UKRI Centre for Doctoral Training in Artificial Intelligence, Machine Learning & Advanced Computing


The Postgraduate in Artificial Intelligence Link (PAI-Link) brings together PhD students in Machine Learning, Artificial Intelligence and Data Science across the country.

photo with all students, decorative
Cardiff September 2023

2023 cohort

Name University Project Title Theme Supervisor(s)
James Brimer Aberystwyth Anytime analysis for dynamic optimisation problems T3 Thomas Jensen
Seb Gregory Dal Toé Aberystwyth Multi-objective neuroevolution for energy efficient Deep Learning T3 Bernard Tiddeman
Nikola Nikolov Aberystwyth Analysing behaviour patterns to predict increasing risk of accidents in elderly T2 Patricia Shaw
Glory Ogbonda Bangor Visualisation of law using artificial intelligence T3 Pete Butcher
Rhiannon Owen Bangor AI Data visualisation and storytelling T3 Jonathan Roberts
Iwan Pritchard Bangor AI and Explanatory Visualisation T3 Jonathan Roberts
Shannon Jones Bangor Artificial Intelligence, Visualisation and IoT for Environmental Science T3Noel Bristow, Panos Ritsos
Teresa Matamoro Bristol Coevolution of galaxies and supermassive black holes in the Euclid era T1, T3 Sotiria Fotopoulou
Jeronimo Segal Bristol Searching for New Physics with the CMS experiment at the LHCT1 Sudan Paramesvaran
Zak Williams Bristol Accelerating event simulation with machine learning for the LHCb experiment T1 Kostas Petridis
Natalia Zubova Bristol Machine Learning to find New Physics in muon decays T1 Joel Goldstein
Katherine Jiang Cardiff Predictive emergency service operations planning T3 Federico Liberatore
Uzuner Mete Cardiff A Cold and dusty Universe: Understanding the cosmic dust and cold gas in nearby galaxies T1 Matthew Smith
Thomas Rintoul Cardiff Simulations of massive galaxies and their circumgalactic medium T1 Freeke van de Voort
Aya Ghaleb Swansea Tests of the dark sector with gravitational waves T1Ivonne Zavala
Diaa Eddin Habibi Swansea Using Machine Learning to understand lattice QCD data T1 Gert Aarts, Chris Allton
Rebecca Rees Swansea AI based approaches multi-dimensional functional genomics in cancer patients T2Steve Conlan

photo with all students, decorative
Cardiff September 2022

2022 cohort

Name University Project Title Theme Supervisor(s)
Michael Casaletto Aberystwyth Prediction of facial growth for children with cleft lip and palate using 3D data mining and machine learning T2, T3 Richard Jensen
Luke Williams Aberystwyth Collaborative mapping of large scale outdoor environments T3 Myra Wilson
Preben Vangberg Bangor Automatically Analysing Big Language DataT3 William Teahan
Rhys Shaw Bristol Machine learning and radio source multiplicityT1 Mark Birkinshaw
Tanya Kushwahaa Cardiff Exploiting GAIA data and understanding the galaxies' past histories with machine learning T1 Mikako Matsuura
Sama Al-Shammari Cardiff Simulation-based Inference of gravitational waves signals from black holes and neutron starsT1 Vivien Raymond
Chanju Park Swansea Learning (from) lattice field theoryT1 Gert Aarts, Biagio Lucini
Vasiles Balabanis Swansea Multimodal analysis of Anatomical and Functional features to enhance the understanding of Brain Processing Phenomena: A Machine Learning Approach. T2, T3 Scott Yang

photo with all students, decorative
Cardiff September 2021

2021 cohort

Name University Project Title Theme Supervisor(s)
Myles Clayton Aberystwyth A deep learning framework for agricultural plant breeding that predicts genotype-phenotype associations T2 Martin Swain, Chuan Lu
Ding Sheng Ong Aberystwyth Few-shot Learning for Environment Adaptive Multi-modal Vision System T3 Jungong Han
Leena Sarah Farhat Bangor Bringing big-data to social science T3 Simon Willcock, William Teahan
Dan Farmer Bangor Edge-based object recognition for immersive analytics in Web-based XR T3 Panagiotis (Panos) Ritsos
Sam Hennessey Bangor Ensembles of Deep Neural Networks for Semi-supervised Learning T3 Lucy Kuncheva
Fergus Baker Bristol Machine learning to study accretion flows around black holes T1 Andy Young
Laura Ballisat Bristol Advanced computational methods for dosimetry, planning and verification in emergent radiotherapy treatments T1, T2 Jaap Velthuis, Richard Hugtenburg (Swansea)
Matthew PowellCardiff Real-time situational understanding using deep neural networks and knowledge graphs T3 Alun Preece
Zara SiddiqueCardiff Evolving Ethical Deep Neural Networks T3 Roger Whitaker
Luke GolbySwansea AI based approaches multi-dimensional functional genomics T2 Steve Conlan
Tabitha LewisSwansea ML-guided dynamical systems modelling of sepsis T2, T3 Noemi Picco
Shobhna Singh*Cardiff Dimer models on quasicrystals T1 Felix Flicker

