The objective of this project is to develop an AI-powered VR disaster management simulator that trains users in handling earthquakes, floods, and terrorist emergencies. The system dynamically adapts scenarios using artificial intelligence to improve decision-making skills and emergency preparedness in high-risk situations.
Research disaster management protocols and crisis response frameworks.
Design multiple 3D disaster environments such as urban, coastal, and industrial zones.
Integrate AI algorithms to dynamically modify scenarios based on user decisions.
Implement real-time hazard propagation such as spreading fire or rising flood levels.
Develop interactive rescue tools and emergency response equipment.
Add non-player characters (NPCs) with AI-based behavioral patterns.
Integrate voice command functionality for issuing rescue instructions.
Implement performance scoring based on response time and decision accuracy.
Optimize rendering and physics simulations for realistic immersion.
Conduct user testing to evaluate stress-handling and adaptability.
Analyze training effectiveness using collected user performance data.
Prepare technical documentation, AI workflow diagrams, and evaluation reports.
