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We have 30 Computer Science PhD Projects, Programmes & Scholarships in Oxford

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Computer Science

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Oxford  United Kingdom

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Computer Science PhD Projects, Programmes & Scholarships in Oxford

We have 30 Computer Science PhD Projects, Programmes & Scholarships in Oxford

DPhil studentship (industry co-funded) - Decentralised arbitration: crowdsourcing judgements in dispute resolution

Introduction. This is a DPhil studentship that is part-funded by Kleros, who develop online blockchain-based systems for dispute resolution, in which settlements of disputes are crowdsourced from multiple users. Read more

Fully funded EPSRC CDT in Autonomous Intelligent Machines & Systems

10-12 fully funded 4-year studentships available. Applications for September 2025 are now OPEN. Deadlines. 12:00 midday UK time on Wednesday 29 January 2025. Read more
Last chance to apply

Uncertainty-aware safe leak mapping for industrial inspection

This studentship is offered by the EPSRC Centre for Doctoral Training in Robotics and Artificial Intelligence for Net Zero (RAINZ CDT) which is a partnership between three of the UKs leading universities (University of Manchester, University of Glasgow and University of Oxford). Read more
Last chance to apply

Planning for Robust Action for Autonomous Vehicles Under Epistemic Uncertainty

This studentship is offered by the EPSRC Centre for Doctoral Training in Robotics and Artificial Intelligence for Net Zero (RAINZ CDT) which is a partnership between three of the UKs leading universities (University of Manchester, University of Glasgow and University of Oxford). Read more
Last chance to apply

Learning Robust World Models for Autonomous Robotic Maintenance of Net Zero Energy Infrastructure

This studentship is offered by the Robotics and Artificial Intelligence for Net Zero Centre for Doctoral Training (RAINZ CDT) which is a partnership between three of the UKs leading universities (University of Manchester, University of Glasgow and University of Oxford). Read more

Mechanistic modelling of hydrogen-material interactions

Oxford’s Mechanics of Materials Lab is seeking a PhD (DPhil) student to develop a new generation of mechanistic models to understand the fatigue crack initiation behaviour of metals in hydrogen environments. Read more

Using earthquakes to constrain stress in the Earth

The magnitude and orientation of stress in the Earth determine how the Earth deforms. It is a first-order feature that one must quantify when considering loads on the Earth’s surface, flow within the Earth’s crust and mantle, or the nucleation and rupture of earthquakes. Read more

Towards a holistic understanding of carbonate mineralisation controls

Calcium-carbonates (CaCO. 3. ) are climate-controlling minerals, acting as long-term sinks in the biogeochemical carbon cycle, and playing the role of stable carbon stores in many carbon capture, utilisation and storage (CCUS) technologies. Read more

Solving mid mantle mysteries using seismology, geodynamics and mineral physics

The structure of the crust and near-surface of the Earth is relatively well known based on geological and geophysical observations, whereas seismological observations are needed to infer the deeper structure of our planet. Read more

Seismic noise sources and background seismicity in London

Local geology and seismic hazards are generally investigated through the analysis of seismic data. In urban environments, estimating back-ground seismicity and seismic imaging is complicated by high levels of anthropogenic seismic noise, i.e. Read more

Robustly imaging mantle upwellings under isolated oceanic islands

Mantle upwellings link the deep mantle to the surface and regulate Earth’s outgassing and internal temperature, which is a fundamental control on the atmosphere and our planet’s habitability. Read more

Retreating glaciers and carbon-cycle feedbacks

Ongoing climate change is causing profound change to the cryosphere. In particular, rising temperatures and changing ice-melt and precipitation patterns drive glacier retreat, exposing new land surfaces to the atmosphere and changing the pathways and residence times of water beneath glacial systems (Moon et al., 2018). Read more

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