5 key facts about this project
Gardens is an architectural design that blends historical influences with modern living needs. Located in Rome, it pays tribute to the city’s rich architectural heritage while providing functional spaces for the community. The design centers around concrete beams that form a structural framework, surrounded by verdant ivy, which invites nature into everyday life.
Design Concept
The project utilizes a cross-construction of two-level high beams, fostering various spatial experiences. This arrangement encourages interaction between indoor and outdoor areas, allowing natural light to fill the spaces. The balance between transparent and solid elements creates environments that cater to communal gatherings and private moments, making the building adaptable to different living styles.
Structural Composition
The design accommodates larger facilities over one or two levels while also being flexible enough to include numerous smaller residential units. Elevation changes arise where the concrete beams intersect, optimizing outdoor areas that can hold vegetable gardens and shared spaces. These features support a lifestyle that values sustainability and community engagement.
Materiality
'Warm-concrete' is a primary material in the construction, allowing for a continuous structure. This choice enhances comfort and energy efficiency, handling changes in weather effectively. The focus on transparency further ensures good airflow within the spaces, contributing to a healthier living environment. The presence of climbing ivy improves both the aesthetic appeal and environmental functionality of the design.
Unique Attributes
The design promotes a sense of community by integrating shared spaces with private units. Ivy grows along the structures, creating a connection to the surrounding landscape. This detail enhances residents' engagement with nature and supports biodiversity within an urban setting. Such elements emphasize a responsive approach to living, making Gardens a fitting example of modern urban architecture.