Max Robotics — Global Service Robot Directory + US Certification

About

Jagadeesan Jayender is a pioneering researcher at the intersection of medical robotics, surgical instrumentation, and minimally invasive intervention. His work has fundamentally advanced how robots can augment clinical procedures, with a particular focus on two transformative areas: robot-assisted catheter navigation and intraoperative tactile sensing for tumor localization. Jayender's most influential contribution — his tactile sensing instrument for minimally invasive cancer surgery (110 citations) — directly addresses a critical limitation of laparoscopic procedures: the inability of surgeons to manually palpate tissue through small incisions. By engineering a sensor-equipped instrument capable of measuring distributed pressure profiles, he opened a pathway for more accurate intraoperative tumor identification. Equally impactful is his body of work on autonomous catheter insertion, where he developed image-guided, robot-assisted systems that protect interventional cardiologists from prolonged radiation exposure during angioplasty — work that has collectively garnered over 240 citations across multiple publications. His contributions extend further into force control for redundant robotic arms, bilateral teleoperation of flexible catheters, and optimizing catheter ablation for atrial fibrillation. Jayender's research consistently bridges advanced robotics theory with urgent clinical need, making him a significant figure in the emerging field of surgical robotics.