Phase Description
Explore

- Research and Discovery: Investigate biological systems (e.g., termite mounds, lotus leaves, bird nests) and their relevance to architecture.

- Content Development: Develop foundational materials explaining how biological functions can be applied to architectural elements (e.g., ventilation, insulation, structure).

- Needs Analysis: Identify knowledge gaps and learning opportunities in bio-architecture and sustainable urban design.
Execute


- Curriculum Implementation: Deliver interdisciplinary lessons combining biology and architecture (e.g., how cactus skin informs water collection surfaces).

- Interactive Exercises: Engage students with hands-on activities and AR simulations to model nature-inspired building features.

- Feedback Collection: Gather insights from learners and educators to improve the integration of biological concepts into design thinking.
Enhance

- AR Integration: Apply AR to visualize and interact with biomimetic building elements (e.g., simulate airflow in termite-inspired ventilation systems).

- Interactive Learning: Students manipulate 3D biological models and architectural analogs, bridging nature and the built environment.

Gamified Content:

- Points and Badges: Earn rewards by identifying biological strategies and linking them to architectural solutions (e.g., mimic lotus effect for facade self-cleaning).
- Leaderboards: Foster friendly competition on tasks like matching natural systems with their built counterparts.
- Quests and Levels: Advance through biomimicry challenges, from basic biological concepts to complex design applications.
- Rewards for Exploration: Discover hidden architectural strategies within AR models of animal habitats or plant structures.
- Collaborative Gamified Tasks: Work in teams to design nature-inspired city zones, using AR to simulate environmental impact and energy efficiency.

AR-Based Assessments:  
- Use AR to assess understanding by having students demonstrate the translation of a biological principle (e.g., the structure of honeycombs) into a building component (e.g., modular wall systems).