Mathieu Kemp

Monterey Bay Aquarium Research Institute, Durham University

Papers

Total Citations

284

H-Index

About

Mathieu Kemp is a leading figure in biologically inspired robotics and autonomous underwater vehicle (AUV) systems, with a career dedicated to bridging the gap between animal locomotion and engineered marine platforms. His research spans biorobotics, adaptive control, and autonomous health monitoring, where he has made foundational contributions to understanding how multi-fin propulsion and helical navigation can be replicated in robots. His seminal 2006 paper, "Four flippers or two? Tetrapodal swimming with an aquatic robot" (119 citations), introduced the robot Madeleine—a self-contained, self-propelled underwater vehicle—and experimentally demonstrated how surge maneuvers are modulated by multiple appendages, directly informing the design of agile underwater swimmers. Kemp also pioneered work in environmental boundary detection through asynchronous communication (94 citations) and advanced AUV reliability with his 2017 study on detecting unanticipated faults using online topic models (42 citations), which argued for self-perception and health monitoring as critical to mission success. His 2004 paper on implementing cycloptic helical klinotaxis (29 citations) modeled how microorganisms track gradients, translating biological strategies into navigational primitives for planar motion. Kemp’s work is distinguished by its fusion of rigorous biological insight with practical robotic implementation, making him a key architect of next-generation autonomous marine systems.