Stacked stone and heavy timber create a seamless connection with the geothermal landscape in Iceland, offering visitors an immersive educational experience focused on the region's unique geological features.
5 key facts about this project
01
Utilizes locally sourced stacked stone to enhance integration with the volcanic landscape.
02
Incorporates heavy timber structural elements, promoting sustainability and thermal efficiency.
03
Features panoramic viewing decks designed to maximize visitor engagement with the surroundings.
04
Integrates geothermal heating systems for energy efficiency in the facility's operation.
05
Arranged in a triangular layout, fostering connectivity among programmatic pods.
General keywords
The architectural design project "Cohesion" is a contemporary facility located in the Myvatn region of Iceland. This project aims to establish a harmonious relationship between the built environment and the surrounding natural landscape, characterized by volcanic formations and geothermal activity. The design seeks not only to provide essentials for visitors but also to educate them about the unique geothermal phenomena of the area.
The project consists of three distinct programmatic pods arranged in a triangular configuration, accommodating various functions such as an information atrium, rest areas, and educational exhibits. This layout promotes interaction, allowing visitors to engage seamlessly with the natural environment. The architectural design enhances circulation, providing multiple access points that encourage exploration of both indoor and outdoor spaces.
Spatial Integration of Programmatic Pods
One of the key features of "Cohesion" is its spatial organization. Each pod serves specific functions, yet maintains visual and physical connections with the exterior landscape. The information atrium serves as the focal point, welcoming visitors and providing necessary educational materials on local geology and flora. Adjacent to this, rest and refreshment areas utilize local culinary offerings, ensuring that the visitor experience is comprehensive and immersive.
Viewing decks integrated within the structure offer elevated perspectives of the Myvatn landscape, further enhancing the educational aspect of the design. The design promotes year-round usage, supporting activities beyond the typical tourist season and allowing guests to appreciate seasonal phenomena in comfort.
Sustainable Materiality and Geothermal Energy Use
The project emphasizes sustainability through the careful selection of materials and the integration of geothermal energy. The use of stacked natural stone, sourced locally, connects the structure with its geological context. Heavy timber elements contribute to the warmth of the interior while ensuring structural integrity. Insulated metal panels serve as roofing, providing thermal efficiency while maintaining a contemporary aesthetic.
The incorporation of geothermal heating systems aligns with environmentally responsible practices, enabling the facility to operate efficiently in varying climatic conditions. The project's design reflects a commitment to sustainability, focusing on minimizing ecological impact while enhancing the visitor experience.
With its focus on functionality, sustainability, and education, "Cohesion" represents a notable achievement in architectural integration with the natural environment. For further exploration of the architectural plans, architectural sections, and architectural designs associated with this project, please refer to the project presentation. These elements provide deeper insights into the innovative architectural ideas shaping this design.
The project consists of three distinct programmatic pods arranged in a triangular configuration, accommodating various functions such as an information atrium, rest areas, and educational exhibits. This layout promotes interaction, allowing visitors to engage seamlessly with the natural environment. The architectural design enhances circulation, providing multiple access points that encourage exploration of both indoor and outdoor spaces.
Spatial Integration of Programmatic Pods
One of the key features of "Cohesion" is its spatial organization. Each pod serves specific functions, yet maintains visual and physical connections with the exterior landscape. The information atrium serves as the focal point, welcoming visitors and providing necessary educational materials on local geology and flora. Adjacent to this, rest and refreshment areas utilize local culinary offerings, ensuring that the visitor experience is comprehensive and immersive.
Viewing decks integrated within the structure offer elevated perspectives of the Myvatn landscape, further enhancing the educational aspect of the design. The design promotes year-round usage, supporting activities beyond the typical tourist season and allowing guests to appreciate seasonal phenomena in comfort.
Sustainable Materiality and Geothermal Energy Use
The project emphasizes sustainability through the careful selection of materials and the integration of geothermal energy. The use of stacked natural stone, sourced locally, connects the structure with its geological context. Heavy timber elements contribute to the warmth of the interior while ensuring structural integrity. Insulated metal panels serve as roofing, providing thermal efficiency while maintaining a contemporary aesthetic.
The incorporation of geothermal heating systems aligns with environmentally responsible practices, enabling the facility to operate efficiently in varying climatic conditions. The project's design reflects a commitment to sustainability, focusing on minimizing ecological impact while enhancing the visitor experience.
With its focus on functionality, sustainability, and education, "Cohesion" represents a notable achievement in architectural integration with the natural environment. For further exploration of the architectural plans, architectural sections, and architectural designs associated with this project, please refer to the project presentation. These elements provide deeper insights into the innovative architectural ideas shaping this design.
