Located beside a volcanic crater, the modular structure utilizes local stone and galvanized steel to create a sustainable visitor center that fosters a deep connection with the surrounding landscape.
5 key facts about this project
01
Utilizes galvanized steel for durability in a volcanic environment.
02
Design incorporates local stone, promoting regional identity and sustainability.
03
Features a spiral staircase for enhanced vertical interaction and observation.
04
Modular construction allows for efficient assembly and adaptability.
05
Incorporates photovoltaic lighting for reduced environmental impact.
General keywords
Project specific keywords
UPtheEDGE is an architectural project designed to establish a connection between humanity and the surrounding natural landscape of the Nemrut volcano. The project serves as a contemplative refuge, facilitating exploration and reflection while underscoring environmental stewardship. The architectural design promotes interaction with the unique geological features of the site, emphasizing harmony between built forms and natural landscapes.
The primary function of UPtheEDGE is to create a space that encourages visitors to unwind, engage with the environment, and appreciate the scenic vistas offered by the crater and its surroundings. The structure incorporates various spatial arrangements, including open areas designed for gathering, contemplative zones, and observation points that take advantage of the panoramic views.
Design Strategies and Materiality
UPtheEDGE employs a circular design, a feature that simplifies environmental integration and ensures unobstructed views from all angles. The circular form not only enhances aesthetic appeal but also supports structural efficiency. The project utilizes sustainable materials such as galvanized steel, locally sourced stone, expanded metal sheets, and concrete, all chosen for their durability and low environmental impact. The use of local materials fosters a connection to the region's geology and minimizes the carbon footprint associated with transporting materials.
Central to the design is the yurt-inspired structure, which draws from traditional dwelling forms while allowing for modular construction. This design choice facilitates efficient building processes while creating flexible spaces adaptable to various uses. The inclusion of a spiral staircase enhances vertical circulation and provides users with multiple vantage points to engage with nature.
Interactivity with the Environment
UPtheEDGE integrates features that enhance the user experience through direct engagement with the landscape. The incorporation of strategically placed openings and viewports allows natural light to penetrate the interior while framing picturesque landscapes. This design encourages visitors to immerse themselves in the natural beauty surrounding the structure.
Additionally, the project employs environmentally responsive lighting through the use of photovoltaic-powered LED fixtures. This illuminates the space at night, facilitating continued interaction with the environment and creating an inviting atmosphere for nighttime contemplation and stargazing.
For further insights into the architectural plans, architectural sections, and various architectural ideas presented in UPtheEDGE, the reader is encouraged to explore the complete project presentation. Detailed examinations of design elements and their functional implications offer a comprehensive understanding of this architectural endeavor.
The primary function of UPtheEDGE is to create a space that encourages visitors to unwind, engage with the environment, and appreciate the scenic vistas offered by the crater and its surroundings. The structure incorporates various spatial arrangements, including open areas designed for gathering, contemplative zones, and observation points that take advantage of the panoramic views.
Design Strategies and Materiality
UPtheEDGE employs a circular design, a feature that simplifies environmental integration and ensures unobstructed views from all angles. The circular form not only enhances aesthetic appeal but also supports structural efficiency. The project utilizes sustainable materials such as galvanized steel, locally sourced stone, expanded metal sheets, and concrete, all chosen for their durability and low environmental impact. The use of local materials fosters a connection to the region's geology and minimizes the carbon footprint associated with transporting materials.
Central to the design is the yurt-inspired structure, which draws from traditional dwelling forms while allowing for modular construction. This design choice facilitates efficient building processes while creating flexible spaces adaptable to various uses. The inclusion of a spiral staircase enhances vertical circulation and provides users with multiple vantage points to engage with nature.
Interactivity with the Environment
UPtheEDGE integrates features that enhance the user experience through direct engagement with the landscape. The incorporation of strategically placed openings and viewports allows natural light to penetrate the interior while framing picturesque landscapes. This design encourages visitors to immerse themselves in the natural beauty surrounding the structure.
Additionally, the project employs environmentally responsive lighting through the use of photovoltaic-powered LED fixtures. This illuminates the space at night, facilitating continued interaction with the environment and creating an inviting atmosphere for nighttime contemplation and stargazing.
For further insights into the architectural plans, architectural sections, and various architectural ideas presented in UPtheEDGE, the reader is encouraged to explore the complete project presentation. Detailed examinations of design elements and their functional implications offer a comprehensive understanding of this architectural endeavor.
