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About

Sambeeta Das is a pioneering robotics researcher whose work sits at the dynamic intersection of microrobotics, magnetic actuation, and biomedical engineering. Her research focuses on designing, controlling, and applying untethered microscale robots capable of operating in complex biological and engineered environments — domains previously inaccessible to conventional robotic systems. Das has made substantial contributions to both the theoretical and experimental foundations of microrobotics. Her highly cited 2022 comprehensive review of multistimuli-responsive microrobots (27 citations) has become an essential reference for the field, synthesizing advances in systems responsive to magnetic, chemical, and other external stimuli. Her 2018 experimental work on controlling multiple catalytic microrobots (26 citations) and her development of ModMag, a modular magnetic manipulation device (25 citations), demonstrate her commitment to building practical, accessible platforms for the broader research community. Beyond hardware, Das has advanced swarm control modeling, learning-based tracking controllers, and precision delivery of signaling molecules using magnetically actuated robots — bridging fundamental robotics with real-world biomedical applications such as targeted drug delivery and cell patterning. Her growing body of work, accumulating over 100 citations, positions her as an emerging leader shaping the future of microscale medical robotics.