Casey Carlson

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About

Casey Carlson’s research centers on the frontiers of multi-robot coordination, autonomous energy management, and novel deployment mechanisms for robotic systems. Her most influential work tackles the critical challenge of sustaining large-scale robotic teams over extended missions. In her 2006 paper on “Modular Mobile Docking Station Design” (16 citations), Carlson pioneered a solution for autonomous recharging, enabling individual robots to independently locate and dock with energy stations—a foundational contribution to long-duration swarm operations. She further advanced field robotics with her 2006 study on “Impact Orientation Invariant Robot Design” (14 citations), which introduced a mechanically robust approach for deploying robots as projectiles into hazardous or inaccessible environments. This work directly addressed urgent needs in law enforcement and urban search and rescue, allowing reconnaissance from hard-to-reach areas. Her 2013 paper on “Coordination and Longevity in Multi-Robot Teams Involving Miniature Robots” (9 citations) synthesized these themes, demonstrating how miniature robots can cooperate effectively while managing their own energy budgets. Carlson’s contributions have shaped practical strategies for resilient, self-sustaining robot teams, bridging the gap between theoretical coordination and real-world deployment in dangerous settings.