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About

Dario Lunni is a researcher at the forefront of bio-inspired robotics and soft actuation, with key contributions spanning aerial manipulation, soft sensing, and plant-inspired materials. His most impactful work, "Plant‐Inspired Soft Bistable Structures Based on Hygroscopic Electrospun Nanofibers" (71 citations), demonstrates how natural mechanisms—like the snap-trapping of Venus flytraps—can be engineered into soft, responsive structures, advancing the field of smart materials. In aerial robotics, Lunni pioneered the first online, onboard nonlinear model predictive controller for unmanned aerial manipulators (52 citations), enabling precise 3D trajectory tracking for drones equipped with robotic arms—a breakthrough for autonomous inspection and manipulation. He also developed a novel shape estimation system using low-cost plastic optical fibers and Kalman filtering (29 citations), bringing fully soft proprioception to soft robot arms without compromising their inherent compliance. Beyond these core contributions, Lunni has explored closed-loop shape control for bio-inspired soft arms and additive manufacturing strategies for growing robots. His recent work on automating anatomic pathology processes (2024) signals a broadening interest in medical applications. With a citation profile that underscores both foundational and applied impact, Lunni stands out as a versatile engineer bridging nature, control theory, and soft robotics.