PhD in Artificial Intelligence

PhD Studentship: SURVAI – Smart Urban Representation for Visual AI Infrastructure Management/nThe project: How can we build AI systems that understand entire cities, from satellite height to street level, with sub-metre precision? This PhD will develop next-generation foundation-model-driven urban perception systems that fuse: high-resolution satellite imagery, aerial data, street-level imagery (e.g., Mapillary / survey data), LiDAR and 3D spatial data./nThe goal: create scalable, intelligent mapping tools that support smarter, greener infrastructure planning for one of the UK’s largest telecom providers. You will work at the frontier of: Vision-Language Models (VLMs)/nGenerative AI and multimodal foundation models/nWeak supervision and open-set recognition/nMulti-modal sensor fusion across viewpoints and times/nRobust AI under seasonal and environmental variation/nSub-metre geospatial reasoning/nThis is an opportunity to help define how Generative AI transforms national infrastructure management./nAcademic Environment: This studentship is based at the Centre for Vision, Speech and Signal Processing (CVSSP). CVSSP is:/nThe largest UK research centre in its field/nRanked 1st in the UK for Computer Vision research (csrankings.org)/nHome to world-leading research in computer vision, AI, multimodal learning, and robotics/nYou will join a vibrant and tightly knit team of more than 10 other researchers working on a range of cutting-edge research including, Generative world models, Event-based vision, Multispectral perception, 3D Gaussian Splatting and Industrial AI deployment. The team provides extensive mentoring and peer-support, as well as ample opportunity for collaborative projects./nIndustrial Collaboration: This project is delivered in close collaboration with British Telecom Research. BT relies on accurate environmental data to plan and maintain national digital infrastructure. Inaccurate mapping increases planning costs, project timelines and disruption to its operations and communities./nYou will be co-supervised by an industrial expert in Network Optimisation and AI from BT Research ensuring that your work retains industrial relevance and real-world impact. This will also support access to data and operational datasets, direct engagement with engineers and potential routes into post-PhD research roles./nWhy apply?: This project gives you the chance to:/nWork with cutting-edge multimodal foundation models/nDevelop scalable AI for real cities/nPublish high-impact research/nCollaborate with a major UK infrastructure provider/nContribute to smarter, greener network deployment/nBe part of a large, supportive PhD cohort/nShape the future of infrastructure AI/nSupervisors: Dr Simon Hadfield and Carla Di Cairano-Gilfedder/nEntry requirements: Open to candidates who pay UK/home rate fees. See UKCISA for further information. Starting in October 2026. Later start dates may be possible, please contact Dr Simon Hadfield once the deadline passes./nYou will need to meet the minimum entry requirements for our PhD programme./nWe are looking for a highly motivated candidate with a strong background in CV/ML/AI. If you are excited about pushing the boundaries of Vision-Language AI for solving real-world problems and bettering people’s lives, we would love to hear from you!/nHow to apply: Applications should be submitted via the Vision, Speech and Signal Processing PhD programme page./nIn place of a research proposal, you should upload a document stating the title of the project that you wish to apply for and the name of the relevant supervisor./nFunding: Fully and directly funded for this project only - ~25% enhanced EPSRC stipend (~£25,000 tax free, rising annually). Funding is for 4 years./nApplication deadline: 1 May 2026/nEnquiries: Contact Dr Simon Hadfield/nRef: PGR-2526-053