
Research in virtual reality, assistive neural interfaces, high-fidelity physics simulation, and applied AI at the Indian Institute of Information Technology Sri City.

Enabling surgical teams to project and annotate volumetric 3D organ models asynchronously in shared 6DOF spatial coordinates.

High-fidelity aerodynamics, multi-stroke kinematics with Holt-linear filtering, body-scaled calibration, and 12-IMU full-body tracking.

Deep learning transformer model translating Indian Sign Language gestures into real-time spoken and written sentences.

Personalized motor therapy exergaming with 84.2% trajectory compliance, real-time kinematic analytics, and standalone VR/MR adaptation for stroke recovery.
Directing research initiatives across spatial computing, assistive interfaces, and applied AI at IIIT Sri City.

Assistant Professor & HCI Director
We design interfaces that understand human intent, preserve spatial reality, and empower speech and motor inclusion.