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Ship design is a mature discipline with a long history of using tried and tested methods, demonstrated by thousands of successful examples in use today. However, the move towards more sustainable
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of plasma deposition systems, in collaboration with Oxford Instruments. Low-temperature plasmas play a critical role in advanced manufacturing, yet their design and control remain challenging. This project
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, the successful candidate will be expected to: Develop a conceptual modelling and digital twin framework for smart remanufacturing systems to enhance decision-making under uncertainty. Design and implement
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jointly learn from images and text, most current systems are still limited in three important ways: they primarily rely on statistical pattern recognition rather than structured clinical reasoning
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. The aim of this project is to design, fabricate, and measure on-chip photonic integrated circuits that are capable of new types of signal-processing, sensing and communications applications. In
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minimal environmental impact. However, their practicability is often limited by suboptimal power management circuits (PMC), which need to be optimised or custom-designed on a case-by-case basis
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Join us in the University of Exeter’s Centre for Metamaterials Research & Innovation – the heart of the UK Metamaterials community. You’ll be part of the £20 million EPSRC MetaHUB – the UK’s largest
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this goal, we will combine new datasets, a deeper process-understanding, sophisticated models and improved experimental design. As part of CLARiTy, this PhD will focus on modelling the impact of degradation
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this goal, we will combine new datasets, a deeper process-understanding, sophisticated models and improved experimental design. As part of CLARiTy, this PhD will focus improving the representation of tropical