AI Optimism
Surgical World Models in Robotic Surgery: A Review
M Boels, H Robertshaw, T C Booth, A Granados, P Dasgupta and S Ourselin
Submitted to IEEE T-MRB
Artificial Intelligence Researcher
I'm Maxence, a postdoctoral research associate in the Prorok Lab at the University of Cambridge's Department of Computer Science and Technology, working with Amanda Prorok. My research focuses on vision-based navigation and collaborative intelligence in multi-agent systems. Previously, I completed my PhD at King’s College London in the SIE-CAI Lab under the guidance of Prof. Sebastien Ourselin. Earlier, I earned an MSc in Machine Learning and Robotics from the University of Surrey. My goal is to help develop superintelligent and autonomous systems for a better future.
I've spent my PhD focused on a core problem: ``how to make surgical robots understand long-contexts like multiple hours videos to foresee long-horizon tasks and predict abstract goals into concrete actuations.''
M Boels, H Robertshaw, T C Booth, A Granados, P Dasgupta and S Ourselin
Submitted to IEEE T-MRB
COUNTER-UAS - DEFENSE
Vision-based Counter-UAS swarm for defending critical infrastructures
ROBOTICS - SIM2REAL
Autonomous RC car via sim-to-real RL in IsaacLab
ROBOTICS - NAVIGATION
Autonomous RC car via imitation learning from teleop demonstrations
ROBOTICS - MANIPULATION
Autonomous Surgical Manipulation Robot
ROBOTICS - TRACKING
Pan-Tilt Camera and Laser Turret
ROBOTICS - DRONES
Building and flying a custom FPV drone from scratch
PATH PLANNING
European Tech Defense Hackathon - Tactical Anticipation
COMPUTER VISION
Drone Navigation Platform
VIDEO UNDERSTANDING
Video Understanding and LLM Guidance
Maxence is a postdoctoral research associate in the Prorok Lab at the University of Cambridge's Department of Computer Science and Technology, working with Amanda Prorok. His research focuses on vision-based navigation and collaborative intelligence in multi-agent systems. Previously, Maxence completed his PhD at King's College London, specializing in surgical video understanding, expert imitation learning, and workflow discovery and planning. He has a strong background in machine learning, computer vision, and robotics, and has published in top-tier conferences and journals including MICCAI and IJCARS.