5 key facts about this project
The spatial organization within the project consists of a central gathering area surrounded by residential units and amenity spaces. The design integrates pathways that facilitate movement throughout the site, enhancing connectivity between individual residences and communal areas. The floor plan features a spiraling configuration, allowing for easy navigation and promoting social exchanges among occupants. The use of sectional views highlights the vertical relationship between spaces, providing ample natural light and ventilation.
One defining aspect of this project is its attention to materiality. A combination of stone, concrete, wood, brick, and glass has been employed to create a textured and inviting environment. The heavy stone and concrete form the structural base, while lighter elements of wood and glass contribute to an open and airy atmosphere. This careful selection of materials not only meets functional requirements but also aligns with sustainability goals by incorporating locally sourced resources and energy-efficient features.
Expanding on the unique design approaches, the project emphasizes the importance of transitional spaces. Arcades and cloisters are integral elements that serve as mediators between indoor and outdoor environments. These elements encourage residents to engage with the exterior, promoting a sense of community while also allowing for personal retreat within the private sections. The relationship with the landscape is enhanced by a thoughtful arrangement of green spaces and communal gardens, fostering interaction with the natural environment.
The architectural planning, sectional arrangements, and material choices present a cohesive framework that promotes both individual well-being and community interaction. Exploring the architectural plans, sections, and designs will provide further insights into the innovative ideas presented in this project. Interested individuals are encouraged to delve into the complete project presentation for a comprehensive understanding of its architectural implementation and concepts.