Max Robotics — Global Service Robot Directory + US Certification

About

The University of Hertfordshire has established itself as one of the world's leading centers for social robotics and human-robot interaction research, with a body of work that has fundamentally shaped how we design, deploy, and think about robots in human environments. With foundational publications like the landmark 2003 survey on socially interactive robots — now cited over 3,100 times — and a string of highly influential studies on social intelligence, robot companions, and assistive technologies, Hertfordshire has built an extraordinary intellectual legacy that continues to define the field. At the heart of the university's research identity is the Adaptive Systems Research Group, which has pioneered investigations into how robots can serve as genuine social partners. The celebrated AURORA project, spanning two decades, explored the use of autonomous robots as therapeutic tools for children with autism, producing the now-iconic KASPAR robot — a minimally expressive humanoid that has demonstrated remarkable potential for encouraging communication and social skills in vulnerable children. This translational work, bridging computer science, psychology, and clinical therapy, exemplifies Hertfordshire's commitment to human-centred robotics with real-world impact. Beyond autism therapy, researchers here have made seminal contributions to robot companion design, human-robot trust, proxemics, and the ethical dimensions of social robotics. Studies on how robot appearance, personality, and behavioral consistency affect user acceptance have directly informed commercial and service robot development worldwide. For prospective students and collaborators, Hertfordshire offers an unusually rich interdisciplinary environment where engineering rigor meets social science depth. With consistent citation impact across clinical, computational, and behavioral domains, the university represents an ideal home for researchers eager to push the boundaries of meaningful, socially intelligent robotics.