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, environmental research, and open-source software development. You'll contribute to tools and knowledge that directly inform how we monitor and respond to some of the planet's most pressing environmental
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decisions with auditable decision logs, and reusable software modules suitable for utility integration. Research objectives Build and validate physics-informed graph surrogate models for sewer network states
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. The project will focus on the design, synthesis, and optimisation of novel materials capable of efficient proton or oxygen-ion conduction, depending on the targeted device architecture. Candidate materials may
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-generation communications, and much more. Yet the field is still in its infancy. There are exciting prospects, but equally many problems to solve, new architectures to explore, and new applications to discover
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into lightweight, deployable VLMs without sacrificing performance. The research will explore architectures that integrate medical images and clinical text while remaining parameter-efficient through modern