Curvilinear forms of laminated timber harmonize with the geothermal landscape, creating a serene wellness retreat that emphasizes the integration of natural hot springs and sustainable practices.
5 key facts about this project
01
Curvilinear design integrates with the natural landscape, minimizing environmental impact.
02
Geothermal heating sourced directly from adjacent hot springs enhances energy efficiency.
03
Extensive use of cross-laminated timber panels offers structural stability and aesthetic warmth.
04
Charred wooden shingles provide a weather-resistant exterior while promoting fire safety.
05
An open courtyard serves as a central gathering space, directly connecting guests with nature.
General keywords
The hot spring guest house project, located near Lake Mývatn in Northern Iceland, serves as a unique architectural solution designed to capitalize on the region's natural geothermal resources. This facility aims to provide an immersive experience with both private and communal spaces, facilitating relaxation and wellness tourism. The design emphasizes a cohesive integration with the landscape, taking advantage of local materials and sustainable practices.
Architecturally, the project consists of interconnected circular forms that promote fluid movement throughout the space. The configuration is intentional, creating a natural flow between guest rooms, dining areas, and spa facilities. Central to the design is an open courtyard housing geothermal hot springs, allowing guests to engage directly with the environment. The structure blends with the topography, characterized by smooth surfaces and organic shapes that reflect the surrounding Icelandic landscape.
Unique Design Approaches to Space and Functionality
The hot spring guest house distinguishes itself through its innovative layout and attention to sustainability. By utilizing geothermal heating from adjacent springs, the design reduces energy consumption while enhancing the guest experience. Windows span expansive areas, serving to integrate outdoor views with indoor comfort, emphasizing the connection to natural surroundings. The strategic placement of wooden elements, such as laminated timber beams, reinforces structural integrity while adding warmth to the interior space.
Additionally, the project fosters a balance between public and private areas. Communal spaces are designed to encourage interaction among guests, while private areas maintain a sense of seclusion and tranquility. Each guest room offers uninterrupted views of the landscape, ensuring an intimate relationship between guests and the natural world.
Focus on Materiality and Aesthetics
The material selection showcases a refined approach to architecture. Concrete is adopted for its durability and minimal aesthetic, harmonizing with the landscape's rugged characteristics. Large glass panels enhance natural light penetration, creating bright, airy interiors. The use of natural stone complements the building’s foundations and landscaping, while wood decking provides a seamless transition to outdoor hot springs.
This thoughtful combination of materials not only supports the structural integrity of the project but also respects the environmental context. Each element has been chosen to enhance the guest experience while reflecting the cultural heritage of the region.
For an in-depth understanding of the architectural decisions and nuances of the hot spring guest house, readers are encouraged to explore the full project presentation. Architectural plans, sections, designs, and ideas are essential for grasping the comprehensive intent of this unique project in the Icelandic landscape.
Architecturally, the project consists of interconnected circular forms that promote fluid movement throughout the space. The configuration is intentional, creating a natural flow between guest rooms, dining areas, and spa facilities. Central to the design is an open courtyard housing geothermal hot springs, allowing guests to engage directly with the environment. The structure blends with the topography, characterized by smooth surfaces and organic shapes that reflect the surrounding Icelandic landscape.
Unique Design Approaches to Space and Functionality
The hot spring guest house distinguishes itself through its innovative layout and attention to sustainability. By utilizing geothermal heating from adjacent springs, the design reduces energy consumption while enhancing the guest experience. Windows span expansive areas, serving to integrate outdoor views with indoor comfort, emphasizing the connection to natural surroundings. The strategic placement of wooden elements, such as laminated timber beams, reinforces structural integrity while adding warmth to the interior space.
Additionally, the project fosters a balance between public and private areas. Communal spaces are designed to encourage interaction among guests, while private areas maintain a sense of seclusion and tranquility. Each guest room offers uninterrupted views of the landscape, ensuring an intimate relationship between guests and the natural world.
Focus on Materiality and Aesthetics
The material selection showcases a refined approach to architecture. Concrete is adopted for its durability and minimal aesthetic, harmonizing with the landscape's rugged characteristics. Large glass panels enhance natural light penetration, creating bright, airy interiors. The use of natural stone complements the building’s foundations and landscaping, while wood decking provides a seamless transition to outdoor hot springs.
This thoughtful combination of materials not only supports the structural integrity of the project but also respects the environmental context. Each element has been chosen to enhance the guest experience while reflecting the cultural heritage of the region.
For an in-depth understanding of the architectural decisions and nuances of the hot spring guest house, readers are encouraged to explore the full project presentation. Architectural plans, sections, designs, and ideas are essential for grasping the comprehensive intent of this unique project in the Icelandic landscape.
