Collaborative Robots

At Georgia Tech, IRIM researchers advance the science and engineering of interaction, physical collaboration, and learning-enabled autonomy to create the next generation of intelligent, human-aware robotic teams.

Collaborative robotics is an interdisciplinary research area at the intersection of robotics, human factors, control, and artificial intelligence. It focuses on enabling robots to work safely and effectively alongside humans in dynamic and uncertain environments—whether on factory floors, in hospitals, or in daily living spaces. Unlike traditional industrial robots that operate in isolation, collaborative robots (cobots) are designed for direct physical and cognitive interaction with people.

This research is crucial as automation moves beyond isolated tasks toward integrated human-machine partnerships. Collaborative robots enhance productivity, reduce workplace injuries, and extend human capability in environments ranging from manufacturing and logistics to assistive and medical applications. By combining human adaptability with robotic precision, these systems promise to transform industries and improve quality of life.

IRIM researchers at Georgia Tech are pioneering new approaches to human-robot collaboration by integrating biomechanics, perception, learning, and control. Our work spans the development of shared autonomy frameworks, adaptive physical interaction control, intent recognition, and formal safety assurance for collaborative systems. Faculty across mechanical engineering, electrical and computer engineering, aerospace engineering, interactive computing, and biomedical engineering collaborate to push the frontiers of safe, intelligent, and socially aware robots. Georgia Tech’s unique interdisciplinary ecosystem—spanning the Institute for Robotics and Intelligent Machines, the Manufacturing Institute, and the Emory-Georgia Tech biomedical community—positions us as a leader in developing the next generation of human-centered robotic technologies. -world testing, our innovations are bringing robots closer to integration into everyday life.