Inspired by the forms of icebergs, a series of adaptable, modular units constructed with polycarbonate and sustainable wood create a seamless connection with the Icelandic landscape while offering unique lodging experiences near Lake Mývatn.
5 key facts about this project
01
Modular units can be repositioned based on environmental conditions and user preferences.
02
The structure harnesses geothermal energy, minimizing environmental impact.
03
Design elements mimic iceberg forms to create a harmonious relationship with the landscape.
04
Use of polycarbonate materials allows for natural light while ensuring thermal insulation.
05
A central communal space promotes social interaction among guests while maintaining privacy.
General keywords
Project specific keywords
The Ísjaki project is an architectural design situated along the shores of Lake Mývatn, Iceland. It embodies a concept centered around the interaction between the built environment and the surrounding natural landscape. The design takes inspiration from the forms and dynamics of icebergs. The primary function of the project is to provide lodgings that encourage a connection to the landscape while prioritizing environmental sustainability.
The project consists of a series of modular, iceberg-like structures that are strategically placed throughout the site. These structures, resembling floating ice formations, facilitate unique experiential opportunities. Each unit is designed to be adaptable, allowing for repositioning based on user preferences and environmental factors. This setup supports personal engagement with the breathtaking views of the Northern Lights and the expansive natural scenery.
The central communal space is a larger tent-like structure that serves as the heart of the project. It includes essential amenities and encourages social interaction among guests. This design element is significant in promoting a sense of community while maintaining individual privacy within the modular units. The structure is engineered to harness geothermal energy, a prevalent resource in the region, thereby underscoring the project's commitment to sustainability.
A defining characteristic of the Ísjaki project is its integration of local materials and modern technology. The use of polycarbonate sheets allows for transparency and thermal insulation in the units, while steel and reinforced concrete provide the necessary structural support. Sustainable wood is used for interior finishes, enhancing the aesthetic while ensuring connection to the natural environment. Moreover, luminous roof constructions enhance daylighting within the spaces, improving the overall ambiance.
What sets the Ísjaki project apart from conventional architectural designs is its emphasis on adaptability and engagement with the surrounding landscape. The ability to reposition individual rooms fosters a unique user experience, allowing occupants to tailor their interactions with nature. This flexible design approach is complemented by a seamless integration of renewable energy systems, focusing on minimizing the ecological footprint while enhancing the quality of life for guests.
By exploring the project presentation further, readers can gain detailed insights into the architectural plans, sections, designs, and innovative ideas that define Ísjaki. Engaging with these elements will provide a deeper appreciation of the project’s architectural significance and its contribution to sustainable design practices.
The project consists of a series of modular, iceberg-like structures that are strategically placed throughout the site. These structures, resembling floating ice formations, facilitate unique experiential opportunities. Each unit is designed to be adaptable, allowing for repositioning based on user preferences and environmental factors. This setup supports personal engagement with the breathtaking views of the Northern Lights and the expansive natural scenery.
The central communal space is a larger tent-like structure that serves as the heart of the project. It includes essential amenities and encourages social interaction among guests. This design element is significant in promoting a sense of community while maintaining individual privacy within the modular units. The structure is engineered to harness geothermal energy, a prevalent resource in the region, thereby underscoring the project's commitment to sustainability.
A defining characteristic of the Ísjaki project is its integration of local materials and modern technology. The use of polycarbonate sheets allows for transparency and thermal insulation in the units, while steel and reinforced concrete provide the necessary structural support. Sustainable wood is used for interior finishes, enhancing the aesthetic while ensuring connection to the natural environment. Moreover, luminous roof constructions enhance daylighting within the spaces, improving the overall ambiance.
What sets the Ísjaki project apart from conventional architectural designs is its emphasis on adaptability and engagement with the surrounding landscape. The ability to reposition individual rooms fosters a unique user experience, allowing occupants to tailor their interactions with nature. This flexible design approach is complemented by a seamless integration of renewable energy systems, focusing on minimizing the ecological footprint while enhancing the quality of life for guests.
By exploring the project presentation further, readers can gain detailed insights into the architectural plans, sections, designs, and innovative ideas that define Ísjaki. Engaging with these elements will provide a deeper appreciation of the project’s architectural significance and its contribution to sustainable design practices.
