production and storage.
• Industry Professionals who work in industries related to hydrogen production, fuel cells, clean energy technologies, sustainable energy initiatives or those involve in technologies related to hydrogen production and storage.

• Basic
• Intermediate

• Course material will be provided for future reference.
• Each topic begins with a statement of the intended learning outcome (LO).
• Activities such as quizzes, videos and assessment will be incorporated.

With over 6 years of specialization in Proton Exchange Membrane (PEM) electrolysis, he has earned recognition as a hydrogen engineering expert. His unparalleled industry experience powers innovations that are driving down costs and catalysing the green hydrogen economy. Having designed and deployed some of the largest electrolysis systems, he possesses extensive operational expertise across the entire project lifecycle – from conceptual design to commissioning fully integrated MV-scale plants. He has been instrumental in enhancing reliability, efficiency, and safety across generations of electrolyser technology.

As an inspiring instructor, he has trained many professionals worldwide through comprehensive courses tailored to equip trainees with cutting-edge expertise in PEM. His training programs have become a catalyst for upskilling corporations to thrive in the hydrogen future. With a passion for empowering others, he continues to shape the next generation of clean hydrogen experts. His pioneering contributions are accelerating the global transition to sustainable energy. Backed by industry experience and technical excellence, he is an expert in electrolysis.

After completing his engineering education, he worked his way up in the electrolyser manufacturer (ITM), rather than in an academic setting. This is because electrolysis is such an emerging technology at industrial sectors. However, to give back to alma mater, he has worked by providing content, involved in material development and provides industrial experience with the University of Sheffield, Brunel University London, and the AMRC. Furthermore, he conducted highly technical training on electrolysis equipment to support people and enable business growth at ITM Power. The results were astounding, and the teams have reportedly reduced their training time by up to 50%, improved productivity, and eased the burdens of team leaders.

To further optimise your learning experience from our courses, we also offer individualized “One to One” coaching support for 2 hours post training. We can help improve your competence in your chosen area of interest, based on your learning needs and available hours. This is a great opportunity to improve your capability and confidence in a particular area of expertise. It will be delivered over a secure video conference call by one of our senior trainers. They will work with you to create a tailor-made coaching program that will help you achieve your goals faster. Request for further information post training support and fees applicable