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working in different areas of aerospace and aeronautics, covering the entire spectrum of fidelity levels. The candidate should have or be close to completing a PhD in aerospace engineering (or equivalent
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the project “Silencing the noise in quantum circuits by a Quantum fluid Bath – SQuBa”, a joint project between the Quantum Technology Department at the National Physical Laboratory (NPL) and the Centre
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role in the project “Silencing the noise in quantum circuits by a Quantum fluid Bath – SQuBa”, a joint project between the Quantum Technology Department at the National Physical Laboratory (NPL) and the
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. This will be a key role in the project “Silencing the noise in quantum circuits by a Quantum fluid Bath – SQuBa”, a joint project between the Quantum Technology Department at the National Physical Laboratory
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in the project “Silencing the noise in quantum circuits by a Quantum fluid Bath – SQuBa”, a joint project between the Quantum Technology Department at the National Physical Laboratory (NPL) and the
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PhD, (or about to obtain), in a relevant area (e.g., astrodynamics, engineering, applied maths or physics) and have experience with astrodynamics and/or autonomous navigation (e.g. optical navigation
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technology. The candidate will join a team of seven investigators at Royal Holloway, where this post will be based, and RHUL/NPL joint PhD students. Royal Holloway is a partner in the Oxford-led QCI3 Quantum
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technology. The candidate will join a team of seven investigators at Royal Holloway, where this post will be based, and RHUL/NPL joint PhD students. Royal Holloway is a partner in the Oxford-led QCI3 Quantum
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processes. Main Duties The main responsibilities of the post holder will include: Process design, simulation and optimisation for pre-pilot and pilot-scale plants based on the novel PeroCycle technology for
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) to: Design models integrating fluid properties, substrate interactions, and process parameters. Collaborate with experimentalists and industry engineers to bridge simulation and real-world application. Publish