This project showcases an advanced neuroanatomy VR platform developed for neuroscience departments and teaching hospitals seeking precision-driven immersive learning. The solution integrates high-fidelity 3D brain anatomy VR models with interactive brainstem and neural pathway exploration, enabling accurate spatial understanding and clinical mapping. Designed to support structured neurosurgery VR training, the system allows residents and surgeons to visualize cranial nerves, vascular structures, and functional brain regions in full 360° immersion. With multi-user collaboration, real-time analytics, and scalable deployment across simulation labs, this neuroanatomy VR platform strengthens surgical confidence, enhances retention, and modernizes neuroscience education.
Portfolio: Human Eye Anatomy VR Platform for Ophthalmic Education & Surgical Training
An advanced human eye anatomy VR platform designed for ophthalmology hospitals, medical universities, and simulation centers. This immersive system features a clinically accurate Human eye 3D model with labels, enabling interactive exploration of retinal, corneal, and...








