Olaf Lipinski
MINDS alumnus. Researched how AI agents develop languages from scratch, focusing on how they communicate about time. Now Senior Machine Learning Scientist at Visa and Visiting Fellow at Southampton.
MINDS researchers have gone on to postdoctoral positions, industry roles and enterprise activity across the AI and electronics sectors. Their profiles below give a picture of the range of research carried out through the CDT and the paths it has opened up.
MINDS alumnus. Researched how AI agents develop languages from scratch, focusing on how they communicate about time. Now Senior Machine Learning Scientist at Visa and Visiting Fellow at Southampton.
MINDS alumnus. PhD research in drone network cybersecurity. Alan Turing Institute placement. Now Knowledge Exchange and Enterprise Fellow at Southampton.
MINDS alumnus. PhD research built a mathematical theory of machine learning using category theory. Now Research Associate at Cambridge working on AI that writes mathematical proofs.
Doctoral researcher working on how people interact with swarms of autonomous robots, developing interfaces and control methods to help a single operator oversee many robots at once. Due to graduate 2026.
Doctoral researcher combining electrophysiology and computational brain modelling to understand short-term memory, with implications for neurological conditions and low-energy AI hardware. Due to graduate 2027.
Doctoral researcher developing AI systems for sign language recognition from video and radar signals, with applications in assistive communication and privacy-preserving sensing. Due to graduate 2027.
Doctoral researcher developing techniques to compress visual AI systems so robots and drones can navigate without GPS on low-power hardware. Due to graduate 2026.
Doctoral researcher studying how network structure affects the way recommendation systems learn, with implications for the fairness and accuracy of online recommendations. Due to graduate 2026.
Doctoral researcher training transformer models on purely symbolic data to solve differential equations, aiming for solutions with better generalisation than existing numerical approaches. Due to graduate 2027.
Doctoral researcher building compiler tools to bridge the gap between neuromorphic algorithms and real hardware, including the NIR2FPGA compilation tool. Due to graduate 2028.
Doctoral researcher developing user-aware decision making frameworks for social robots, allowing them to adapt to individual preferences and reduce frustration in real-time interactions. Due to graduate 2026.
Thomas Kelly
Olaf Lipinki
Jennifer Barnes-Nunn
John Birkbeck
Kryspin Varys
Radar Imaging for Non-Invasive for Brain Imaging and Anamoly Detection
Intelligent Coordination and Planning for Human-Robot Swarms
Sample-Efficient Exploration in Visually Complex Reinforcement Learning Tasks
Multi-modal event classification of social media content where training data is limited and/or emerging
Christopher Subia-Waud
Hsuan-Yang Wang
Kian Spencer
Epifanios Baikas
Konstantinos Drylerakis
Shannon How
Creating Augmented Reality Soundscape Experiences on Edge Devices
Efficient Visual Place Recognition for Real-Time Visual Perception
Sulaiman Sadiq
Jack Williamson
Matthew Pugh