Josh E. Schroeder

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About

Josh E. Schroeder is a pioneering spine surgeon whose research has significantly advanced the application of robotic technology in spinal surgery. His work centers on robotic-assisted surgical techniques, spinal trauma management, and vertebral augmentation procedures, with a particular focus on improving safety and precision for complex spinal interventions. Schroeder's most influential contribution, "Robot-Assisted Vertebral Body Augmentation" (2013), garnered 66 citations and demonstrated that robotic guidance could substantially reduce radiation exposure during vertebral compression fracture treatment — a finding with profound implications given the aging population's rising fracture incidence. This work helped establish robotic platforms as a viable and safer alternative to conventional fluoroscopic techniques. Building on this foundation, Schroeder expanded robotic applications to the technically demanding realm of sacral fracture fixation, addressing the steep learning curve and anatomical risks inherent in these procedures. His most recent work explores a groundbreaking concept — coordinating two robotic systems simultaneously during thoracolumbar and sacral surgery within hybrid operating rooms — representing a frontier in intraoperative technology integration. Collectively, Schroeder's research reflects a sustained commitment to harnessing emerging technologies to enhance surgical outcomes, minimize patient radiation exposure, and push the boundaries of what robotic-assisted spine surgery can achieve.