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About

Dana D. Damian is a pioneering robotics researcher whose work sits at the intersection of soft robotics, biomedical engineering, and autonomous systems. Best known for her groundbreaking contributions to implantable and ingestible robotic technologies, Damian has helped redefine what robots can accomplish inside the human body. Her most celebrated work — an origami-based robot capable of being swallowed, navigating the stomach, and patching wounds under remote medical guidance (180 citations) — exemplifies her talent for translating bold concepts into clinically meaningful innovations. Building on this, her research on robotic implants for *in vivo* tissue regeneration (55 citations) brought science fiction closer to surgical reality, demonstrating that robots can actively communicate with biological tissue to promote healing. Her soft helical pneumatic actuator, SoPHIA, further advances this vision with precise control for tubular tissue repair. Beyond implantables, Damian has explored prosthetic sensing, rehabilitation robotics, and resilient soft robotic systems, including a recent multimodal soft valve enabling autonomous fault recovery. Her early work on sensory-motor coupling and electromagnetic actuators reveals a career-long commitment to bridging biological principles with robotic design. Across disciplines and decades, Damian's research consistently pursues one ambitious goal: robots that genuinely serve the living body.