Matthew Schroeter

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About

Matthew Schroeter is a robotics researcher whose work centers on the intersection of dynamic locomotion, rough-terrain mobility, and system resilience. His most-cited paper, “How Strong a Kick Should be to Topple Northeastern’s Tumbling Robot?” (2024, 8 citations), tackles a fundamental challenge in field robotics: ensuring stability and survivability in unpredictable environments. This research, born from a NASA BIG Idea competition entry, quantifies the disturbance tolerance of tumbling robots—a novel mobility concept that sacrifices traditional walking for robust, rolling locomotion over rubble, slopes, and uneven surfaces. Schroeter’s contribution lies in translating an intuitive engineering question into rigorous, testable metrics, providing a framework for designing robots that can withstand real-world perturbations. His work has direct implications for planetary exploration, disaster response, and any domain where conventional wheeled or legged systems fail. By addressing how much force a tumbling robot can endure before toppling, Schroeter helps bridge the gap between laboratory prototypes and field-deployable machines. His research is a compelling example of how targeted, problem-driven engineering can advance the state of the art in extreme-terrain mobility.