Constructed from rammed earth and topped with ETFE roofing, the facility integrates communal living spaces and sustainable practices in a mountainous environment.
5 key facts about this project
01
Integrates local rammed earth materials for enhanced insulation and sustainability.
02
Utilizes ETFE roofing to maximize natural light while minimizing structural weight.
03
Employs a geodesic design for optimized load distribution and earthquake resistance.
04
Incorporates a variable brick jig for on-site, tailored production of building materials.
05
Features a central hearth for communal warmth and social interaction within living spaces.
General keywords
Project specific keywords
The architectural project is a community-centered facility located in a mountainous region, characterized by its circular form inspired by mandala designs. This design choice reflects the principles of interconnectedness and wholeness often associated with spiritual practices in local cultures. The building serves multiple functions, including communal living spaces, areas for gathering, cooking, and educational purposes.
The project emphasizes sustainable practices by integrating local materials and renewable energy solutions, demonstrating a strong commitment to environmental stewardship. The construction primarily utilizes rammed earth bricks, which are not only locally sourced but also provide excellent thermal performance suitable for the climate. The ethylene tetrafluoroethylene (ETFE) roofing allows for natural light to enter while maintaining structural integrity and supporting energy generation through solar panels.
Unique Design Approaches
A significant aspect of this project is its construction technique. The use of rammed earth aligns with traditional building methods in the region, promoting regional architectural identity while ensuring durability against natural disasters such as landslides and earthquakes. Additionally, a geodesic tessellation approach distributes structural loads effectively, enhancing the building's resilience.
The design incorporates color-coded bricks differentiated by size and geometry, allowing for efficient construction and providing visual interest. A variable brick jig enables on-site production of bricks tailored to the project's specific needs, reinforcing the use of local craftsmanship.
Spatial Organization
The spatial configuration fosters a sense of community, with labyrinthine pathways leading to various multi-use spaces. The integration of a central hearth creates a focal point for communal activities, enhancing social interactions among occupants. The flowing forms of the interiors are designed to improve acoustic properties and light distribution, ensuring a comfortable living environment.
The project integrates renewable energy systems, including wind turbines and solar panels, to support its operational demand. This energy strategy is complemented by passive heating techniques derived from the central hearth, facilitating a sustainable and energy-efficient building environment.
The fusion of cultural significance, sustainability, and functional design principles distinguishes this architectural project within the context of contemporary architecture.
Explore the project presentation for more detailed insights into architectural plans, architectural sections, and architectural designs that illustrate further components of this thoughtful design. Understanding these elements will provide a comprehensive view of the architectural ideas and innovations employed in this project.
The project emphasizes sustainable practices by integrating local materials and renewable energy solutions, demonstrating a strong commitment to environmental stewardship. The construction primarily utilizes rammed earth bricks, which are not only locally sourced but also provide excellent thermal performance suitable for the climate. The ethylene tetrafluoroethylene (ETFE) roofing allows for natural light to enter while maintaining structural integrity and supporting energy generation through solar panels.
Unique Design Approaches
A significant aspect of this project is its construction technique. The use of rammed earth aligns with traditional building methods in the region, promoting regional architectural identity while ensuring durability against natural disasters such as landslides and earthquakes. Additionally, a geodesic tessellation approach distributes structural loads effectively, enhancing the building's resilience.
The design incorporates color-coded bricks differentiated by size and geometry, allowing for efficient construction and providing visual interest. A variable brick jig enables on-site production of bricks tailored to the project's specific needs, reinforcing the use of local craftsmanship.
Spatial Organization
The spatial configuration fosters a sense of community, with labyrinthine pathways leading to various multi-use spaces. The integration of a central hearth creates a focal point for communal activities, enhancing social interactions among occupants. The flowing forms of the interiors are designed to improve acoustic properties and light distribution, ensuring a comfortable living environment.
The project integrates renewable energy systems, including wind turbines and solar panels, to support its operational demand. This energy strategy is complemented by passive heating techniques derived from the central hearth, facilitating a sustainable and energy-efficient building environment.
The fusion of cultural significance, sustainability, and functional design principles distinguishes this architectural project within the context of contemporary architecture.
Explore the project presentation for more detailed insights into architectural plans, architectural sections, and architectural designs that illustrate further components of this thoughtful design. Understanding these elements will provide a comprehensive view of the architectural ideas and innovations employed in this project.
