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collaborative interactions with both other experimentalists as well as computational chemists in working with catalysts and understanding the phenomena related to electrolysis. The work will take
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, particularly with diagnostic development. Familiarity with fusion devices (tokamaks/stellarators). Knowledge of signal processing techniques for high-bandwidth data. Experience with computational modeling (e.g
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the results in high quality scientific conferences/journals. Supporting the team in securing external funding. Contributing to the project CAPeX deliverables. Participation in ongoing and future research
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responsibilities We expect you to hold a master’s degree in computer science, social data science, or a closely related field, and to have at least one year of relevant work experience. Fluency in English and
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setups (cryostats, superconducting detectors). Experience in cleanroom nanofabrication workflows, especially e‑beam lithography or dry etching. Knowledge of quantum information science or hybrid quantum