Utilizing a pitched roof and geothermal energy, the facility integrates reinforced concrete and warm wood finishes to create a communal space designed for skiers and visitors in the Icelandic highlands.
5 key facts about this project
01
Utilizes a pitched roof design optimized for snow load management.
02
Incorporates geothermal heating as a core sustainability feature.
03
Features expansive triple-glazed windows for enhanced natural light and views.
04
Combines reinforced concrete with warm wood finishes for contrasting textures.
05
Offers flexible communal spaces designed for social interaction and relaxation.
General keywords
Project specific keywords
The architectural design project situated on the slopes of Síðasvalla and Mývatnheiði ski slopes in Iceland is a contemporary ski facility that combines functionality with environmental sensitivity. This project is intended to serve as a hub for skiers and visitors, promoting social interaction while being immersed in the natural Icelandic landscape. The design employs modern architectural principles, focusing on sustainable practices.
The facility is constructed primarily from reinforced concrete, providing durability and stability against harsh climatic conditions. This choice of material contributes to a sense of permanence and robustness, essential characteristics for structures in remote and rugged environments. Wood is utilized extensively in interior spaces, offering a warm contrast to the concrete surfaces. The use of both grey and natural nuanced wood enhances the aesthetic and tactile quality of the environment. Large, triple-glazed windows are strategically placed to maximize natural light and frame views of the surrounding topography, creating visual continuity between indoor and outdoor settings. The roof's pitched design is not only visually appealing but also functional, efficiently managing snow loads typical of the region.
The project stands out due to its commitment to sustainability. A geothermal heating system is integrated into the design, leveraging Iceland's abundant geothermal resources to maintain comfortable indoor temperatures while minimizing energy consumption. This approach exemplifies a modern understanding of environmental impact and energy efficiency.
Unique design features include expansive terrace areas that encourage outdoor gathering and relaxation, capitalizing on the breathtaking vistas of the ski slopes. The interior layout is divided into flexible public and private zones, accommodating various user activities. Public areas are designed for social interaction, while private spaces such as locker rooms and small group accommodations provide essential amenities for visitors.
The architectural design prioritizes community engagement and accessibility, presenting a diverse range of multifunctional spaces. This deliberate separation of zones enhances user experience by allowing for both social and solitary activities. Moreover, the combination of materials and textures throughout the project creates varied atmospheres that cater to different user needs and preferences.
Overall, this project exemplifies modern architectural design principles while incorporating unique features that distinguish it from typical ski facilities. To learn more about its architectural plans, sections, and specific design ideas, readers are encouraged to explore the full project presentation for comprehensive insights into its development and conceptual underpinnings.
The facility is constructed primarily from reinforced concrete, providing durability and stability against harsh climatic conditions. This choice of material contributes to a sense of permanence and robustness, essential characteristics for structures in remote and rugged environments. Wood is utilized extensively in interior spaces, offering a warm contrast to the concrete surfaces. The use of both grey and natural nuanced wood enhances the aesthetic and tactile quality of the environment. Large, triple-glazed windows are strategically placed to maximize natural light and frame views of the surrounding topography, creating visual continuity between indoor and outdoor settings. The roof's pitched design is not only visually appealing but also functional, efficiently managing snow loads typical of the region.
The project stands out due to its commitment to sustainability. A geothermal heating system is integrated into the design, leveraging Iceland's abundant geothermal resources to maintain comfortable indoor temperatures while minimizing energy consumption. This approach exemplifies a modern understanding of environmental impact and energy efficiency.
Unique design features include expansive terrace areas that encourage outdoor gathering and relaxation, capitalizing on the breathtaking vistas of the ski slopes. The interior layout is divided into flexible public and private zones, accommodating various user activities. Public areas are designed for social interaction, while private spaces such as locker rooms and small group accommodations provide essential amenities for visitors.
The architectural design prioritizes community engagement and accessibility, presenting a diverse range of multifunctional spaces. This deliberate separation of zones enhances user experience by allowing for both social and solitary activities. Moreover, the combination of materials and textures throughout the project creates varied atmospheres that cater to different user needs and preferences.
Overall, this project exemplifies modern architectural design principles while incorporating unique features that distinguish it from typical ski facilities. To learn more about its architectural plans, sections, and specific design ideas, readers are encouraged to explore the full project presentation for comprehensive insights into its development and conceptual underpinnings.
