Matthew R. Burkhardt
California Institute of Technology, University of Washington
Papers
6
Total Citations
49
H-Index
4
About
Matthew R. Burkhardt is a pioneering roboticist whose work bridges the frontiers of medical devices, planetary exploration, and nonlinear control theory. His research centers on the design, modeling, and control of novel robotic systems, with two primary thrusts: autonomous medical instruments and wind-driven spherical robots. In medical robotics, Burkhardt developed a flexible ultrathin endoscope capable of fully automated bladder surveillance, a breakthrough addressing the fact that bladder cancer is the most expensive cancer to treat over a patient’s lifetime due to high recurrence rates. His work on multimodal flexible cystoscopy further advanced co-registered panoramic imaging of the bladder urothelium, aiming to improve early detection. On the exploration side, Burkhardt is the driving force behind Moball, a spherical, wind-driven robot designed for in-situ observation of extreme environments—from Earth’s polar regions to Mars and Saturn’s moon Titan. He engineered a coreless tubular linear generator for Moball that enables both energy harvesting and steering control, and developed rigorous dynamic modeling and controllability frameworks for spherical robots and aerial manipulators using Lagrangian reduction. With over 49 citations across his most-cited works, Burkhardt’s contributions demonstrate a rare ability to translate complex dynamics into practical, autonomous systems for healthcare and space exploration.
Research Focus
Key Achievements
Top Papers
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- 3Dynamic Modeling and Control of Spherical Robots7 citations · 2018
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