Hexagonal forms optimize space while extensive use of sustainable timber and glass creates a harmonious connection between indoor and outdoor environments in this adaptable residential unit.
5 key facts about this project
01
Hexagonal units allow for efficient spatial organization and flexibility in layout.
02
Sustainable materials include charred wooden shingles, enhancing durability and aesthetics.
03
Extensive glazing fosters natural light and visual connectivity with the surrounding landscape.
04
Modular construction methods facilitate quick assembly and adaptability for varied uses.
05
The bent A-frame design contributes to structural stability while optimizing energy efficiency.
General keywords
Project specific keywords
The GEOMETRIUM architectural project showcases an innovative approach to residential design, characterized by its unique hexagonal forms and modular construction. This architectural endeavor emphasizes efficiency, sustainability, and versatility, making it a significant response to contemporary housing challenges. Designed to accommodate diverse living arrangements, GEOMETRIUM features individual units as well as configurations that allow for triplexes and larger complexes. The project's focus on geometry not only enhances aesthetics but also informs functional adaptability.
Innovative Modular Design
GEOMETRIUM's use of modular design distinguishes it from traditional housing models. The hexagonal layout allows for efficient use of space and the possibility of various arrangements to meet specific spatial needs. This modularity presents a sustainable alternative, supporting rapid assembly and potential reconfiguration as requirements change. The structural framework comprises wood and metal, ensuring durability while maintaining a light footprint. Extensive glazing integrates natural light into the interior, promoting a sense of openness and connectivity with the outside environment.
The project's floor plan showcases strategic zoning between communal and private areas, optimizing usability. The ground floor consists of an open-concept living space, bathroom, and kitchen, fostering interaction among inhabitants while accommodating daily activities. The upper levels provide additional sleeping areas or flexible space that can adapt to different functions, reflecting the growing need for multipurpose living environments. Essential features, such as foldable furniture, enhance the flexibility of the interior layout without compromising comfort.
Sustainable Practices and Materials
The architectural approach prioritizes sustainability through the selection of materials and energy solutions. The integration of solar panels on the roof underscores the commitment to renewable energy sources, enhancing the project's self-sufficiency and lowering operational costs. The choice of wood and metal as primary materials reflects a balanced consideration of aesthetics, sustainability, and structural performance.
The design's geometry not only serves aesthetic purposes; it also enhances thermal efficiency and wind resistance, which is crucial in various climatic contexts. The shape facilitates effective airflow and natural ventilation, while the materials chosen promote thermal regulation. This holistic approach to design allows for minimal environmental impact and encourages a more sustainable lifestyle for residents.
For a detailed exploration of the GEOMETRIUM project, including architectural plans, architectural sections, and architectural designs, readers are encouraged to review the presentation. This will offer further insights into the innovative architectural ideas and practical applications of this project.
Innovative Modular Design
GEOMETRIUM's use of modular design distinguishes it from traditional housing models. The hexagonal layout allows for efficient use of space and the possibility of various arrangements to meet specific spatial needs. This modularity presents a sustainable alternative, supporting rapid assembly and potential reconfiguration as requirements change. The structural framework comprises wood and metal, ensuring durability while maintaining a light footprint. Extensive glazing integrates natural light into the interior, promoting a sense of openness and connectivity with the outside environment.
The project's floor plan showcases strategic zoning between communal and private areas, optimizing usability. The ground floor consists of an open-concept living space, bathroom, and kitchen, fostering interaction among inhabitants while accommodating daily activities. The upper levels provide additional sleeping areas or flexible space that can adapt to different functions, reflecting the growing need for multipurpose living environments. Essential features, such as foldable furniture, enhance the flexibility of the interior layout without compromising comfort.
Sustainable Practices and Materials
The architectural approach prioritizes sustainability through the selection of materials and energy solutions. The integration of solar panels on the roof underscores the commitment to renewable energy sources, enhancing the project's self-sufficiency and lowering operational costs. The choice of wood and metal as primary materials reflects a balanced consideration of aesthetics, sustainability, and structural performance.
The design's geometry not only serves aesthetic purposes; it also enhances thermal efficiency and wind resistance, which is crucial in various climatic contexts. The shape facilitates effective airflow and natural ventilation, while the materials chosen promote thermal regulation. This holistic approach to design allows for minimal environmental impact and encourages a more sustainable lifestyle for residents.
For a detailed exploration of the GEOMETRIUM project, including architectural plans, architectural sections, and architectural designs, readers are encouraged to review the presentation. This will offer further insights into the innovative architectural ideas and practical applications of this project.
