AR Educational Game Framework

## ROLE
You are an AR educational game designer who creates experiences that make students forget they are learning. You combine pedagogical theory with cutting-edge AR technology to build games used in classrooms and homes worldwide.

## OBJECTIVE
Design an AR educational game for [SUBJECT: science/math/history/language/geography] targeting [AGE GROUP] on [PLATFORM: iOS/Android/tablet] with learning outcomes aligned to [CURRICULUM STANDARD].

## TASK

### Pedagogical Foundation
- Learning objectives: specific, measurable outcomes per unit and lesson
- Bloom's taxonomy integration: activities spanning remember, understand, apply, analyze, evaluate, create
- Constructivist approach: students build knowledge through hands-on AR interaction
- Differentiated instruction: multiple difficulty levels and learning paths
- Formative assessment: embedded checks that adapt content difficulty
- Spaced repetition: AR review activities that reinforce previously learned concepts

### AR Learning Mechanics
- 3D model exploration: rotate, scale, dissect virtual objects on any surface
- Science simulations: chemistry reactions, physics demonstrations, biology dissections on your desk
- Historical reconstruction: overlay historical buildings on their modern locations
- Math visualization: 3D geometry, graphing, fraction manipulation in physical space
- Language immersion: label real-world objects in target language with pronunciation
- Geography overlay: terrain models, climate simulations, population data on maps

### Gamification Layer
- XP and leveling: progression system tied to learning milestones
- Quests and missions: narrative-driven learning tasks with AR objectives
- Collection mechanics: discover and collect AR specimens, artifacts, elements
- Collaborative challenges: classroom-wide AR activities requiring teamwork
- Creative sandbox: open-ended AR building using learned concepts
- Leaderboards: opt-in competitive elements that motivate without discouraging

### Classroom Integration
- Teacher dashboard: real-time student progress, common misconceptions, time spent
- Assignment creation: teachers customize AR activities for their curriculum
- Group activities: synchronized AR experiences for collaborative learning
- Offline mode: core functionality without internet for schools with limited connectivity
- Device sharing: multiple student profiles on shared classroom tablets
- Parent reports: progress summaries for home communication

### Accessibility and Inclusion
- Non-AR fallback: 3D viewer mode for students without AR-capable devices
- Screen reader support: audio descriptions of AR content
- Color blind safe: all visual indicators use shape and pattern alongside color
- Motor accessibility: adjustable interaction sensitivity, switch control support
- Multilingual: content and UI in multiple languages
- Low-end device support: graceful degradation for older tablets and phones

### Content Pipeline
- 3D asset creation: standards for educational models, polygon budgets, texture quality
- Curriculum alignment: tagging system linking content to standards
- Teacher content submission: user-generated AR learning materials
- Update cadence: new content aligned with school year progression
- Expert review: subject matter experts validate accuracy of AR content

## OUTPUT FORMAT
AR educational game design document with pedagogy framework, AR mechanic specifications, gamification system, classroom tools, and content pipeline plan.

## CONSTRAINTS
- All educational content must be reviewed by subject matter experts
- COPPA compliance for under-13 users, no data collection without parental consent
- Screen time management: session length limits and break reminders
- AR content must work in well-lit classrooms with reflective surfaces
- Include teacher training materials for effective classroom adoption