The Position * The MEA Scientist will be responsible for scientific R&D initiatives focused on membrane electrode assemblies (MEAs). * Performing electrochemical testing of commercial MEAs, catalysts, and materials, with detailed analysis of results. * Preparing technical reports and presenting findings to the wider team. * Investigating performance and failure mechanisms, including the design and testing of accelerated stress tests (ASTs). * This is a hands-on laboratory-based role within a small, dynamic team. Duties & Responsibilities * Lead research on advanced materials, catalysts, and membranes for PEM electrolysers. * Design and execute experiments to improve performance, efficiency, and durability of electrolyser components. * Collaborate with engineering teams to scale laboratory findings into pilot and commercial systems. * Analyse experimental data, generate technical reports, and present findings to stakeholders. * Stay at the forefront of scientific literature and emerging technologies in electrochemistry, catalysis, and renewable hydrogen production. * Contribute to patent filings, publications, and funding proposals. * Support cross-disciplinary projects involving system integration, balance-of-plant optimisation, and techno-economic assessments. * Managing research projects, including budget and timeline management. Person specification Knowledge * PhD or related industrial experience in chemistry, materials science, electrochemistry, or a related field. * Familiarity with risk assessment and COSHH processes. * Knowledge of manufacturing processes for electrodes, MEAs. * Expertise in catalyst design, electrode/MEA development, or electrochemical testing methods. * Track record of scientific contributions (publications, patents, or technical breakthroughs) is desirable. Skills * Proven ability to translate research into practical applications. * Strong project management skills. * Self-starter and independent thinker, with strong attention to detail. * Ability to build and manage a team as business grows is desirable. * Able to work independently and in a team environment. Experience * Experience securing external funding (e.g., grants, partnerships). * Experience with scaling electrochemical technologies from lab to pilot scale. * Hands-on experience with characterisation tools (e.g., cell testing, 3-electrode electrochemical testing, or electrochemical impedance spectroscopy). * Postdoctoral or industrial R&D experience in electrolysis, fuel cells, or related electrochemical technologies would be beneficial. * Experience working in collaborative, multidisciplinary environments. Applications close: Wednesday 1 October 2025. Informal online conversations: Week commencing 13 October 2025. In person interviews in Bristol: Weeks commencing 20 & 27 October 2025