Eugene Park

Papers

Total Citations

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About

Eugene Park is a pioneering roboticist whose research focuses on modular, reconfigurable truss robots designed for extreme environments. His key contributions lie in developing novel locomotion and reconfiguration strategies for variable geometry trusses (VGTs) and variable topology trusses (VTTs)—highly adaptable, truss-structured robots composed of linear actuators and multi-degree-of-freedom joints. Park’s most cited work, “Optimization-Based Nonimpact Rolling Locomotion of a Variable Geometry Truss” (2019, 27 citations), introduces a groundbreaking nonimpact rolling scheme that prevents damage to these sophisticated structures during movement, a critical advancement for deploying robots in disaster sites. His earlier paper, “Variable Topology Truss: Hardware Overview, Reconfiguration Planning and Locomotion” (2018, 11 citations), establishes the VTT as a modular platform that uniquely combines the efficiency of variable geometry with the flexibility of self-reconfigurable robots, enabling both shape and topology control. This work has significant implications for search-and-rescue missions, where robots must navigate unpredictable rubble. Park’s research bridges structural engineering and robotics, offering a robust foundation for future autonomous systems in hazardous environments.