Thomas Bech Pettersen

Papers

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About

Thomas Bech Pettersen is a pioneering researcher in the field of human-robot interaction, with a specific focus on augmented reality (AR) for industrial robotics. His major contributions center on transforming the traditional, time-consuming process of programming industrial robots—which typically involves manually teaching waypoints and process-related events through multiple error-prone iterations. Pettersen’s work demonstrates how AR can overlay digital information onto physical robot workspaces, enabling more intuitive, efficient, and accurate programming. His seminal 2003 paper, “Augmented reality for programming industrial robots,” has garnered 54 citations, while its 2004 follow-up has received 40 citations, underscoring the foundational impact of his research on the robotics and manufacturing communities. By addressing critical bottlenecks in robot programming, Pettersen’s contributions have paved the way for more accessible and streamlined automation solutions, making him a notable figure in the intersection of augmented reality and industrial robotics.