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neutral-atom quantum simulator. The post holder will interact with international collaborators to develop new algorithmic approaches to minimising the effects of first and second order phase transitions in
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Jeevartnam’s supervision. The successful applicant will join an interdisciplinary team at Surrey and will be primarily engaged in a project aiming to develop computational algorithms for the prediction
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hydrogen flow in zero-emission aircraft. This involves designing and optimising electromagnetic actuators, developing power electronic circuits, and implementing control algorithms. You will engage in
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team under Prof Jeevartnam’s supervision. The successful applicant will join an interdisciplinary team at Surrey and will be primarily engaged in a project aiming to develop computational algorithms
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electromagnetic actuators, developing power electronic circuits, and implementing control algorithms. You will engage in advanced modelling, simulation, prototype development, and validation to support the
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fundamental research protecting data quality and AI algorithm learning when subjected to cyber attacks in Edge Computing environments. At the Edge AI Hub, you will join an internationally renowned and multi
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for predicting, controlling, and optimising supply chains and service chains, (ii) develop analysis methods using reachability analysis, randomisation tools and other computation aware algorithm providing safety
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. This involves designing and optimising electromagnetic actuators, developing power electronic circuits, and implementing control algorithms. You will engage in advanced modelling, simulation, prototype
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, developing power electronic circuits, and implementing control algorithms. You will engage in advanced modelling, simulation, prototype development, and validation to support the engineering efforts
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modelling for the analysis of biochemical processes. In this role, you will develop mathematical models and algorithms for the analysis of biopharmaceutical manufacturing processes with a focus on formal