*Associate member

2020 cohort

photo with students on zoom, decorative photo with students on zoom, decorative

Name University Project Title Theme Supervisor(s)
Luke Ian Lunn Aberystwyth Approximating the colour of Mars T1, T3 Helen Miles
Bishnu Paudel Aberystwyth Automatic stroke recovery prediction using artificial intelligenceT2 Otar Akanyeti, Reyer Zwiggelaar
Will Robinson Aberystwyth Detecting when deep learning goes wrong in medical image analysisT2 Bernie Tiddeman, Reyer Zwiggelaar
Francis WilliamsBangor Learning from badly behaving dataT3 Lucy Kuncheva, Franck Vidal
Iwan MitchellBangor Automated optimisation of industrial X-ray computed tomography T3 Franck Vidal, Simon Middleburgh
Jake AmeyBristol New Physics searches in B and D meson decays with machine learningT1 Jonas Rademacker, Konstantinos Petridis
Matthew SelwoodBristol Using machine learning to explore the evolution of active galaxies with Euclid T1 Sotiria Fotopoulou, Malcolm Bremer
Drew BarrattCardiff Examination of SARS-CoV-2 severity, transmissibility and spread within Wales through the analysis of linked patient health records and genomic sequence dataT3 Tom Connor
Matthew WalkerCardiff Inferring the brain tissue conductivity field from non-invasive imaging and machine learning T2 Leandro Beltrachini, Kevin Murphy
Samuel WincottCardiff Communication in multi-agent deep reinforcement learningT3 Roger Whitaker, Alun Preece
Natalia SikoraSwansea Enhancing the diagnostic performance of a bowel cancer blood test using advanced machine learning algorithms and the incorporation of information from the patient's medical recordT2 Peter Dunstan, Dean Harris
Lukas GolinoSwansea Machine learning with anti-hydrogenT1 Niels Madsen, Gert Aarts
Maciej Glowacki*Bristol Searches for Beyond-Standard-Model signatures with jets + missing energyT1 Henning Flaecher
Jacob Elford* Cardiff Monsters in the dark: gas, dust and star formation around supermassive black holesT1 Timothy A. Davis, Mattia Negrello
David Mason*Swansea Non-perturbative dynamics and compositenessT1 Biagio Lucini, Maurizio Piai
Jack Furby**Cardiff Human-machine collaboration with deep learning agentsT3 Alun Preece
Paul Murphy**Cardiff Adaptive neural networks through epigenetic processesT3 Roger Whitaker
Ben Page**Swansea Studies of thermal QCD using lattice gauge theoryT1 Chris Allton

*STFC CDT on Data-Intensive Science
**Associate member

2019 cohort

photo with group of students, decorative

Name University Project Title Theme Supervisor(s)
Lily Major Aberystwyth Big Data algorithmics for efficient search and analysis of large collections of genomes T2 Amanda Clare, Jacqueline Daykin, Benjamin Mora, Christine Zarges
Cory Thomas Aberystwyth Modelling the development of breast cancer abnormalities T2, T3 Reyer Zwiggelaar, Tom Tornsey-Weir, Jason Xie
Benjamin Winter Bangor The research of neuroevolution algorithms T3 William Teahan, Franck Vidal
Hattie Stewart Bristol AI techniques for extracting source information from Square Kilometre Array (SKA) datasets T1 Mark Birkingshaw
Robbie Webbe Bristol X-Ray Astronomy, concerning the identification and classification of highly variable AGN T1 Andy Young
Christopher Wright Bristol Multi-channel waveform reconstruction for dark matter searches with LUX-ZEPLIN T1 Henning Flaecher, Stephen Fairhurst
Michael Norman Cardiff Deep learning for real-time gravitational wave detection T1 Patrick Sutton
Bradley Ward Cardiff Investigating the epoch of galaxy formation using artificial intelligence T1 Steve Eales
Tonicha Crook Swansea Game theory T3 Arno Pauly, Edwin Beggs
Jamie Duell Swansea Machine learning in medical science T2 Xiuyi Fan, Shangming Zhou, Gert Aarts
Sophie Sadler Swansea Visual analytics for explainable graph-based machine learning T3 Daniel Archambault, Mike Edwards
Raul Stein* Bristol FPGA implementation of machine learning for low latency data processing in particle detectors T1 Jim Brooke
Eleonora Parrag* Cardiff Rewinding supernovae with machine learningT1 Cosimo Inserra
Thomas Spriggs* Swansea Spectral features of hadronic states in thermal QCD T1 Chris Allton, Tim Burns

*STFC CDT on Data-Intensive Science