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About

Roman Kuzyk is a pioneering researcher at the intersection of child-robot interaction and robotic mobility systems. His work fundamentally explores how children perceive and form relationships with robots, demonstrating that young users attribute animism and friendship-like qualities to robotic agents. In his highly cited study "Understanding how children understand robots" (186 citations), Kuzyk revealed the nuanced ways children interpret robot behavior, while his follow-up work "Children’s relationships with robots" (42 citations) showed that even brief interactions can lead children to view robots as genuine companions. His research on prosocial behavior, "Would Children Help a Robot in Need?" (37 citations), further established children's willingness to assist robots, challenging assumptions about human-robot boundaries. Beyond social robotics, Kuzyk has made significant technical contributions to robotic locomotion, developing modified Mecanum wheel designs (30 citations) that enable omni-directional vehicles to traverse rough terrains—a critical advancement for field robotics. His elliptical double Mecanum wheel concept pushes this technology further, promising enhanced mobility for autonomous systems. Kuzyk's dual expertise in both the cognitive and mechanical dimensions of robotics makes his work uniquely valuable, bridging how robots are perceived by humans and how they physically navigate our world.