Design, Development and Operation of Proton Exchange Membrane (PEM) Stack – Precision Engineering for Sustainable Energy

• Explain the principles in detail of PEM stack operation and the overall energy conversion process.
• Describe in detail all components and their purpose, which make up an industry standard PEM electrolyser stack, including required electrochemical characteristics.
• Evaluate key design parameters that influence the performance of PEM stack.
• Assess and interpret all significant performance metrics of PEM stack.
• Recognise and apply essential safety protocols related to the operation and maintenance of PEM stack.
• Gain hands on experience in building PEM electrolyser stack and in conducting testing and validation of PEM stack.
• Consider the relationship between reliability and efficiency/cost.
• Overcome reliability problems which plague all large scale PEM electrolysis and the most advanced PEM electrolyser manufacturers/clients.

• Chemical Engineers involve in optimise chemical processes within the PEM system focusing on reaction efficiency and power utilisation.
• Mechanical Engineers participate in design of the mechanical aspects of the systems.
• PEM Electrolysis Engineers or Electrolysis Engineers that design and develop the PEM system, focusing on improving efficiency and performance.
• Energy Systems Engineers responsible for integrating the system into larger energy systems, ensuring optimal power utilisation and system efficiency.
• Quality Control Engineers accountable for ensuring PEM systems and components to meet quality standards and performance specifications.
• Environmental Engineers function to assess and mitigate environmental impacts to promote sustainable practices.
• R&D Specialists and Product Development Engineers work to develop new products and improve existing ones to meet market demands.
• Material Scientists involve in developing and testing new materials for membranes, catalysts, and other components to enhance PEM performance.
• Operations Managers who manage the operation of the PEM electrolyser systems, ensuring they run efficiently and effectively.

• Intermediate
• Advanced

• 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.

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