Student	Project	Supervisors
Matthew Bowditch	Facial misrecognition systems	Ranko Lazic (Computer Science) and Matthias Englert (Computer Science)
Nathan Doyle	Objectives matter: development of optimal intervention strategies for future infectious disease outbreaks	Mike Tildesley (Life Science) and Robin Thompson (Mathematics)
Xiaoqing Fan	Multi-task Vision AI based on reinforcement learning for object detection, tracking, and trajectory forecasting	Victor Sanchez (Computer Science)
Boyang Han	Relaxed continuous-time stochastic control and reinforcement learning	Aleksandar Mijatovic (Statistics)
Luke Murray Kearney	Using models of infectious disease transmission to understand the superspreading phenomenon	Emma Louise Davis (Mathematics) and Matt Keeling (Mathematics)
Xiaolu Liu	Calibration and optimisation of biopharmaceutical processes	Juergen Branke (Warwick Business School)
Farzona Mukhamedova	Transport of germ granules in embryogenesis	Karuna Sampath (Warwick Medical School) and Shreyas Mandre (Mathematics)
Sotirios Stamnas	Multi-objective reinforcement learning	Paolo Turrini (Computer Science) and Ann Nowe (Vrije Universiteit Brussel)
Sam Turley	Agent-based collective motion and environmental path entropy	Matthew Turner (Physics) and Ryoichi Yamamoto (Kyoto University)
Nathan van Der Riet	Sorting, topology and structural control in cells	Matthew Turner (Physics) and Pierre Sens (Institute Curie)
Elliott Vincent	Modelling the emergence of finch trichomonosis	Erin Gorsich (Life Sciences) and Matt Keeling (Mathematics)