Built with charred wood cladding and integrated green roofs, the design harmonizes with the geothermal landscape while providing versatile community spaces for relaxation and interaction.
5 key facts about this project
01
Utilizes charred wooden shingles for enhanced durability and a unique aesthetic.
02
Includes cross-laminated timber panels for structural strength and sustainability.
03
Features a green roof to promote biodiversity and manage stormwater.
04
Designed with a bent A-frame structure that integrates with the natural landscape.
05
Strategically positioned large windows frame views of the geothermal surroundings.
General keywords
Star Geysir is an architectural project developed within the unique geological landscape of Iceland. The design integrates seamlessly with the surrounding environment, reflecting both modern architectural practices and local cultural influences. The facility serves multiple functions, promoting community interaction while providing spaces for relaxation and enjoyment of the natural environment.
The project showcases a thoughtful spatial organization, emphasizing functionality and aesthetics through a cohesive design approach. Key spaces within the building include an entrance hall that offers a welcoming atmosphere, a café and social lounge oriented to capture panoramic views, and changing rooms and a brewery that enhance the experience of visitors engaging with the site’s recreational features.
Designing in harmony with the environment is a significant aspect of Star Geysir. The interlocking volumes of the structure reflect local geological formations and draw inspiration from the natural topography. The building features a green roof, which contributes to insulation, stormwater management, and habitat creation. This environmental strategy not only minimizes the building's ecological footprint but also allows it to blend into the landscape.
Unique design approaches distinguish Star Geysir from other architectural projects. The integration of recycled wood cladding and locally sourced materials speaks to sustainability principles while maintaining a connection to Icelandic tradition. Large glazed surfaces optimize natural light and frame views of the geysers, promoting a sense of immersion in nature. The use of concrete and steel provides necessary structural support while allowing flexibility in interior configurations.
The project exemplifies biophilic design, creating an environment that fosters a connection with nature. By utilizing passive solar design strategies, Star Geysir minimizes reliance on artificial lighting, enhancing energy efficiency.
For a comprehensive understanding of the architectural intent and planning, readers are encouraged to explore the project presentation. This will provide further insights into the architectural plans, sections, designs, and innovative ideas that define Star Geysir.
The project showcases a thoughtful spatial organization, emphasizing functionality and aesthetics through a cohesive design approach. Key spaces within the building include an entrance hall that offers a welcoming atmosphere, a café and social lounge oriented to capture panoramic views, and changing rooms and a brewery that enhance the experience of visitors engaging with the site’s recreational features.
Designing in harmony with the environment is a significant aspect of Star Geysir. The interlocking volumes of the structure reflect local geological formations and draw inspiration from the natural topography. The building features a green roof, which contributes to insulation, stormwater management, and habitat creation. This environmental strategy not only minimizes the building's ecological footprint but also allows it to blend into the landscape.
Unique design approaches distinguish Star Geysir from other architectural projects. The integration of recycled wood cladding and locally sourced materials speaks to sustainability principles while maintaining a connection to Icelandic tradition. Large glazed surfaces optimize natural light and frame views of the geysers, promoting a sense of immersion in nature. The use of concrete and steel provides necessary structural support while allowing flexibility in interior configurations.
The project exemplifies biophilic design, creating an environment that fosters a connection with nature. By utilizing passive solar design strategies, Star Geysir minimizes reliance on artificial lighting, enhancing energy efficiency.
For a comprehensive understanding of the architectural intent and planning, readers are encouraged to explore the project presentation. This will provide further insights into the architectural plans, sections, designs, and innovative ideas that define Star Geysir.
