With leading institutions such as All India Institute of Medical Sciences (AIIMS) exploring immersive technologies, how do you see Virtual Reality evolving from a supplementary tool to a core component of medical education in India?
For any technology to become core, it has to prove consistent value in real training environments. That shift is already underway. Institutions are adopting VR to address gaps in clinical exposure, standardisation, and faculty bandwidth. As infrastructure stabilises and faculty adoption improves, VR transitions from an add-on to a dependable part of the core training workflow.
In your view, how can VR-based simulation contribute to improving consistency and standardisation in clinical training across diverse healthcare institutions in the country?
The biggest challenge in clinical training today is variability. The same procedure is often taught differently across trainers, institutions, and infrastructure setups. VR addresses this directly through protocol-driven simulation. Every learner goes through the same steps, in the same sequence, under the same conditions. This removes trainer bias and ensures a consistent baseline of competency. At scale, this is how you standardise outcomes across institutions.
As medical education increasingly aligns with competency-based frameworks, what role can immersive technologies play in enhancing both skill acquisition and assessment methodologies?
For skill acquisition, structured, protocol-based repetition is key. VR enables that without the constraints of patient availability or lab scheduling. Learners can practice until they achieve competence, not just until time runs out. The larger impact is in assessment. Faculty time is limited, and traditional methods often miss nuances in performance. With immersive simulation, every action is tracked against a defined protocol, ensuring objective evaluation with no critical steps missed. It shifts assessment from observational and variable to data-driven and consistent.
What structural or systemic shifts whether in policy, curriculum design, or faculty adoption are necessary to enable the wider integration of VR in medical and nursing education?
At a policy level, simulation-based training is already recognised as a valid modality. The next step is clearer integration into competency-based curricula. At the institutional level, success depends on implementation. VR must be embedded into schedules, aligned with rotations, and supported by faculty who are comfortable using it. Acceleration will come from better adoption frameworks, not just better technology.
The collaboration with AIIMS Delhi marks an important step. How does this partnership aim to build evidence around the long-term impact of VR in clinical training?
When AIIMS adopts a teaching tool, it sets direction for the broader medical education ecosystem. This collaboration focuses on embedding VR into standard training workflows and demonstrating consistent, scalable implementation. Working with AIIMS also allows us to generate credible, longitudinal evidence on learning outcomes, skill retention, and assessment quality. Standardisation at AIIMS creates a clear pathway for VR to become a recognised, and eventually regulated, component of medical training.
How is MediSim VR aligning its AI-enabled VR solutions with the evolving needs of medical institutions in terms of scalability, curriculum integration, and measurable outcomes?
Our simulation library is built on the mandated curriculum, enabling seamless integration into existing academic schedules. AI accelerates both content development and performance assessment, allowing us to scale without compromising clinical accuracy. Continuous deployments and research partnerships have built a strong base of outcome-driven evidence. This enables institutions to move from pilot adoption to measurable, system-wide implementation with clear outcome visibility.