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About

Stefano Trapani is an Italian robotics and automation researcher whose work sits at the intersection of industrial robotics, smart manufacturing, and human-robot collaboration. Based at Politecnico di Torino and closely collaborating with industrial partners including COMAU, his research addresses some of the most pressing challenges facing modern production environments under the Industry 4.0 paradigm. Trapani's most influential contribution, "Smart Sensors Applications for a New Paradigm of a Production Line" (2019, 52 citations), explores how sensor integration can transform flexible, human-robot collaborative manufacturing systems. Complementing this, his sustained work on collision detection — spanning a foundational 2015 paper through a virtual collision sensor developed in 2017 (25 citations) — has advanced safer industrial robot deployment without relying on costly external hardware or detailed dynamic models. A recurring theme across his portfolio is accessibility and generalizability: his friction identification frameworks (2016–2020, up to 26 citations) offer practical, computationally efficient solutions applicable across diverse manipulator platforms. Similarly, his task-oriented robot programming research aims to lower the technical barriers for programming complex robotic cells, democratizing advanced automation. With over 140 cumulative citations, Trapani's work meaningfully bridges academic research and real-world industrial implementation.