Featuring a turf-covered roof that enhances insulation and glass facades that invite panoramic views, this facility serves as a central hub for skiers, blending seamlessly with its rugged Icelandic surroundings.
5 key facts about this project
01
Utilizes a turf-covered roof for enhanced insulation and environmental integration.
02
Incorporates extensive glass facades to maximize natural light and views.
03
Features a central courtyard designed to foster community engagement among visitors.
04
Includes a ski slope integrated into the building's structure for seamless terrain access.
05
Employs charred wooden shingles for durability and weather resistance.
General keywords
Project specific keywords
The Ski Compass project is an architectural design situated near the Krafla Crater at the foot of the Skiðavellir Mountains in Iceland. This project functions as a hub for skiers, integrating recreational use with accessibility to the surrounding landscape. The design emphasizes environmental sustainability while promoting community interaction through carefully planned spatial arrangements and material choices.
The architectural layout consists of several key functional areas that serve the needs of visitors. A central courtyard provides a focal point for social interaction, while facilities such as changing rooms, an interactive information point, and equipment rental stations ensure convenience for users. A viewing deck is strategically positioned to offer panoramic views of the landscape and opportunities to observe natural phenomena such as the Northern Lights. The building's integration with the ski slope not only enhances accessibility but also encourages a continuous relationship between indoor and outdoor experiences.
One of the unique aspects of the Ski Compass is its materiality, which draws from local resources and traditional Icelandic building practices. The extensive use of glass allows natural light into the facility, creating transparency and a connection with the environment. Wood is prominently featured for structural and finishing elements, contributing warmth to the interior spaces. Turf, reminiscent of traditional Icelandic turf houses, is incorporated into the design to provide insulation and harmonize the building with its surroundings.
The architectural design introduces a dynamic geometry that mirrors the natural topography of the region. This thoughtful approach not only enhances the structure's aesthetic appeal but also facilitates effective snow management. The inclusion of a green roof extends the usable space during the summer months, transforming the facility into a seasonal attraction.
In terms of sustainability, the Ski Compass employs a closed-loop water system to effectively manage water resources, minimizing consumption. The design prioritizes energy efficiency through enhanced insulation and passive solar principles, which contribute to reduced operational costs.
This project exemplifies a thorough understanding of user needs and environmental considerations within architectural practice. The Ski Compass serves not only as a functional facility for winter sports but also as a vital community space that bridges modern architectural techniques with traditional Icelandic culture.
For further details, including architectural plans, sections, and design ideas, readers are encouraged to explore the project presentation to gain in-depth insights into the architectural approaches employed in the Ski Compass project.
The architectural layout consists of several key functional areas that serve the needs of visitors. A central courtyard provides a focal point for social interaction, while facilities such as changing rooms, an interactive information point, and equipment rental stations ensure convenience for users. A viewing deck is strategically positioned to offer panoramic views of the landscape and opportunities to observe natural phenomena such as the Northern Lights. The building's integration with the ski slope not only enhances accessibility but also encourages a continuous relationship between indoor and outdoor experiences.
One of the unique aspects of the Ski Compass is its materiality, which draws from local resources and traditional Icelandic building practices. The extensive use of glass allows natural light into the facility, creating transparency and a connection with the environment. Wood is prominently featured for structural and finishing elements, contributing warmth to the interior spaces. Turf, reminiscent of traditional Icelandic turf houses, is incorporated into the design to provide insulation and harmonize the building with its surroundings.
The architectural design introduces a dynamic geometry that mirrors the natural topography of the region. This thoughtful approach not only enhances the structure's aesthetic appeal but also facilitates effective snow management. The inclusion of a green roof extends the usable space during the summer months, transforming the facility into a seasonal attraction.
In terms of sustainability, the Ski Compass employs a closed-loop water system to effectively manage water resources, minimizing consumption. The design prioritizes energy efficiency through enhanced insulation and passive solar principles, which contribute to reduced operational costs.
This project exemplifies a thorough understanding of user needs and environmental considerations within architectural practice. The Ski Compass serves not only as a functional facility for winter sports but also as a vital community space that bridges modern architectural techniques with traditional Icelandic culture.
For further details, including architectural plans, sections, and design ideas, readers are encouraged to explore the project presentation to gain in-depth insights into the architectural approaches employed in the Ski Compass project.
