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About

Christopher Kitts is a robotics researcher whose work has fundamentally advanced the coordination and control of multi-robot systems, with particular emphasis on mobile platforms operating in complex real-world environments. He is best known for developing the **cluster space control** framework, a pioneering approach that simplifies the specification, monitoring, and dynamic control of mobile multi-robot formations. Introduced in influential publications beginning around 2008–2009, this framework has been applied to diverse missions including entrapment and escorting of autonomous targets, obstacle avoidance for nonholonomic systems, and gradient-based navigation in parameter fields — collectively accumulating hundreds of citations that reflect broad community adoption. Beyond theoretical contributions, Kitts has demonstrated a strong commitment to real-world deployment. His teams have fielded robotic surface vessels for marine asset protection and shallow-water bathymetric mapping, bridging laboratory innovation with practical oceanographic and security applications. His most-cited work alone has garnered over 486 citations across ten publications. Equally notable is his dedication to undergraduate education: his interdisciplinary field robotics program at Santa Clara University's Robotic Systems Laboratory has trained generations of students through hands-on spacecraft and marine robotics projects, earning recognition as a model for experiential engineering education.