Max Robotics — Global Service Robot Directory + US Certification

About

The University of Miami stands as a dynamic research institution where the boundaries between technology, medicine, and education converge in remarkable ways. With deep roots in robotic surgery, rehabilitation engineering, artificial intelligence, and computational thinking, UM has established itself as a destination for scholars pushing the frontiers of applied innovation across disciplines. Perhaps most prominently, UM researchers have helped redefine minimally invasive surgical care. Their participation in the landmark RAZOR trial—comparing robot-assisted versus open radical cystectomy—generated over 760 citations and directly influenced clinical standards worldwide. Complementing this, UM-affiliated surgeons co-developed the first evidence-based international guidelines on minimally invasive pancreas resection, while contributing foundational work on robotic urological surgery credentialing and spine robotics. The institution's contributions to quality assurance for robotic radiosurgery further underscore its commitment to precision medicine. Beyond the operating room, UM has made significant strides in rehabilitation robotics and locomotor training for individuals with spinal cord injury, with multiple highly cited clinical trials demonstrating meaningful improvements in walking speed and gait quality. These efforts reflect a broader commitment to translating robotic and AI-driven tools into patient outcomes. In education and computing, UM researchers are shaping how the next generation engages with technology, contributing landmark literature reviews on computational thinking and STEM integration that have collectively garnered nearly 600 citations. Early theoretical work in robot positioning and hybrid force-position control of manipulators further anchors the institution's legacy in foundational robotics. For prospective students and collaborators, the University of Miami offers an intellectually vibrant environment where surgical robotics, rehabilitation science, wireless autonomous systems, and AI-driven education research intersect—producing scholarship with genuine global reach.