Sunipa Saha

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About

Sunipa Saha is a pioneering researcher at the intersection of robotics, haptics, and augmented reality, with a primary focus on enhancing human-machine interaction in high-stakes environments. Her major contributions lie in sensory substitution for robot-assisted surgical systems, where she developed dynamic augmented reality techniques to compensate for the lack of direct haptic feedback. By translating force and tactile cues into visual or auditory signals, Saha’s work enables surgeons to perform teleoperated procedures with greater precision and confidence, effectively bridging the gap between traditional open surgery and minimally invasive techniques. Her most-cited paper, "Dynamic Augmented Reality for Sensory Substitution in Robot-Assisted Surgical Systems" (2006), has garnered 69 citations, underscoring its foundational impact on the field. This research not only advanced surgical robotics but also opened new avenues for sensory augmentation in rehabilitation and assistive technologies. Saha’s innovative approach—combining real-time data visualization with intuitive user interfaces—has been recognized as a key step toward safer, more effective robotic surgery. Her work continues to inspire engineers and clinicians alike, demonstrating how augmented reality can transform complex tasks into manageable, feedback-rich experiences.