Utilizing charred wooden shingles and cross-laminated timber, the design integrates with Myvatn's geothermal landscape to create an educational visitor center focused on Iceland's unique geology and natural environment.
5 key facts about this project
01
Constructed with charred wooden shingles, the design enhances durability while resonating with local building techniques.
02
The bent A-frame structure allows for optimal thermal performance and natural light penetration.
03
Geothermal energy is utilized for heating, aligning with sustainable practices inherent to the region.
04
The circular flow of the interior facilitates an engaging visitor experience, leading to varying viewpoints.
05
Landscaping mimics the local flora, creating a seamless transition between the built environment and nature.
General keywords
Project specific keywords
Rúsínan í Pylsuendanum is an architectural project designed as a visitor center situated within the unique landscape of Myvatn, Iceland. The center functions as a hub for education and engagement with the surrounding natural environment, particularly highlighting the geological features and cultural significance of the region. The design concept emphasizes a journey through various spatial experiences that guide visitors while providing educational insights.
The building integrates seamlessly with its landscape, using natural forms to encourage interaction and exploration. Its layout supports a circular flow, allowing guests to progress towards an observation point that maximizes views of the landscape. The structure's unique form contributes to a sense of belonging in the surroundings, enhancing the visitor experience.
The design sets itself apart through its thoughtful approach to materiality and structural form. The use of concrete provides a strong base that echoes the area's geological features, while timber is employed for the superstructure, reflecting local construction practices. Large glass panels are strategically incorporated to facilitate light penetration and visual connectivity with the exterior. This not only enhances the interior ambiance but also emphasizes the surrounding landscape, reinforcing the project’s educational purpose.
Accessibility is a core consideration in the project, with circulation paths designed for inclusivity. An incline leads visitors through the building, enabling wheelchair access while creating a fluid movement experience. The space includes designated zones for exhibitions and gathering, ensuring that various functions operate in harmony.
The project further differentiates itself by implementing sustainable design principles, utilizing geothermal energy sources inherent to the location. This not only reduces the carbon footprint but also aligns the building with environmentally conscious practices. The landscaping is intended to mimic natural vegetation, creating a cohesive relationship between the architecture and its environment.
For a comprehensive look at the project's architectural plans and sections, as well as additional design details and ideas, readers are encouraged to explore the project presentation. Gaining insights into the architectural designs will enhance the understanding of how the project navigates the challenges of integrating with one of Iceland's most remarkable landscapes.
The building integrates seamlessly with its landscape, using natural forms to encourage interaction and exploration. Its layout supports a circular flow, allowing guests to progress towards an observation point that maximizes views of the landscape. The structure's unique form contributes to a sense of belonging in the surroundings, enhancing the visitor experience.
The design sets itself apart through its thoughtful approach to materiality and structural form. The use of concrete provides a strong base that echoes the area's geological features, while timber is employed for the superstructure, reflecting local construction practices. Large glass panels are strategically incorporated to facilitate light penetration and visual connectivity with the exterior. This not only enhances the interior ambiance but also emphasizes the surrounding landscape, reinforcing the project’s educational purpose.
Accessibility is a core consideration in the project, with circulation paths designed for inclusivity. An incline leads visitors through the building, enabling wheelchair access while creating a fluid movement experience. The space includes designated zones for exhibitions and gathering, ensuring that various functions operate in harmony.
The project further differentiates itself by implementing sustainable design principles, utilizing geothermal energy sources inherent to the location. This not only reduces the carbon footprint but also aligns the building with environmentally conscious practices. The landscaping is intended to mimic natural vegetation, creating a cohesive relationship between the architecture and its environment.
For a comprehensive look at the project's architectural plans and sections, as well as additional design details and ideas, readers are encouraged to explore the project presentation. Gaining insights into the architectural designs will enhance the understanding of how the project navigates the challenges of integrating with one of Iceland's most remarkable landscapes.
