Cohort 2 students (2026/2027)
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Jared Bruggink
University of EdinburghWhen Mountains Meet the Sea: Simulating Landslide-Generated Tsunamis -
Caitlin Castelvecchi
University of GlasgowSmart sensing for ecological catchments -
Stan Clark
University of GlasgowModelling threatened biodiversity at national, continental and planetary scales -
Jazmine Cowlin
Lancaster UniversityHigh-fidelity exascale-enabled infrastructure for analysing the impact of wind farm wakes on wind/sea interactions -
Georgina Douglas
University of EdinburghDeveloping large-scale hydrodynamic flood forecasting models for exascale GPU systems -
Eleanor Downie
University of GlasgowAI-Driven Satellite Embeddings for Fine-resolution Mapping and Tracking Invasive Species on Global Reclaimed Lands -
Marie Hagenbourger
Lancaster UniversityNAME as a digital twin for explosive volcanic eruptions for streamlined response and real-time impact assessment -
Grace Heath
Lancaster UniversityMechanisms for and predictions of occurrence of ocean rogue waves -
Alan Hughes
Lancaster UniversityFirn Futures: Examining Antarctic Ice Shelf Stability with GPU-Accelerated Firn Modelling -
Callum Leach
Lancaster UniversityAntarctic Ice Loss in High Definition: Analysing novel high-resolution satellite data streams for quantifying 21st century change -
Valerio Marini
University of GlasgowAI Weather Prediction for Renewable Energy Forecasting -
Joseph Roser
Lancaster UniversityChanging Ecological Role of Coral Reef Marine Protected Areas -
Tianhe Sun
Lancaster UniversityAre we learning the weather right? Climate-based flood catastrophe analysis using AI and exascale compute -
Emily Thomson
University of GlasgowForests in the Exascale Era: High-resolution Modelling of Global Biomass Drivers, Loss and Recovery -
Aran Walters
Lancaster UniversityA Dangerous Duo: Exploring the Impact of Heatwaves on Air Pollution -
Xander Watson
University of GlasgowExtreme weather event impacts from global warming in the UK -
Callum Winder
University of GlasgowDevelopment of landscape evolution models and monitoring in anthropogenically influenced tropical regions
