Alberto Brando

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About

Alberto Brando is a leading figure in soft robotics and dexterous manipulation, best known for his pioneering work on under-actuated, synergistically-driven robotic hands. His research centers on designing simple yet highly functional grippers that balance mechanical elegance with robust grasping capabilities. Brando’s major contribution is the development of the Pisa/IIT SoftHand, a groundbreaking platform that uses under-actuation and soft materials to achieve human-like dexterity without complex control systems. His 2015 paper on dexterity augmentation for the SoftHand, cited 58 times, demonstrates how to increase degrees of actuation while preserving the hand’s inherent simplicity—a critical advance for affordable, reliable robotic hands. This work has influenced both industrial automation and prosthetics, offering a path toward more adaptive and safe human-robot interaction. Brando’s research continues to shape the field of soft manipulation, inspiring new approaches to grasping in unstructured environments. His achievements highlight the power of bio-inspired design, making complex dexterity accessible through minimalist engineering.