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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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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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humidity ranges. By exploiting advances in materials design, it is possible to tailor ionic transport properties while maintaining structural integrity under demanding electrochemical environments
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impervious surfaces have increased sewer overflows that contaminate ecosystems, threaten public health, and breach environmental regulations. Infrastructure designed for historical rainfall regimes can no
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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 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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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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. 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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underestimate the health risk. It is therefore not surprising that most health early warning systems are designed for either temperature extremes or air pollution but not their synergy. At the same time, there is
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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