Max Robotics — Global Service Robot Directory + US Certification

About

Sean Mahoney’s research bridges two transformative frontiers in robotics: human augmentation and human-robot trust. His early work pioneered the concept of “extenders”—robotic systems worn by humans to amplify physical strength during material handling tasks. In his foundational 1991 paper (91 citations), Mahoney established the dynamics, control, and stability principles for these wearable manipulators, laying the groundwork for modern exoskeletons and force-amplifying robotics. This work directly addressed the fundamental limitation of human physical strength by integrating mechanical power with human intellect, a vision he first articulated in 1990. More recently, Mahoney has become a leading voice in human-robot trust, particularly in security applications. His highly cited 2019 study on gender-based effects in trust of autonomous robots (83 citations) revealed critical insights into how demographic factors shape willingness to accept robotic systems. His qualitative work on human-machine teaming (64 citations) and research on reliability and social intent in autonomous security robots (46 citations) have provided essential frameworks for designing trustworthy autonomous systems. Together, Mahoney’s career spans from augmenting human physical capability to understanding the psychological foundations of human-robot collaboration, making him a uniquely influential figure in both the mechanical and social dimensions of robotics.