5 key facts about this project
### Project Overview
The residential complex "Under the Leaves" is located in Dubai within a sustainable community framework. This project emphasizes a commitment to modern architectural aesthetics while addressing sustainable living. The design is centered around enhancing the relationship between the residential spaces and the surrounding natural environment, fostering an atmosphere that promotes both comfort and a connection to nature.
### Spatial Strategy and Community Integration
The layout of "Under the Leaves" is designed to facilitate both communal interaction and individual privacy, particularly on the ground floor where family-centric spaces are prioritized. These areas provide easy access to private gardens, promoting outdoor activities and engagement among residents. The arrangement of open spaces encourages natural light and ventilation, with expansive glass doors extending living spaces into exterior environments. Upper floors are designed with terraces and gardens that function as private green retreats, further enhancing the residential experience while maintaining privacy.
### Materiality and Sustainability
The material selection reflects a balance of durability, aesthetic quality, and environmental responsibility. Reinforced concrete serves as the primary structural element, ensuring longevity and stability. Large glass panels are employed in the façades to optimize natural light and facilitate visual connections with the landscape. Engineered wood is used for sunshades and fencing, providing warmth and contrast to the concrete. Additionally, lightweight metal is utilized in roofing and canopies, enabling an expansive architectural language with minimal structural implications. Innovative features such as outdoor ventilation pathways and cross-ventilation systems were integrated to reduce dependency on mechanical cooling, aligning with the project's sustainability objectives. Rooftop gardens contribute to biodiversity and recreational opportunities while mitigating heat gain for the building.