Max Robotics — Global Service Robot Directory + US Certification

About

Florida State University has carved out a distinctive and multidisciplinary identity in robotics, artificial intelligence, and human-technology interaction research, making it a compelling destination for scholars interested in how intelligent systems reshape human experience across service industries, healthcare, and beyond. FSU's most prominent research cluster centers on the transformative role of AI and robotics in service environments. Landmark papers such as "Domo Arigato Mr. Roboto" (2016, over 1,200 citations) and "Service Robots Rising" (2019, nearly 1,100 citations) have become foundational references in service marketing and consumer behavior, exploring how humanoid robots alter customer perceptions, relationships, and compensatory responses. This work has directly influenced hospitality and tourism scholarship, with FSU researchers pioneering frameworks for understanding AI-driven frontline service interactions that have guided curriculum reform and industry practice globally. Beyond service science, FSU researchers have made lasting hardware and systems contributions. The collaborative robot (cobot) architecture, introduced in 2001 and refined in subsequent work, established a new paradigm for safe, direct human-robot physical interaction through virtual surfaces and haptic guidance — work that continues to inform collaborative robotics design. Additional contributions span dynamic modeling of skid-steered mobile robots, failure-tolerant path planning for redundant manipulators, biologically inspired legged locomotion, and real-time neural decoding for brain-machine interfaces, reflecting genuine breadth across robotics theory and application. FSU also demonstrates strength in intelligent systems architectures, wearable sensing technologies, pedagogical agents, and autonomous experimentation for materials discovery. With research outputs routinely attracting hundreds of citations across engineering, business, and cognitive science, FSU offers prospective students and collaborators a uniquely cross-disciplinary environment where robotics research meaningfully intersects with human behavior, education, and physical systems innovation.