Maged Gamie 
A transparent dome of molded glass rests atop a solid concrete foundation, harnessing geothermal energy for efficient heating, creating a versatile ski cabin that invites engagement with the Icelandic landscape.
5 key facts about this project
01
A dual-formed structure combines a robust concrete shell with a luminous glass bubble.
02
Geothermal heating system enhances energy efficiency while minimizing environmental impact.
03
The design allows panoramic views of the surrounding Icelandic terrain.
04
Molded glass panels are engineered for thermal performance in harsh climates.
05
Private quarters are seamlessly integrated within the main communal space to promote interaction.
General keywords
The Glowing Bubble Ski Cabin is an architectural project located in the Mývatn region of Iceland, designed to integrate seamlessly with its dramatic natural surroundings. This ski cabin exemplifies advanced design principles that promote an immersive experience in the scenic landscape while prioritizing sustainability and functionality. The structure features a dual form—a robust concrete exterior enveloping a transparent glass bubble—capturing the essence of the local environment.
The primary function of the cabin is to provide accommodation and communal spaces for visitors. The design incorporates areas for relaxation and social interaction, emphasizing engagement with the surrounding scenery. The glass bubble serves as a central gathering space, while the solid envelope houses service rooms and private quarters, optimizing both aesthetics and operational efficiency.
Unique Architectural Approaches
The project distinguishes itself through its innovative use of materials and energetic focus on sustainability. A careful selection of reinforced concrete provides stability and durability, while the use of molded glass promotes a connection to the sky and surrounding landscape. The spherical form creates a luminous effect, drawing attention to the building both day and night. This approach not only enhances aesthetic appeal but also fosters a sense of warmth and welcome.
The cabin employs geothermal heating, reflecting an emphasis on energy efficiency. This technology aligns with the region’s renewable resources, minimizing environmental impact. Additionally, the integration of a small-scale sewage treatment system demonstrates a commitment to responsible waste management.
Interior spaces are thoughtfully designed to encourage interaction among guests, with an open layout that facilitates movement and connection. The mix of private and communal areas allows for a versatile use of space, catering to the diverse needs of visitors.
Climate-responsive Design Elements
The design incorporates climate-responsive elements that adapt to the harsh weather typical of the region. The structure’s orientation maximizes sunlight exposure during the day, while the glass bubble is engineered to handle wind loads and thermal performance effectively. High-quality insulation materials, including Styrofoam and fiberglass panels, enhance energy conservation and interior comfort.
The architectural composition of The Glowing Bubble Ski Cabin represents a harmonious blend of modern design and ecological mindfulness. Its unique features, such as the combination of a solid exterior with a transparent interior, create a dialogue between the building and its environment, offering an engaging experience for its users.
To explore the project further and gain detailed insights into its architectural plans, sections, designs, and ideas, readers are encouraged to review the project presentation.
The primary function of the cabin is to provide accommodation and communal spaces for visitors. The design incorporates areas for relaxation and social interaction, emphasizing engagement with the surrounding scenery. The glass bubble serves as a central gathering space, while the solid envelope houses service rooms and private quarters, optimizing both aesthetics and operational efficiency.
Unique Architectural Approaches
The project distinguishes itself through its innovative use of materials and energetic focus on sustainability. A careful selection of reinforced concrete provides stability and durability, while the use of molded glass promotes a connection to the sky and surrounding landscape. The spherical form creates a luminous effect, drawing attention to the building both day and night. This approach not only enhances aesthetic appeal but also fosters a sense of warmth and welcome.
The cabin employs geothermal heating, reflecting an emphasis on energy efficiency. This technology aligns with the region’s renewable resources, minimizing environmental impact. Additionally, the integration of a small-scale sewage treatment system demonstrates a commitment to responsible waste management.
Interior spaces are thoughtfully designed to encourage interaction among guests, with an open layout that facilitates movement and connection. The mix of private and communal areas allows for a versatile use of space, catering to the diverse needs of visitors.
Climate-responsive Design Elements
The design incorporates climate-responsive elements that adapt to the harsh weather typical of the region. The structure’s orientation maximizes sunlight exposure during the day, while the glass bubble is engineered to handle wind loads and thermal performance effectively. High-quality insulation materials, including Styrofoam and fiberglass panels, enhance energy conservation and interior comfort.
The architectural composition of The Glowing Bubble Ski Cabin represents a harmonious blend of modern design and ecological mindfulness. Its unique features, such as the combination of a solid exterior with a transparent interior, create a dialogue between the building and its environment, offering an engaging experience for its users.
To explore the project further and gain detailed insights into its architectural plans, sections, designs, and ideas, readers are encouraged to review the project presentation.
