Giammarco Caroleo

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About

Giammarco Caroleo is an emerging robotics researcher whose work sits at the intersection of robot perception, sensing, and autonomous control. His research focuses primarily on enabling robots to navigate and operate intelligently in complex, cluttered, or constrained environments through advanced sensor integration and reactive control strategies. Caroleo has made notable contributions to proximity-tactile sensing, developing a reactive control law that simultaneously harnesses proximity and tactile feedback to guide robotic pick-and-place tasks in challenging settings — work that has already garnered 6 citations since its 2024 publication. His investigations into robot self-awareness extend to soft robotics, where he has pioneered the use of distributed miniaturized Time-of-Flight sensors for spatial localization of soft robotic systems — a technically demanding problem given the inherent compliance and deformability of such platforms. Building on this thread, Caroleo has further explored the use of miniaturized "tiny LiDARs" to generate coarse point clouds for manipulator localization and object detection. Though early in his career, his growing citation record and consistent focus on practical, sensor-driven robot intelligence position him as a promising voice in the next generation of robotics research.