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the development of new computational methods and their application on high-performance computers are preferred. Completed technical or scientific doctoral studies in the field of solid state physics or chemical
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A postdoctoral research associate is sought to develop high¿throughput platforms for rapid optimisation of low¿temperature electrolysers. Electrolysers offer a route to produce vital feedstocks
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A postdoctoral research associate is sought to develop high‑throughput platforms for rapid optimisation of low‑temperature electrolysers. Electrolysers offer a route to produce vital feedstocks
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of monolithic High Voltage CMOS sensor chips for operation in high-rate and high-radiation environments; Design and qualification of off-chip electronics; Commissioning and operation of precision assembly
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) Experience working with high-performance computing environments and managing research data and computational resources A strong publication record (e.g. peer-reviewed publications or preprints) demonstrating
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postdoctoral researcher to develop and deploy coupled X-ray computed laminography and X-ray diffraction methods for non-destructive 3D analysis of solid-state battery pouch cells. The role is embedded within
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learning, statistical, spatial and temporal modelling approaches to understand mental health need, crisis trajectories, service entry patterns, and system performance across rural, coastal, and small urban
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studies coding transcripts which may include developing high-quality code for data preparation and data analysis using commonly used computer languages carrying out descriptive data work including
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modelling or plasma-assisted combustion tools (e.g. ZDPlasKin), reacting flow solvers (e.g. Cantera), or CFD platforms (e.g. OpenFOAM) would be advantageous. Experience in high-performance computing, or non
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scalable synthesis of entire genomes with precision. Second, we must understand what to write - determining which DNA sequences will generate biological systems that perform the desired functions. Addressing