Geodesic domes constructed with Kingspan panels and earth plaster create a self-sufficient community in South Sudan, integrating sustainable living practices with essential educational and social facilities.
5 key facts about this project
01
Geodesic dome design enhances thermal efficiency and reduces energy needs.
02
Integrated water harvesting systems address local water scarcity effectively.
03
Local materials like mud plaster promote cultural relevance and sustainability.
04
Elevated structures allow for agricultural practices beneath living spaces.
05
Community-centered layout fosters social interaction and resource accessibility.
General keywords
The OASIA project emerges as a comprehensive architectural response to the environmental and social challenges in South Sudan. Positioned within a geographically vulnerable region facing recurring droughts and energy scarcity, this design integrates strategies aimed at promoting sustainability and community resilience. The project consists of various interconnected elements, including micro homes, educational facilities, and communal spaces, fostering a collaborative living environment.
The architecture of OASIA features geodesic dome structures that capitalize on efficient spatial organization and optimal thermal performance. These units are designed to be functional and adaptable, capable of accommodating the needs of residents while minimizing ecological footprints. The project emphasizes a harmonious balance between natural resource usage and building practices, reflecting a commitment to sustainability and community engagement.
Sustainability and Resilience in Design
Key aspects of the OASIA project include integrated water harvesting systems, which are critical for addressing the region's water scarcity. The design employs renewable energy solutions, notably solar panels, to empower residents and reduce dependency on external energy sources. Additionally, the architectural layout promotes a circular economy through organic farming practices and sustainable waste management facilities.
The use of locally sourced materials, such as Kingspan panels for insulation and mud plaster for thermal compliance, establishes a connection with cultural practices and enhances local craftsmanship. The split geodesic dome not only provides structural integrity but also fosters pleasant indoor conditions through natural ventilation, effectively blending comfort with sustainability.
Community-Centric Functionality
The OASIA project's layout is strategically organized into distinct zones catering to various community functions. These zones include micro homes for individuals and families, a community school emphasizing education, and a multifunctional community center serving as a hub for gatherings and shared activities. This spatial organization encourages social interaction and ensures that essential resources are accessible to all residents.
Each element within the design contributes to the overall goal of fostering a connected and resilient community. The elevated nature of the structures allows for agricultural activities below, integrating food production with living spaces. The design nurturingly situates the inhabitants within their environment, thereby promoting a culture of sustainability and communal responsibility.
The OASIA architectural project represents a forward-thinking approach to modern living in challenging environments. Its focus on community engagement, sustainable practices, and innovative architectural solutions sets it apart from conventional designs. For deeper insights into this project, explore the architectural plans and designs to understand the nuanced applications of these innovative ideas.
The architecture of OASIA features geodesic dome structures that capitalize on efficient spatial organization and optimal thermal performance. These units are designed to be functional and adaptable, capable of accommodating the needs of residents while minimizing ecological footprints. The project emphasizes a harmonious balance between natural resource usage and building practices, reflecting a commitment to sustainability and community engagement.
Sustainability and Resilience in Design
Key aspects of the OASIA project include integrated water harvesting systems, which are critical for addressing the region's water scarcity. The design employs renewable energy solutions, notably solar panels, to empower residents and reduce dependency on external energy sources. Additionally, the architectural layout promotes a circular economy through organic farming practices and sustainable waste management facilities.
The use of locally sourced materials, such as Kingspan panels for insulation and mud plaster for thermal compliance, establishes a connection with cultural practices and enhances local craftsmanship. The split geodesic dome not only provides structural integrity but also fosters pleasant indoor conditions through natural ventilation, effectively blending comfort with sustainability.
Community-Centric Functionality
The OASIA project's layout is strategically organized into distinct zones catering to various community functions. These zones include micro homes for individuals and families, a community school emphasizing education, and a multifunctional community center serving as a hub for gatherings and shared activities. This spatial organization encourages social interaction and ensures that essential resources are accessible to all residents.
Each element within the design contributes to the overall goal of fostering a connected and resilient community. The elevated nature of the structures allows for agricultural activities below, integrating food production with living spaces. The design nurturingly situates the inhabitants within their environment, thereby promoting a culture of sustainability and communal responsibility.
The OASIA architectural project represents a forward-thinking approach to modern living in challenging environments. Its focus on community engagement, sustainable practices, and innovative architectural solutions sets it apart from conventional designs. For deeper insights into this project, explore the architectural plans and designs to understand the nuanced applications of these innovative ideas.
