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4-year PhD fellowship in the Research Programme - Deep Learning-Accelerated Crystallography Pipeline
determination by developing mathematical methods and integrating machine learning into crystallographic workflows. The successful candidate will develop theoretical and computational approaches to improve
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Futures in STEM Programme Officer ( Job Number: 26001053) Science Faculty Office Grade 6: - £31,236 to £37,694 per annum Fixed Term - Full Time Contract Duration: 90 weeks Contracted Hours per Week
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Assistant or Associate Professor in Computational Astrophysics or Cosmology ( Job Number: 26000989) Department of Physics Grade 8/9: - Grade 8 £47,389 - £56,535 per annum Grade 9 £59,966- £67,468
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PhD Studentship: Efficient Long-Horizon Task Execution in Physical AI (deep learning, computer vision, robotics) Number of awards: 1 Award information: Fully funded PhD studentship covering Home
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foundation models and world models enable robots that understand instructions, interpret scenes and generate behaviours. However, most systems require huge datasets, extensive teleoperation, expensive compute
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Research Assistant - Computer Vision and Machine Learning (Visual-AI) ( Job Number: 26000733) Department of Computer Science Grade 6: - £31,236 - £37,694 per annum Fixed Term - Full Time Contract
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your mathematical models and computational results with their complementary experimental wind-tunnel and water-flume data. Leveraging your strong background in high-fidelity simulations and mathematical
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The Role and the Department This is a fixed-term, full-time, externally funded post. External funding has supported the Laidlaw Programme at Durham University for the last 10 years. Given the success
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projects for the ELT. The CEA benefits from our deep, intertwined links to the Institute for Computational Cosmology (ICC), drawing on their world-leading expertise in simulations and high performance
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the statistical theory behind the generation of turbulence and its effect on optical beams, develop software tools to simulate light propagation through the atmosphere, and create new and novel instrumentation