Abstract:
This project focuses on designing a haptic device integrated into a Virtual reality
(VR) environment to enhance surgical training. Combining force feedback, sensor
integration, and 3D modeling, the device offers a realistic simulation of surgical
procedures. Using Unity for simulation, Blender for 3D modeling, and precise
sensors for feedback, the system aims to bridge the gap between theoretical
learning and practical expertise. The innovation lies in its immersive, interactive
design and its potential for reducing errors in surgical training.
