Bryan Clark

Papers

Total Citations

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About

Bryan Clark’s research sits at the intersection of human-robot interaction, cognitive ergonomics, and military robotics. His most influential work explores how people perceive and respond to robotic forms, demonstrating that design features—such as beveled versus squared edges, or leg-like versus wheeled movement—directly influence judgments of a robot’s aggression, intelligence, and animation. This foundational study (29 citations) has shaped subsequent discussions on affordance-driven anthropomorphism in robotics. Clark also made notable contributions to multi-robot coordination, simulating military reconnaissance scenarios where ground robot operators used UAV sensor feeds for navigation. His 2008 study (15 citations) revealed that operators’ spatial ability significantly impacted performance, highlighting critical human factors in unmanned systems. Beyond these core contributions, Clark’s work has informed interface design for teleoperation and autonomous systems. His research is widely cited in robotics, human factors engineering, and military simulation communities, and continues to influence how designers balance functionality with user perception in robotic platforms.