Constructed using 3D-printed totems made from recycled plastic, this modular housing project redefines community living by seamlessly integrating adaptable social spaces with private retreats.
5 key facts about this project
01
Constructed with 3D-printed totems made from recycled ocean plastics.
02
Integrates flexible living modules for both communal and private spaces.
03
Employs passive design principles for enhanced natural ventilation.
04
Features a site-specific layout that promotes interaction among residents.
05
Utilizes local craftsmanship in construction to bolster community engagement.
General keywords
The architectural project "Rhizomatic Living," located in Pinamar, Argentina, presents a modern approach to residential design. This project emphasizes sustainability while fostering social interactions among residents. The architectural design reflects the cultural values of Argentine society, where communal living and shared experiences are essential.
The primary function of "Rhizomatic Living" is to offer adaptable housing that accommodates both private and shared spaces. The design utilizes a modular framework that allows for flexibility in living arrangements, while maintaining a sense of privacy in individual units. This configuration not only emphasizes personal space but also encourages residents to engage with each other in communal activities, reinforcing the social fabric of the community.
The project features several noteworthy architectural elements. The incorporation of a "totem," which is a 3D-printed structure made from recycled ocean plastics, is one of its defining characteristics. The "totem" houses essential facilities such as sleeping quarters, workspaces, and bathrooms, promoting an efficient use of space. This innovative approach to material usage highlights a commitment to sustainability and offers a unique solution to modern housing challenges. Additionally, the project integrates extensive use of passive design principles, optimizing natural light and ventilation throughout the living spaces.
The landscape around the units plays a crucial role in the project's functionality. Outdoor spaces are designed to merge seamlessly with indoor areas, allowing for flexible use throughout the seasons. The strategic placement of each module enhances community interactions while providing private retreats. This design flexibility is further supported by the choice of materials, such as wood for warmth and insulation, alongside galvanized steel for structural integrity.
Architecturally, "Rhizomatic Living" stands out due to its nod towards the philosophy of rhizome theory, which eschews hierarchical structures in favor of networks and connections. This non-linear approach allows for diverse interactions among inhabitants, making the living experience more dynamic and inclusive. Furthermore, the project emphasizes the role of local craftsmanship, with construction practices that involve community members, thereby fostering a sense of ownership and pride among residents.
For readers interested in architectural details, exploring the project presentation will provide further insights into architectural plans, sections, and designs that shape this unique residential concept. Delving into these aspects will enhance understanding of the innovative ideas that drive the "Rhizomatic Living" project, underscoring its relevance in contemporary architectural discourse.
The primary function of "Rhizomatic Living" is to offer adaptable housing that accommodates both private and shared spaces. The design utilizes a modular framework that allows for flexibility in living arrangements, while maintaining a sense of privacy in individual units. This configuration not only emphasizes personal space but also encourages residents to engage with each other in communal activities, reinforcing the social fabric of the community.
The project features several noteworthy architectural elements. The incorporation of a "totem," which is a 3D-printed structure made from recycled ocean plastics, is one of its defining characteristics. The "totem" houses essential facilities such as sleeping quarters, workspaces, and bathrooms, promoting an efficient use of space. This innovative approach to material usage highlights a commitment to sustainability and offers a unique solution to modern housing challenges. Additionally, the project integrates extensive use of passive design principles, optimizing natural light and ventilation throughout the living spaces.
The landscape around the units plays a crucial role in the project's functionality. Outdoor spaces are designed to merge seamlessly with indoor areas, allowing for flexible use throughout the seasons. The strategic placement of each module enhances community interactions while providing private retreats. This design flexibility is further supported by the choice of materials, such as wood for warmth and insulation, alongside galvanized steel for structural integrity.
Architecturally, "Rhizomatic Living" stands out due to its nod towards the philosophy of rhizome theory, which eschews hierarchical structures in favor of networks and connections. This non-linear approach allows for diverse interactions among inhabitants, making the living experience more dynamic and inclusive. Furthermore, the project emphasizes the role of local craftsmanship, with construction practices that involve community members, thereby fostering a sense of ownership and pride among residents.
For readers interested in architectural details, exploring the project presentation will provide further insights into architectural plans, sections, and designs that shape this unique residential concept. Delving into these aspects will enhance understanding of the innovative ideas that drive the "Rhizomatic Living" project, underscoring its relevance in contemporary architectural discourse.
