Employing natural earth and expansive glass to create a seamless dialogue with its geothermal surroundings, the design operates as a multifunctional space dedicated to community engagement and organic food production.
5 key facts about this project
01
Natural earth is used to construct integrated landforms that enhance the building's relationship with its site.
02
Extensive glass elements provide unobstructed views and natural light, fostering a strong connection to the surrounding landscape.
03
The structure features a flexible internal layout that adapts to changing community needs and seasonal activities.
04
Cross-laminated timber panels and charred wooden shingles are employed for both aesthetic appeal and environmental sustainability.
05
A closed-loop system supports onsite food production, reinforcing its commitment to self-sufficiency and local agriculture.
General keywords
Project specific keywords
The architectural project "Innan" is situated in the Mývatn region, characterized by its unique volcanic landscape and geothermal activity. This design emphasizes a strong connection with the natural environment, promoting sustainable practices and ecological awareness. The project seamlessly integrates with its surroundings, aiming to create an immersive user experience while fostering community engagement through its functionality.
Unique Integration of Landscape and Architecture
Significant to Innan’s design approach is the concept of blending with the landscape. The structure utilizes natural earth as a primary element, which allows for a fluid interaction with the topography. This technique not only enhances the building’s aesthetic appeal but also fosters a deeper connection for users as they experience the seasonal changes of the environment. Large glass components allow natural light to permeate the interiors, creating a transparent relationship between indoor and outdoor spaces. The careful positioning of windows and openings facilitates views of the surrounding landscape, encouraging visitors to explore the interplay between architecture and nature.
Innan serves a multifunctional role, incorporating elements such as greenhouses and a dining area focused on the farm-to-table concept. This not only supports food production on-site but also illustrates a commitment to sustainability. The design adapts to seasonal changes, offering flexible spaces that can transform based on climatic conditions. This adaptability allows for year-round engagement with the facility and its surrounding environment.
Material Strategy and Sustainability
The project employs a comprehensive material strategy that is both functional and sustainable. Key materials include natural earth, glass, galvanized steel, reinforced concrete, and wood. Each material is chosen for its ability to harmonize with the environment, providing structural integrity while ensuring aesthetic coherence. The use of natural earth contributes to the building's immersive experience, while the glass elements allow for light infiltration and visual connectivity with the outdoors.
The design skillfully incorporates green technologies, achieving a closed-loop system that enhances the facility’s self-sufficiency. Principles of sustainability are deeply embedded in the planning and execution stages, ensuring that Innan serves not just as a building, but as a model for ecological architecture.
In summary, "Innan" represents a thoughtful exploration of architecture that prioritizes sustainability, community interaction, and a strong connection to its natural setting. For a deeper understanding of the project's design intentions, architectural plans, sections, and further architectural ideas, explore the full project presentation.
Unique Integration of Landscape and Architecture
Significant to Innan’s design approach is the concept of blending with the landscape. The structure utilizes natural earth as a primary element, which allows for a fluid interaction with the topography. This technique not only enhances the building’s aesthetic appeal but also fosters a deeper connection for users as they experience the seasonal changes of the environment. Large glass components allow natural light to permeate the interiors, creating a transparent relationship between indoor and outdoor spaces. The careful positioning of windows and openings facilitates views of the surrounding landscape, encouraging visitors to explore the interplay between architecture and nature.
Innan serves a multifunctional role, incorporating elements such as greenhouses and a dining area focused on the farm-to-table concept. This not only supports food production on-site but also illustrates a commitment to sustainability. The design adapts to seasonal changes, offering flexible spaces that can transform based on climatic conditions. This adaptability allows for year-round engagement with the facility and its surrounding environment.
Material Strategy and Sustainability
The project employs a comprehensive material strategy that is both functional and sustainable. Key materials include natural earth, glass, galvanized steel, reinforced concrete, and wood. Each material is chosen for its ability to harmonize with the environment, providing structural integrity while ensuring aesthetic coherence. The use of natural earth contributes to the building's immersive experience, while the glass elements allow for light infiltration and visual connectivity with the outdoors.
The design skillfully incorporates green technologies, achieving a closed-loop system that enhances the facility’s self-sufficiency. Principles of sustainability are deeply embedded in the planning and execution stages, ensuring that Innan serves not just as a building, but as a model for ecological architecture.
In summary, "Innan" represents a thoughtful exploration of architecture that prioritizes sustainability, community interaction, and a strong connection to its natural setting. For a deeper understanding of the project's design intentions, architectural plans, sections, and further architectural ideas, explore the full project presentation.
