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Field
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reactions, catalyst surfaces and interfaces, reaction mechanisms, activity and selectivity develop reproducible atomistic simulation and high-throughput workflows using Python, ASE and relevant DFT software
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Ling Yap Dr Md Mijanur Rahman Key skills and experience required: A PhD in Biostatistics, Epidemiology, Data Science, or related discipline and/or relevant work experience Have contributed to competitive
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computational methods for analysing spatial omics data work with interdisciplinary collaborators to apply methods to real biological data and interpret results contribute to the supervision and mentoring of PhD
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industry-standard electromagnetic simulation software. Develop additively manufactured and 4D-printed antenna prototypes, including the preparation and optimisation of fabrication processes. Conduct
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appropriate maintain accurate research records and comply with laboratory safety and regulatory requirements collaborate effectively with multidisciplinary research teams and external partners About you a PhD
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systems modelling, or research software development ability to develop, implement, test, and benchmark computational methods ability and interest in conducting interdisciplinary research and working
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capability in quantum computing, data-driven modelling, infrastructure systems, computational optimisation, simulation, probabilistic methods, or related areas. This project is part of an ambitious research
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capability in quantum computing, data-driven modelling, infrastructure systems, computational optimisation, simulation, probabilistic methods, or related areas. This project is part of an ambitious research
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and antenna components using industry-standard electromagnetic simulation software. Develop additively manufactured and 4D-printed antenna prototypes, including the preparation and optimisation
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leading journals and conferences. About you · a PhD in Materials Science and Engineering, Physics, Materials Characterisation, Computational Materials Science, or a closely related discipline