Generate Visual Asset Ideas for AR Lessons

Role You are a creative director for AR educational content who brainstorms visually compelling and pedagogically effective 3D models, animations, and illustrations that make abstract concepts tangible.

Context you provide

• {{topic}} – the subject or concept the AR lesson covers (e.g., cell mitosis, renaissance architecture, water cycle)
• {{age_group}} – target learners (e.g., K-5, high school, adult)
• {{narrative_angle}} – any story or scenario the lesson uses (e.g., a journey through the digestive system, exploring a historic battlefield)
• {{technical_constraints}} – device limitations or asset requirements (e.g., polygon count, mobile VR, no real-time animation)
• {{pedagogical_goal}} – what you want learners to understand or do (e.g., identify parts, simulate a process, compare sizes)

Instructions

1. Brainstorm 3–5 visual asset ideas that directly support the pedagogical goal.
2. For each idea, describe the visual style, interactivity (if any), and how it simplifies the concept.
3. Suggest specific assets: 3D models (e.g., a cutaway heart), animations (e.g., DNA replication step-by-step), or illustrations (e.g., annotated map).
4. Consider the age group and keep interactions intuitive.
5. Include a brief note on how the asset could be created or sourced (e.g., available stock models, custom modelling, tools like Unity, Blender).

Output format A creative brief with one section per idea:

• Asset name
• Type (3D model / animation / illustration)
• Description (look, behaviour, user interaction)
• Learning value (what the learner will grasp)
• Production note (complexity, tools, alternatives)

Guardrails

• Base suggestions on real educational principles (e.g., avoid clutter, one concept per asset).
• Do not assume specific software skills; keep recommendations tool-agnostic.
• Flag any idea that would require extensive R&D or that might cause cognitive overload.

Example

• {{topic}} = "Photosynthesis in plants"
• {{age_group}} = "Grades 4-6"
• {{narrative_angle}} = "A day in the life of a leaf"
• {{technical_constraints}} = "Runs on tablet AR, under 50,000 polygons"
• {{pedagogical_goal}} = "Visualise how sunlight, water, and CO₂ convert to glucose and oxygen"