Constructed with cornstarch bioplastics and cross-laminated timber, this residence emphasizes modular adaptability and ecological integration, designed to foster self-sufficiency and community interaction.
5 key facts about this project
01
Utilizes cornstarch bioplastics for sustainable construction elements.
02
Incorporates modular wall systems for flexible living arrangements.
03
Features a garden lab designed for community engagement and food production.
04
Employs low-E glass to optimize natural light while reducing energy use.
05
Adapts to seasonal climate changes through strategic orientation and window placement.
General keywords
Project specific keywords
BioCrescent House is an innovative project designed by architects Carolina González Aranda and Mahelet Ortega Reyes, focusing on sustainable architecture and environmental resilience. The project encompasses a modular living space that addresses the adaptive needs of its inhabitants while fostering a strong connection to the surrounding ecosystem. It incorporates a variety of environmentally friendly materials and design elements that not only enhance functionality but also promote ecological awareness.
The primary function of BioCrescent House is to serve as a flexible dwelling that can expand and contract based on the occupants' requirements. This adaptability is achieved through a modular structure that allows for rearrangement and mobility. Specific design features include movable walls, which enable the creation of different spatial configurations, catering to various lifestyle demands. The integration of natural light and ventilation is a crucial aspect, enhancing internal comfort while reducing energy consumption.
Unique Design Approaches and Sustainability Features
BioCrescent House sets itself apart through its use of adaptive design principles and a focus on materiality. The architects employed corn starch bioplastics for specific elements, which not only align with sustainable practices but also enable the structure to adapt and change in response to environmental conditions. This approach reflects an understanding of the lifecycle of materials and their eventual degradation, promoting a regenerative ideology within the architecture.
The house features low-E glass windows strategically placed to optimize natural lighting and ventilation, minimizing reliance on artificial sources. The modular design allows for the expansion of living spaces, making the house suitable for varying family sizes or changing usage patterns. The integration of a “garden lab” within the architectural framework fosters food production and encourages community engagement, promoting self-sufficiency among residents.
Architectural Details and Functionality
Architectural details within BioCrescent House highlight its commitment to sustainability and efficiency. The building utilizes wood, likely in the form of cross-laminated timber, which provides structural integrity while maintaining ecological sensitivity. The overall design prioritizes thermal and acoustic insulation, resulting in enhanced energy performance and comfortable living conditions.
The project’s layout includes an open-plan dining area adjacent to the garden lab, reinforcing the relationship between indoor and outdoor spaces. This design invites occupants to engage with their environment actively. Additionally, the project addresses seasonal variations in climate through its orientation and window placements, ensuring year-round comfort.
For further insights into the project, including architectural plans, sections, and design ideas, readers are encouraged to explore the complete presentation of BioCrescent House. This will provide a comprehensive understanding of its innovative features and the principles guiding its development.
The primary function of BioCrescent House is to serve as a flexible dwelling that can expand and contract based on the occupants' requirements. This adaptability is achieved through a modular structure that allows for rearrangement and mobility. Specific design features include movable walls, which enable the creation of different spatial configurations, catering to various lifestyle demands. The integration of natural light and ventilation is a crucial aspect, enhancing internal comfort while reducing energy consumption.
Unique Design Approaches and Sustainability Features
BioCrescent House sets itself apart through its use of adaptive design principles and a focus on materiality. The architects employed corn starch bioplastics for specific elements, which not only align with sustainable practices but also enable the structure to adapt and change in response to environmental conditions. This approach reflects an understanding of the lifecycle of materials and their eventual degradation, promoting a regenerative ideology within the architecture.
The house features low-E glass windows strategically placed to optimize natural lighting and ventilation, minimizing reliance on artificial sources. The modular design allows for the expansion of living spaces, making the house suitable for varying family sizes or changing usage patterns. The integration of a “garden lab” within the architectural framework fosters food production and encourages community engagement, promoting self-sufficiency among residents.
Architectural Details and Functionality
Architectural details within BioCrescent House highlight its commitment to sustainability and efficiency. The building utilizes wood, likely in the form of cross-laminated timber, which provides structural integrity while maintaining ecological sensitivity. The overall design prioritizes thermal and acoustic insulation, resulting in enhanced energy performance and comfortable living conditions.
The project’s layout includes an open-plan dining area adjacent to the garden lab, reinforcing the relationship between indoor and outdoor spaces. This design invites occupants to engage with their environment actively. Additionally, the project addresses seasonal variations in climate through its orientation and window placements, ensuring year-round comfort.
For further insights into the project, including architectural plans, sections, and design ideas, readers are encouraged to explore the complete presentation of BioCrescent House. This will provide a comprehensive understanding of its innovative features and the principles guiding its development.
