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stormwater) are a sustainable solution, but their long-term performance often suffers due to generic design approaches that overlook plant ecology and the interaction with soil structure development. This PhD
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storms, putting drainage systems under pressure. Rain gardens (vegetated basins that manage stormwater) are a sustainable solution, but their long-term performance often suffers due to generic design
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scientists at Newcastle University and PuriFire as part of the EPSRC PINZ (Process Industries: Net Zero) Centre for Doctoral Training in: Reactor design optimisation: contribute to the design of the UK’s
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. Robust reservoir-scale modelling is therefore essential for predicting system performance and informing design and operational decisions. Leveraging geological, hydrological, and thermal models developed
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public-key cryptographic schemes (e.g., RSA and ECC), creating an urgent need for quantum-safe security solutions. This PhD project will investigate the design and evaluation of quantum-safe security
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learning to quantify uncertainty and forecast potential faults. c) Trustworthy Autonomous Recovery: Autonomous self-healing must be verifiable; this challenge is met by designing AI-driven decision engines
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(2025/26 UKRI rate). Overview The project aims to design and optimise new warheads for the modification of lysine. Targeted covalent inhibitors (TCIs) have vast potential to open new therapeutic avenues
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diagnostic innovation. This PhD is a great opportunity for anyone interested in applied research, molecular biology, plant science, and working closely with a large UK life science company. You will be
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promising technologies for real-world application. The outcomes therefore contribute to UK biosecurity and inform diagnostic innovation. This PhD is a great opportunity for anyone interested in applied
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Training , and is sponsored by the Maritime Research and Innovation consortium (MarRI-UK) and Babcock International . Number of awards: 1 Start date: 1st October 2026 Award duration: 4 years Sponsor: EPSRC