This project aims to create a VR-based medical training simulation platform that allows students to practice surgical procedures and emergency responses in a risk-free virtual environment. The system enhances experiential learning, improves skill retention, and reduces dependence on physical training resources.
Research VR applications in medical education.
Design 3D anatomical models of human organs.
Develop interactive surgical tool simulations.
Implement hand-tracking or controller-based interaction.
Create guided tutorials for different procedures.
Integrate performance scoring and feedback mechanisms.
Add real-time error detection and correction prompts.
Implement immersive sound effects for realism.
Conduct performance optimization for smooth VR experience.
Test the application with sample medical students.
Collect feedback and improve usability features.
Ensure realistic physics simulation for tools and tissues.
Prepare technical documentation including flowcharts and database design.
Present comparative analysis with traditional learning methods.
