Constructed with geodesic domes of structural insulated panels, this retreat seamlessly integrates sustainable design with a tranquil natural landscape to serve as a multifunctional living space.
5 key facts about this project
01
Utilizes geodesic dome architecture for structural stability and thermal performance.
02
Constructed with structural insulated panels to enhance energy efficiency.
03
Features extensive glass facades to maximize natural light and views.
04
Integrates passive heating strategies through strategic celestial orientation.
05
Includes specialized equestrian facilities designed in harmony with the landscape.
General keywords
This architectural design project encompasses a comprehensive master plan that includes a Main House, a Guest House, and a Barn, all situated within a natural landscape. The overall concept integrates modern geometric forms with the environment, producing spaces conducive to relaxation and interaction. The project emphasizes energy efficiency, functional versatility, and an aesthetic that aligns with the surrounding topography.
The Main House serves as the central living area, designed with a total area of 156.7 square meters. It incorporates a private living space of 80 square meters, a communal area for gatherings of 43.7 square meters, and a sauna occupying 33 square meters. This structure features a geodesic dome with a steep, 60-degree slope oriented towards the polar star, maximizing natural light influx while enhancing the performance of the spaces within. The use of expansive glass panels allows for panoramic views of the landscape, blurring the lines between indoor and outdoor environments.
The Guest House extends a functional alternative for visitors, offering a total area of 40 square meters. It comprises a living area of 28.5 square meters and a separate facility for a toilet and shower. The dome shape mirrors that of the Main House, employing similar technological innovations such as a sliding screen to manage thermal comfort effectively. This consistency in design enhances both functionality and aesthetic cohesion across the project.
The Barn is developed to support equestrian activities, covering an area of 70 square meters. It utilizes the same SIP construction method as the other buildings, ensuring the project maintains a unified architectural language while fulfilling specific usage needs for the horses and their caretakers. The barn also features the characteristic dome shape, reinforcing the visual identity of the project.
One of the project’s distinctive elements is its use of Structural Insulated Panels (SIPs). This material choice promotes energy efficiency and reduces heat loss, contributing to the sustainable intentions behind the design. The orientation of the structures, particularly the domes pointing toward specific celestial bodies, reflects a thoughtful approach to site-specific architecture that harmonizes with climatic conditions.
Furthermore, the arrangement of the buildings on the site enhances interaction while preserving the privacy of residents. Each structure is purposefully located to facilitate a balance between community living and individual retreat, fostering a sense of harmony with nature.
This architectural project stands out due to its combination of geometric form, sustainable practices, and thoughtful use of materials. The integration of the buildings with their environment ensures a coherent and functional layout. Those interested in further exploring this project can delve into the architectural plans, sections, and designs to gain deeper insights into its unique features and overall design strategies.
The Main House serves as the central living area, designed with a total area of 156.7 square meters. It incorporates a private living space of 80 square meters, a communal area for gatherings of 43.7 square meters, and a sauna occupying 33 square meters. This structure features a geodesic dome with a steep, 60-degree slope oriented towards the polar star, maximizing natural light influx while enhancing the performance of the spaces within. The use of expansive glass panels allows for panoramic views of the landscape, blurring the lines between indoor and outdoor environments.
The Guest House extends a functional alternative for visitors, offering a total area of 40 square meters. It comprises a living area of 28.5 square meters and a separate facility for a toilet and shower. The dome shape mirrors that of the Main House, employing similar technological innovations such as a sliding screen to manage thermal comfort effectively. This consistency in design enhances both functionality and aesthetic cohesion across the project.
The Barn is developed to support equestrian activities, covering an area of 70 square meters. It utilizes the same SIP construction method as the other buildings, ensuring the project maintains a unified architectural language while fulfilling specific usage needs for the horses and their caretakers. The barn also features the characteristic dome shape, reinforcing the visual identity of the project.
One of the project’s distinctive elements is its use of Structural Insulated Panels (SIPs). This material choice promotes energy efficiency and reduces heat loss, contributing to the sustainable intentions behind the design. The orientation of the structures, particularly the domes pointing toward specific celestial bodies, reflects a thoughtful approach to site-specific architecture that harmonizes with climatic conditions.
Furthermore, the arrangement of the buildings on the site enhances interaction while preserving the privacy of residents. Each structure is purposefully located to facilitate a balance between community living and individual retreat, fostering a sense of harmony with nature.
This architectural project stands out due to its combination of geometric form, sustainable practices, and thoughtful use of materials. The integration of the buildings with their environment ensures a coherent and functional layout. Those interested in further exploring this project can delve into the architectural plans, sections, and designs to gain deeper insights into its unique features and overall design strategies.
