Stefano Viscuso

Institute for Energetics and Interphases

Papers

Total Citations

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About

Stefano Viscuso is a leading figure in the development of innovative, electromagnetically compliant actuation systems, with a core focus on shape memory alloy (SMA) technologies. His most-cited work, "Design and implementation of a portable amagnetic shape memory rotary actuator," addresses a critical challenge in environments sensitive to electromagnetic noise, such as MRI suites or cleanrooms. Viscuso’s major contribution lies in engineering a rotary actuator that leverages the unique properties of SMAs—which are inherently non-ferromagnetic—while circumventing the magnetic fields generated by standard Joule-effect heating. By achieving amagnetic operation, his design enables precise, compact motion without compromising environmental constraints, a breakthrough for medical and industrial robotics. With 13 citations, this foundational paper has influenced subsequent research into silent, spark-free, and magnetically clean actuators. Viscuso’s work exemplifies how materials science can solve real-world engineering problems, offering a pathway to safer, more versatile robotic systems. His achievements highlight the potential of smart materials to replace conventional electromagnetic actuators in niche but critical applications.