Andrea Ferrone

Simon Fraser University, Institute for Microelectronics and Microsystems, Institute for Agricultural and Earthmoving Machines

Papers

Total Citations

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About

Andrea Ferrone is a researcher whose work sits at the intersection of wearable sensing technologies, flexible electronics, and human-machine interaction. His research focuses on developing innovative sensor systems — from fabric-based and textile stretch sensors to fully organic flexible tactile devices — that enable precise monitoring of human movement and biomechanics. One of his most impactful contributions is a wearable system combining stretchable strain sensors with machine learning to estimate knee joint angles, a breakthrough with significant implications for in-home rehabilitation and long-term monitoring of musculoskeletal disorders, garnering 43 citations since 2018. Ferrone has also pioneered work in organic piezoelectric sensors fabricated on ultra-thin substrates for advanced robotic applications, and has explored how machine learning can overcome the inherent non-linearities of textile-based sensors to improve measurement accuracy. Notably, his vision extends beyond terrestrial applications — he has proposed deploying wearable human-machine interaction technologies in astronautics, particularly to enhance safety during extra-vehicular activities in space. Through this diverse and forward-thinking body of work, Ferrone continues to push the boundaries of smart wearables and their real-world applications.