Konrad Sroka

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Konrad Sroka is a robotics researcher whose work tackles the fundamental challenge of rough-terrain locomotion, with a particular focus on dynamic stability and resilience in unconventional robotic systems. His most-cited paper, "How Strong a Kick Should be to Topple Northeastern’s Tumbling Robot?" (2024, 8 citations), emerged from a high-profile collaboration with NASA’s Innovative Advanced Concepts (NIAC) Program. This work was part of the agency’s Breakthrough, Innovative & Game-changing (BIG) Idea competition, which invited US academic institutions to propose novel mobility systems for extreme environments. Sroka’s key contribution lies in quantifying the perturbation tolerance of tumbling robots—machines designed to roll and bounce rather than walk or drive—providing a rigorous framework for understanding how much external force such systems can withstand before losing stability. This research directly informs the design of more robust planetary exploration rovers capable of navigating unpredictable terrain on the Moon, Mars, and beyond. By bridging applied mechanics and space robotics, Sroka has helped establish a new paradigm for resilient locomotion, demonstrating that controlled tumbling can be a viable, energy-efficient alternative to traditional wheeled or legged mobility in low-gravity, obstacle-rich environments.