Filippo Attivissimo

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About

Filippo Attivissimo is an accomplished researcher whose work sits at the intersection of precision measurement systems, medical instrumentation, and advanced manufacturing technologies. His most influential contributions focus on electromagnetic tracking systems designed to enhance surgical navigation, with his 2018 paper proposing a novel system capable of operating across wide tracking volumes earning 49 citations — a testament to its significance within the medical devices community. This work, complemented by his 2017 investigation into TDM-FDM configurations for image-guided surgery (13 citations), demonstrates a sustained commitment to improving the accuracy and efficiency of minimally invasive surgical procedures, addressing real-world clinical challenges through rigorous engineering innovation. Beyond medical instrumentation, Attivissimo has expanded his research into the emerging field of additive manufacturing for sensing applications. His 2022 study on 3D-printed piezoresistive strain gauges with temperature compensation (31 citations) highlights his ability to bridge cutting-edge fabrication techniques with practical sensor design, enabling low-cost smart objects capable of real-time structural monitoring. Together, these contributions paint a portrait of a versatile and forward-thinking researcher whose expertise spans surgical navigation, electromagnetic measurement, and intelligent sensing — consistently producing work that resonates with both academic audiences and applied engineering communities.