1. EXPLORE – Understanding the Context and Key Concepts

STEM Concepts Involved

Biophilic design is inherently multidisciplinary, drawing from nature’s processes and forms to enhance the built environment in ways that support human health, ecological balance, and aesthetic richness. Integrating STEM education, science, Technology, Engineering, and Mathematics into biophilic design allows students to explore and apply real-world skills while engaging with sustainability challenges and environmental awareness.

Each STEM discipline offers a unique perspective for understanding and applying nature-inspired solutions:

• Biology deepens our understanding of natural systems, ecosystems, and biodiversity, which is essential for designing environments that interact harmoniously with living organisms.
• Physics helps us explore the behavior of natural forces like light, airflow, and energy transfer, all of which influence environmental comfort and efficiency.
• Mathematics provides the tools to recognize and apply natural patterns, such as symmetry, fractals, and the Fibonacci sequence, that often guide form and proportion in nature-based design.
• Technology empowers learners to experiment with innovative materials and digital tools, such as augmented reality (AR), to prototype and visualize sustainable, nature-integrated spaces.

Students gain practical experience in scientific observation, critical thinking, spatial reasoning, and ecological literacy through this approach. These connections support technical skill development and a deeper appreciation of nature's role in solving human-centered design challenges, bridging education, innovation, and sustainability.
Recent studies emphasize the power of nature-based STEM learning to foster creativity, well-being, and environmental responsibility among young learners (e.g., Wijesooriya et al., 2023; Al Sayyed & Al-Azhari, 2025). These experiences become even more immersive and impactful when supported by interactive technologies like AR.