Personalized paths based on learner performance
360° VR environments for deep engagement
Achievement systems and rewards
Track and optimize learning outcomes
Comprehensive needs assessment using AI analytics to identify learning gaps and user requirements
Created immersive storyboards with VR environments, gamification mechanics, and adaptive pathways
Built using Unity 3D, TensorFlow for AI, and WebXR for browser-based VR experiences
Cloud-based deployment with real-time synchronization and cross-platform compatibility
Continuous assessment through learning analytics, user feedback, and performance metrics
Understanding academic integrity principles
Proper referencing techniques
24/7 AI-powered assistance
Quick prototype with AI chatbot using GPT-3.5 API for natural conversations
Rapid cycles testing conversation flows and knowledge base accuracy
Incremental feature additions based on user feedback
Proper stretching techniques
Real-time posture correction
Performance analytics
Studied workplace ergonomics and common physical strains
3D avatar modeling with motion capture data
WebXR implementation with TensorFlow.js for pose detection
Browser-based VR compatible with various headsets
User performance tracking and health improvements
Identify healthy vs unhealthy foods
Quick healthy choices under pressure
Reinforce positive eating behaviors
Basic game prototype in 2 days using Phaser.js
Weekly updates based on player feedback
Added levels, power-ups, and leaderboards incrementally
Recognize different types of plagiarism
Master APA, MLA, and Chicago styles
Ethical research practices
Ethical use of AI in academics
Surveyed 500+ students on academic integrity challenges
Adaptive learning paths with AI-powered personalization
Interactive scenarios with real-world examples
LMS integration with progress tracking
Pre/post assessments showing 85% improvement
Identify workplace safety risks
Follow proper safety procedures
React appropriately to emergencies
5-minute microlearning prototype in 1 week
3 rounds of user testing and refinement
Added interactive scenarios based on feedback