Max Robotics — Global Service Robot Directory + US Certification

About

A. Kapoor is a leading researcher in medical robotics, with a focus on developing intelligent control systems for surgical assistance and minimally invasive procedures. His major contributions center on constrained optimization frameworks for virtual fixtures—algorithms that provide real-time guidance and safety constraints to surgeons during delicate operations. His most cited work, "Constrained control for surgical assistant robots" (2006, 71 citations), formalized a library of virtual fixtures using weighted multi-objective optimization, enabling safer and more precise robot-assisted surgery. Kapoor also pioneered cooperative human-robot systems for microinjection, as demonstrated in his 2004 paper (50 citations), where he validated stable force control laws for the JHU "Steady-Hand" robot. He advanced telerobotic suturing in confined spaces, such as the throat and upper airways, using an 8-DoF hybrid robot (44 citations), and developed MRI-compatible hands-on cooperative control for image-guided interventions (17 citations). His work on open-source software frameworks for medical robot control (45 citations) has helped standardize and accelerate research in computer-integrated surgery. With over 300 total citations, Kapoor’s research has significantly enhanced the safety, precision, and accessibility of robotic surgical systems.