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microwave circuits, antennas and antenna systems for CubeSat and related space applications. Undertake full-wave electromagnetic simulation and numerical modelling of microwave and antenna components using
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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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to: Design, model and optimise microwave circuits, antennas and antenna systems for CubeSat and related space applications. Undertake full-wave electromagnetic simulation and numerical modelling of microwave
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David Levinson , the successful candidate will contribute to the development of hybrid quantum-classical modelling approaches that support improved analysis, simulation, optimisation, and decision making
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of hybrid quantum-classical modelling approaches that support improved analysis, simulation, optimisation, and decision making under uncertainty. The role will suit a researcher with strong technical
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of hybrid quantum–classical modelling approaches that support improved analysis, simulation, optimisation, and decision making under uncertainty. The role will suit a researcher with strong technical
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modelling to support device design and interpretation of experimental results, using COMSOL, ANSYS Fluent or equivalent tools. Process simulation or techno-economic assessment using Aspen Plus, Aspen HYSYS
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modelling to support device design and interpretation of experimental results, using COMSOL, ANSYS Fluent or equivalent tools. Process simulation or techno-economic assessment using Aspen Plus, Aspen HYSYS
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Fluent or equivalent tools. Process simulation or techno-economic assessment using Aspen Plus, Aspen HYSYS or equivalent approaches. Automated experimental testing, instrument control or data acquisition
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concepts based on astrophotonic technologies (including the photonic lantern and photonic integrated optics), by way of computer simulations, laboratory prototyping and on-sky testing perform detailed