Max Robotics — Global Service Robot Directory + US Certification

About

Baylor College of Medicine stands at a dynamic intersection of clinical medicine, biomedical engineering, and surgical innovation, establishing itself as a powerhouse in robotic surgery, rehabilitation robotics, and translational biomedical research. With deep roots in Houston's Texas Medical Center — one of the world's largest medical complexes — Baylor's researchers benefit from extraordinary clinical resources and collaborative opportunities that few institutions can match. The college has made transformative contributions to robotic surgical education and assessment. The development and validation of the Global Evaluative Assessment of Robotic Skills (GEARS), now among the most-cited works in surgical robotics with nearly 500 citations and externally validated across multiple institutions, has become a gold-standard framework for measuring robotic surgical competency worldwide. Complementing this, Baylor researchers pioneered novel techniques such as "chopstick" surgery for single-incision robotic procedures and advanced 3D-printed patient-specific kidney models for preoperative rehearsal, pushing the boundaries of precision and minimally invasive care. Beyond the operating room, Baylor's rehabilitation engineering efforts are equally impressive. The RiceWrist-S exoskeleton and related work on normalized movement quality metrics demonstrate a rigorous commitment to restoring function after spinal cord injury and stroke — research that directly bridges engineering excellence with patient outcomes. In molecular medicine, the institution has contributed landmark work in antibody microarray biomarker discovery for prostate cancer, phosphoprotein signaling, and bacterial DNA diagnostics, reflecting remarkable breadth across computational biology and genomics. Prospective students and collaborators will find in Baylor College of Medicine a rare environment where clinical urgency drives engineering innovation, supported by world-class faculty, multicenter trial networks, and a culture of rigorous, high-impact science.