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About

Emilio Sardini is a leading figure in biomedical instrumentation and rehabilitation engineering, whose research bridges wearable sensor technology, robotic control, and human-machine interfaces. His most impactful work includes the development of a sensorized glove for measuring hand finger flexion, a pioneering contribution to rehabilitation robotics that has garnered 121 citations. Sardini’s early career saw him innovate in ultrasonic distance measurement for robotic arm positioning, a foundational technique cited 59 times. More recently, he has advanced wearable systems, including a wirelessly powered finger-tracking device (34 citations) that eliminates cables and batteries, enhancing user freedom. His work extends to hybrid brain-computer interfaces, combining EEG and EMG signals for real-time robotic arm control, directly aiding disabled individuals. Sardini’s research consistently targets practical applications, from industrial worker monitoring to home-based rehabilitation, as seen in his instrumented shirt for movement analysis. With a career spanning over three decades, his contributions have profoundly impacted assistive technology, enabling more natural, autonomous, and effective rehabilitation and human-robot interaction.