Lorenzo Bassi Luciani

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About

Lorenzo Bassi Luciani is a mechanical engineer and roboticist whose work bridges the design of precision mechanical systems and assistive robotics. His most impactful contribution lies in the development of a unified design methodology for bi-directional, non-back drivable roller clutches—a critical component in applications requiring safety and load-holding, such as exoskeletons and industrial actuators. His 2017 paper on this topic, with 24 citations, provides a systematic framework that has influenced subsequent research in mechanical power transmission and fail-safe mechanisms. In parallel, Bassi Luciani has explored robotic platforms for healthcare, notably co-authoring the 2010 paper introducing SENLY, a novel robotic system aimed at fall risk prevention in elderly populations. While this work has garnered 2 citations, it reflects an early and prescient interest in using robotics for geriatric care and balance assessment. His research thus spans from fundamental mechanical design—where he has advanced the theory and practice of roller clutches—to applied robotics for human health and safety. Bassi Luciani’s work is characterized by a focus on reliability and real-world utility, making him a notable figure in the intersection of mechanical design and rehabilitation engineering.