Miguel Angel Martinez Flores 
Constructed with locally sourced basalt and Accoya wood, this retreat harmonizes with Iceland's rugged landscape while providing essential facilities for ski enthusiasts.
5 key facts about this project
01
Constructed with locally sourced Accoya wood, enhancing durability and environmental sustainability.
02
Incorporates extensive use of basalt tile for flooring and countertops, providing resilience.
03
Designed with a biophilic approach, maximizing natural light and outdoor views through large windows.
04
Utilizes geothermal energy for heating, aligning with sustainable practices in harsh climates.
05
Features a multifunctional layout that promotes community interaction and user accessibility.
Project specific keywords
"Fallen Star" is an architectural project located in the MýVatn region of Iceland, designed as a multifunctional retreat center that aligns with the surrounding landscape. Covering an area of 3,834 square feet (357 square meters), this facility accommodates various activities related to skiing and leisure. Its overall concept symbolizes openness and connection to nature, achieved through a layout that resembles an extended hand, inviting guests to experience the scenic views.
The project comprises several key components. These include ski storage units, changing rooms for both men and women, mechanical and restroom facilities, and gathering areas—both indoor and outdoor. The functional zones facilitate movement and interactions among users, supporting both individual activities and communal gatherings. The architectural organization emphasizes accessibility and comfort for users, aligning with the center's purpose as a retreat.
Sustainable design approaches significantly differentiate "Fallen Star" from conventional projects. The use of locally sourced materials, such as Accoya® wood and basalt tile, enhances its environmental compatibility while ensuring durability in the harsh Icelandic climate. The incorporation of renewable energy sources, including geothermal systems and solar panels, minimizes the ecological footprint and reduces reliance on non-renewable energy.
The integration of biophilic design principles plays a crucial role in the project. The extensive use of windows maximizes natural light while providing unobstructed views of the surrounding landscape. This connection to nature is further reinforced through the use of organic materials like sheep wool insulation and Shikkui plaster, which contribute to both air quality and aesthetic qualities of the interior spaces.
The architectural details, including varying ceiling heights and specifically tailored color schemes, promote an inviting environment. These design choices encourage a sense of calm and relaxation for users, aligning with the project's overall goal of creating a restorative experience.
In summary, "Fallen Star" embodies a thoughtful approach to architecture and design, seamlessly merging functionality with sustainability. For those interested in a deeper exploration of the project, including architectural plans, architectural sections, and architectural designs, a thorough review of the presentation will provide further insights into its unique architectural ideas and implementation.
The project comprises several key components. These include ski storage units, changing rooms for both men and women, mechanical and restroom facilities, and gathering areas—both indoor and outdoor. The functional zones facilitate movement and interactions among users, supporting both individual activities and communal gatherings. The architectural organization emphasizes accessibility and comfort for users, aligning with the center's purpose as a retreat.
Sustainable design approaches significantly differentiate "Fallen Star" from conventional projects. The use of locally sourced materials, such as Accoya® wood and basalt tile, enhances its environmental compatibility while ensuring durability in the harsh Icelandic climate. The incorporation of renewable energy sources, including geothermal systems and solar panels, minimizes the ecological footprint and reduces reliance on non-renewable energy.
The integration of biophilic design principles plays a crucial role in the project. The extensive use of windows maximizes natural light while providing unobstructed views of the surrounding landscape. This connection to nature is further reinforced through the use of organic materials like sheep wool insulation and Shikkui plaster, which contribute to both air quality and aesthetic qualities of the interior spaces.
The architectural details, including varying ceiling heights and specifically tailored color schemes, promote an inviting environment. These design choices encourage a sense of calm and relaxation for users, aligning with the project's overall goal of creating a restorative experience.
In summary, "Fallen Star" embodies a thoughtful approach to architecture and design, seamlessly merging functionality with sustainability. For those interested in a deeper exploration of the project, including architectural plans, architectural sections, and architectural designs, a thorough review of the presentation will provide further insights into its unique architectural ideas and implementation.
