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About

Stuart Miller is pioneering the field of wearable robotics for human balance and physical augmentation, drawing direct inspiration from nature to solve pressing real-world challenges. His core research focuses on developing supernumerary robotic limbs (SRLs)—most notably, a wearable robotic tail designed to enhance human stability during quiet stance and dynamic tasks. Miller’s major contributions include the mechanical characterization and validation of this tail, demonstrating its ability to augment balance in industrial and ageing populations, where fall-related incidents are a growing concern. His work on a soft robotic assistive glove further extends his impact, addressing the critical limitation of grasp force in assistive devices to aid daily living tasks. With over 30 citations across his most-cited papers, including the foundational “Human balance augmentation via a supernumerary robotic tail” (2022) and the more recent “Mechanical Characterization of Supernumerary Robotic Tails” (2023), Miller’s research is gaining traction in the human-robot interaction community. He has also designed a haptic ankle platform for physical human-machine interaction, showcasing his versatility in creating interfaces that support both balance and manipulation. Miller’s innovative, bio-inspired approach positions him as a rising leader in wearable robotics, with clear potential to transform safety and quality of life in industrial and healthcare settings.