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About

N. Fahantidis is a pioneering researcher in the field of robotic automation, with a distinguished focus on the handling of flexible and non-rigid materials — a notoriously challenging domain within robotics. His most celebrated contributions center on developing intelligent robotic systems capable of manipulating textile and other deformable flat materials, an area where traditional rigid-body robotic assumptions break down entirely. His landmark 1995 work on robotic systems for handling textile materials, which has garnered 36 citations, laid foundational groundwork for integrating vision and force/torque sensing into textile automation. This was extended through subsequent studies in 1997 and 2002, collectively accumulating nearly 90 citations, demonstrating sustained influence across the field. Particularly notable is his 2002 contribution describing a soft-tipped gripper capable of human-like grasps when retrieving flexible pieces from unordered bundles — a practical, cost-effective solution that brought robotic dexterity closer to real-world garment manufacturing applications. Beyond textile handling, Fahantidis has also contributed to the theoretical foundations of robot control, exploring the decoupling of position and force controllers in constrained robotic tasks. His body of work reflects a rare combination of applied engineering ingenuity and control-theoretic rigor, making him a significant contributor to industrial robotics and automation research.