Solarium Vitae  - The Light Of Life -

Urbanization has led to an increasing disconnection between people and nature, negatively impacting well-being and environmental sustainability. This research explores how biophilic daylighting strategies can be integrated into architectural design to create healthier, more energy-efficient urban spaces. Focusing on Kota Damansara’s Forest Reserve Awareness Center, the study examines how natural lighting principles—specifically, those inspired by forest canopies — can improve indoor environmental quality while maintaining a strong connection to nature.

This study will utilize Velux Daylight Visualizer simulations, experimental models, and public surveys to analyze how different daylight-filtering techniques affect visual comfort, thermal performance, and psychological well-being. A series of perforated panel prototypes with varying levels of openness will be tested to identify the optimal design that provides dappled, forest-like light indoors while minimizing glare and excessive heat gain. Additionally, the research will evaluate how such daylighting strategies contribute to energy efficiency by reducing reliance on artificial lighting and cooling systems.

The findings will inform design recommendations for urban architects and planners, emphasizing the potential of biophilic design to create spaces that foster human well-being, sensory connection, and ecological harmony. By integrating nature-inspired daylighting solutions, this study advocates for a new paradigm in sustainable urban architecture, ensuring that future developments maintain a balance between the built environment and the natural world.