The S-shaped embankment, crafted with polyurethane-sealed timber cladding and expansive glass façades, seamlessly integrates with the Icelandic landscape while providing essential facilities for recreational activities.
5 key facts about this project
01
The S-shaped design enhances wind protection and optimizes views of the surrounding landscape.
02
Polyurethane sealing ensures the roof's waterproofing while maintaining a natural aesthetic.
03
Timber cladding sourced from local forests contributes to sustainability and environmental harmony.
04
The split-level layout allows for distinct functional zones while promoting interaction among visitors.
05
Large glass façades invite ample natural light and foster a seamless connection with the outdoors.
General keywords
Project specific keywords
The architectural design project "The Plug-in" is situated in the picturesque Myvatn Lake area of Iceland. This building exemplifies a commitment to blending with the natural environment while serving a functional purpose for visitors engaged in recreational activities, particularly skiing. The design is characterized by its S-shaped embankment, which integrates the structure into the landscape rather than imposing upon it.
The primary function of "The Plug-in" is to provide visitors with essential facilities such as changing rooms, restrooms, and a self-service refreshment station. The layout is designed to facilitate ease of movement while encouraging interaction among visitors. A seamless connection to outdoor views enhances the user experience, making the building a welcoming space for relaxation and social engagement.
The design employs a range of materials that underscore its sustainability objectives. Wood is used extensively for walls, ceilings, and flooring, while a polyurethane sealing membrane ensures weather protection for the roof. The use of glass in the façade maximizes natural light and reveals scenic vistas, creating an uninterrupted visual dialogue with the surrounding landscape. Steel columns support the structural integrity of the building while adding a contemporary aesthetic.
One of the notable unique features of "The Plug-in" is its roof design, which resembles natural formations rather than conventional building forms. This lightweight wooden structure, covered with a sealing membrane, elevates the architectural profile and contributes to the overall visual impact of the project. Additionally, the terraced roof combined with a split-level layout offers functional advantages, optimizing sun exposure and creating a sheltered outdoor terrace for users.
The project's integration with nature extends to its strategic orientation, which faces south to harness sunlight and warmth. This approach aligns with the design's wellness objectives, as the visibility of nature and the interplay of natural light are known to reduce stress and enhance user satisfaction.
Architectural plans and sections of "The Plug-in" provide further insights into its innovative spatial organization and material selections. For a deeper understanding of the architectural ideas and design implications, readers are encouraged to explore the project presentation and its detailed illustrations.
The primary function of "The Plug-in" is to provide visitors with essential facilities such as changing rooms, restrooms, and a self-service refreshment station. The layout is designed to facilitate ease of movement while encouraging interaction among visitors. A seamless connection to outdoor views enhances the user experience, making the building a welcoming space for relaxation and social engagement.
The design employs a range of materials that underscore its sustainability objectives. Wood is used extensively for walls, ceilings, and flooring, while a polyurethane sealing membrane ensures weather protection for the roof. The use of glass in the façade maximizes natural light and reveals scenic vistas, creating an uninterrupted visual dialogue with the surrounding landscape. Steel columns support the structural integrity of the building while adding a contemporary aesthetic.
One of the notable unique features of "The Plug-in" is its roof design, which resembles natural formations rather than conventional building forms. This lightweight wooden structure, covered with a sealing membrane, elevates the architectural profile and contributes to the overall visual impact of the project. Additionally, the terraced roof combined with a split-level layout offers functional advantages, optimizing sun exposure and creating a sheltered outdoor terrace for users.
The project's integration with nature extends to its strategic orientation, which faces south to harness sunlight and warmth. This approach aligns with the design's wellness objectives, as the visibility of nature and the interplay of natural light are known to reduce stress and enhance user satisfaction.
Architectural plans and sections of "The Plug-in" provide further insights into its innovative spatial organization and material selections. For a deeper understanding of the architectural ideas and design implications, readers are encouraged to explore the project presentation and its detailed illustrations.
