معرفی
Jason Zachary Moore is a Professor in the Department of Mechanical Engineering and Department of Surgery. His research program bridges engineering and clinical practice, focusing on developing innovative solutions for medical training and robotic-assisted procedures. He leads multiple federally funded projects aimed at enhancing surgical education and device design.
Moore's research encompasses medical robotics, haptic feedback systems, surgical simulation technologies, biomechanics of tissue cutting, and optimization of medical training protocols. His work targets critical areas like central venous catheterization, laparoscopic training, and fracture repair robotics, emphasizing both technical innovation and clinical applicability.
Recent publications (96 total outputs) demonstrate a strong focus on quantitative assessment of surgical training methodologies, robotic system development for medical interventions, and analysis of clinical outcomes. Themes include mixed-reality surgical trainers, hand-tracking validation, robot-assisted orthopedic procedures, and gender dynamics in skill acquisition.
Active Grants:
- Advanced Colonoscopy Training Through Manikin Sensorization and Computational Optimization (NIDDK, 2023-2026)
- Dynamic Haptic Robotic Training for Central Venous Catheter Insertion (NHLBI, 2015-2024)
- Vibratory Cutting Mechanics with Compliant Needle Geometry (NSF, 2014-2018)
