42 postdoc-in-thermal-network-of-the-physical-building PhD positions at Newcastle University
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. This project will suit applicants interested in energy systems, modelling and the decarbonisation of marine transport. The project is part of the Process Industries: Net Zero (PINZ) Centre for Doctoral
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PhD Studentship - Process Industries: Net Zero CDT: Lifecycle & Systems Modelling of Future Marine Fuels and Engine Systems Award Summary 100% fees (UK home only), a minimum tax-free annual living
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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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PhD Studentship - Process Industries: Net Zero CDT: Advanced Process Intensification Strategies for Chemical and Catalytic Reactions Using Taylor–Couette Reactor Technology Award Summary 100% fees
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PhD inA chess-computing analogy for resilience decision support of electricity networks. Award Summary 100% fees covered, and a minimum tax-free annual living allowance of £20,780 (2025/26 UKRI rate
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on massive networks of heterogeneous devices operating in complex, dynamic environments. However, traditional fault tolerance mechanisms struggle to manage the runtime uncertainties and diverse failure modes
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PhD in Informatics for Vibration Risk and Habitability Resilience in Sustainable Building Design Award Summary 100% fees covered, and a minimum tax-free annual living allowance of £20,780 (2025/26
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Award Summary 100% home fees covered, and a minimum tax-free annual living allowance of £21,805 (2026-27 UKRI rates) Overview 6G networks are expected to enable ultra-low latency communication and
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, this PhD project aims to: (i) develop physics-informed machine learning (PIML) approaches to construct surrogate models of deep geothermal systems that accurately reproduce the behaviour of high-fidelity
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of the CDT in Process Industries: Net Zero . Taylor–Couette technology exploits the controlled vortices formed between concentric rotating cylinders to generate intense, well-defined shear and mixing