Camilla Agabiti

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About

Camilla Agabiti is a rising leader in the frontier of soft and continuum robotics, with a focus on enabling these highly compliant systems to operate in the most challenging environments on Earth and in space. Her research centers on the fundamental control challenges posed by soft manipulators, whose nonlinear behavior and infinite degrees of freedom defy traditional rigid-robot approaches. Agabiti’s most cited work, “Learning Controllers for Continuum Soft Manipulators” (2024, 13 citations), critically examines the impact of different modeling strategies on control performance, providing a roadmap for future learning-based approaches. She is also pioneering novel applications for soft robotics in space, as demonstrated by her work on “Whole-arm Grasping Strategy for Soft Arms to Capture Space Debris” (2023, 8 citations), which leverages the inherent dexterity and compliance of soft arms to safely grasp non-cooperative objects. Further contributing to the field’s foundation, her review “Rod models in continuum and soft robot control” (2024, 6 citations) synthesizes key modeling techniques. Through this blend of foundational theory and bold application—from delicate manipulation to orbital debris removal—Agabiti is shaping how soft robots will interact with and adapt to our most complex and unstructured worlds.