Caroline Chouinard

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About

Caroline Chouinard is a leading figure in autonomous space robotics, whose work has fundamentally shaped how machines operate in the most remote and hostile environments. Her research centers on mission planning, autonomous execution, and the critical balance between deliberative reasoning and fast, reactive control for robotic agents. Chouinard’s most significant contribution is her work on the DARPA Orbital Express mission, where she developed automated and adaptive mission planning for on-orbit satellite servicing. This landmark project, detailed in her most-cited paper (18 citations), demonstrated autonomous rendezvous, fluid transfers, and robotic arm operations—paving the way for modern in-space servicing and refueling. She also created the CLEaR (Closed Loop Execution and Recovery) framework, a unified architecture for planning and execution that allows robots to manage long-term goals while reacting instantly to threats—a crucial capability for space applications. Her balanced approach to autonomous operations, which integrates declarative and procedural modeling, has provided a foundational blueprint for remote mobile robotic exploration. Chouinard’s work remains essential reading for engineers designing resilient, intelligent systems for space, deep-sea, and other high-stakes domains.