IIT Kharagpur Ties Up with Intuitive Foundation for AI-Powered Robotic Surgery Research

Nisha Sharma
Author :
Nisha Sharma
Last Updated on : 19 Dec 2025 11:05AM

Kolkata and IIT-Kharagpur have collaborated with the Intuitive Foundation to establish a research program aimed at building AI-based digital models of surgery, enhancing the safety, consistency, and automation of robotic-assisted procedures.

The institute has announced the launch of MANAS (Multi-modal AI in Navigation & Automation for Surgical Robotics) SC in the context of a partnership. It means digitalising surgical workflows in an organised manner and methodically outlining decisions at each stage of the surgical process, from pre- to post-op. 

According to the report, the effort aims to identify repetitive tasks and high-impact decisions that could benefit from early focused process automation and/or AI-based advice.

The research will be conducted using the da Vinci Research Kit (dVRK), a non-clinical platform that was developed from decommissioned da Vinci systems and allows academics to conduct experiments in surgical laboratory settings that are realistic but not human.

According to the statement, the clinical data from real-life cholecystectomy procedures will be relied upon heavily to make digital models that facilitate safer, widely standardised robot-based care.

The program brings together academics, medical professionals, and international technology partners to develop “robust and responsible frameworks that drive surgical safety and patient outcomes," according to Prof. Suman Chakraborty, Director of IIT Kharagpur. 

FAQ's
IIT Kharagpur has partnered with the Intuitive Foundation to launch a research programme focused on developing AI-enabled digital models for robotic-assisted surgery to improve safety, consistency and automation in surgical procedures
The initiative, named MANAS (Multi-modal AI in Navigation & Automation for Surgical Robotics), aims to create detailed digital representations of surgical workflows, map key decision points, and identify repeatable tasks that can benefit from AI guidance and early-stage automation.
Researchers will use the da Vinci Research Kit (dVRK) — a non-clinical platform adapted from retired surgical robots — to experiment and refine AI models. The programme brings together academia, clinicians, technology partners, and Nil Ratan Sircar Medical College & Hospital to enhance surgical safety and patient outcomes.

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