Bruno Olivier Gilbert Bermon-berchi 
Constructed from rammed earth and designed with snow-resistant angled roofs, the ski cabin provides a thermal refuge that integrates seamlessly with the Icelandic landscape, serving as a functional base for outdoor enthusiasts.
5 key facts about this project
01
Constructed primarily with rammed earth, enhancing thermal efficiency.
02
Angled roofs designed specifically for effective snow management.
03
Extensive glazing provides unobstructed views of the surrounding landscape.
04
Dedicated areas for ski equipment storage and maintenance integrated into the layout.
05
Orientation maximizes sunlight exposure, reducing energy needs.
General keywords
Project specific keywords
Located in the Krafla Caldera region of Iceland, this architectural project embodies a functional ski cabin that integrates seamlessly into its rugged volcanic landscape. The design is characterized by a careful consideration of environmental context and user experience, resulting in a structure that serves as both a retreat and an engagement point for outdoor enthusiasts.
The project functions as a multifunctional haven for skiers, offering vital amenities such as changing facilities, equipment storage, and communal gathering spaces. The architectural layout prioritizes a direct connection to the ski slopes, emphasizing ease of access while providing shelter and comfort. Each spatial component has been meticulously designed to enhance the user experience before, during, and after skiing activities.
Unique Materiality and Climatic Considerations
This project utilizes rammed earth as the primary building material, which aligns with local geology and provides effective thermal mass. The choice of wood for interior finishes introduces an element of warmth, balancing the robust nature of concrete, which is also used to ensure durability against the harsh climate. Extensive glazing is integrated to facilitate natural light flow, creating a visual connection with the surrounding environment while reducing energy consumption.
The angled roofs are a distinctive design feature, strategically conceived to manage snow accumulation and ensure the building’s resilience during severe weather. This aspect of design reflects a commitment to addressing local climatic conditions and enhances the project's long-term functionality.
Engagement with Natural Landscape
The architectural design promotes user interaction with the striking landscape. The orientation of the structure ensures uninterrupted views of the ski slopes and natural surroundings, enhancing the experience for users. This immersive design approach encourages appreciation of the environment, making the cabin a place for both relaxation and outdoor engagement.
In summary, the architectural design of this ski cabin stands apart from conventional ski lodges through its thoughtful integration of materials, climate-responsive features, and emphasis on landscape connectivity. For a deeper understanding of the architectural concepts and design strategies employed, viewers are encouraged to explore the architectural plans, sections, and designs that illustrate the project in detail. This exploration will provide insights into the innovative approaches employed in this architectural endeavor.
The project functions as a multifunctional haven for skiers, offering vital amenities such as changing facilities, equipment storage, and communal gathering spaces. The architectural layout prioritizes a direct connection to the ski slopes, emphasizing ease of access while providing shelter and comfort. Each spatial component has been meticulously designed to enhance the user experience before, during, and after skiing activities.
Unique Materiality and Climatic Considerations
This project utilizes rammed earth as the primary building material, which aligns with local geology and provides effective thermal mass. The choice of wood for interior finishes introduces an element of warmth, balancing the robust nature of concrete, which is also used to ensure durability against the harsh climate. Extensive glazing is integrated to facilitate natural light flow, creating a visual connection with the surrounding environment while reducing energy consumption.
The angled roofs are a distinctive design feature, strategically conceived to manage snow accumulation and ensure the building’s resilience during severe weather. This aspect of design reflects a commitment to addressing local climatic conditions and enhances the project's long-term functionality.
Engagement with Natural Landscape
The architectural design promotes user interaction with the striking landscape. The orientation of the structure ensures uninterrupted views of the ski slopes and natural surroundings, enhancing the experience for users. This immersive design approach encourages appreciation of the environment, making the cabin a place for both relaxation and outdoor engagement.
In summary, the architectural design of this ski cabin stands apart from conventional ski lodges through its thoughtful integration of materials, climate-responsive features, and emphasis on landscape connectivity. For a deeper understanding of the architectural concepts and design strategies employed, viewers are encouraged to explore the architectural plans, sections, and designs that illustrate the project in detail. This exploration will provide insights into the innovative approaches employed in this architectural endeavor.
