Constructed from locally sourced materials and reusable urethane, the terraced pathways ascend gracefully from the edge of a volcano, offering visitors a unique vantage point to engage with the breathtaking landscape and explore its geological history.
5 key facts about this project
01
Constructed using reusable urethane form liners to achieve textured surfaces while minimizing waste.
02
Incorporates compacted fill sourced directly from the volcanic site, enhancing the connection to the landscape.
03
Features an ascending terrace system that promotes exploration and contemplation of the surrounding natural beauty.
04
Local geological characteristics inform the design, creating a seamless integration with the volcanic landscape.
05
Provides community gathering spaces at various levels, fostering social interaction in a unique outdoor setting.
General keywords
Project specific keywords
The architectural project known as "SHIFT" serves as an innovative landscape intervention on the edge of a volcano, showcasing a thoughtful approach to design that merges the natural and built environments. This project is characterized by its stepped terraces, rising in increments of 1.25 meters up to a height of 6.25 meters. Shift is conceived as a platform for interaction, inviting visitors to explore a site enriched with geological history and natural beauty.
The essence of "SHIFT" lies in its seamless integration with the surrounding topography. The design represents a harmonious dialogue between human experience and the innate characteristics of the volcanic landscape. By carefully arranging terraces throughout the site, the project encourages a unique navigation experience that promotes both exploration and engagement with the environment. Each level serves not only as an observation point but also as a gathering space, fostering community interaction and contemplation within nature’s context.
A notable feature of the project is the careful selection of materials, which reflect a commitment to sustainability while enhancing the architectural aesthetics. Reusable urethane form liners are employed to create textured surfaces that add depth and character to the concrete elements. The extensive use of concrete for topping slabs and retaining walls ensures durability and stability, while compacted fill and surface rock sourced directly from the site ground the design in its geographical context. This choice of materials creates a visual and tactile connection to the landscape, reinforcing the architectural intent of blending human-made structures with natural features.
The terraces are designed to provide visitors with an immersive journey, where the trajectory of movement is intentionally crafted to offer varied perspectives. Pathways that weave through the terraces enable easy navigation while emphasizing the project's connection to the environment. This functional aspect of the design does not detract from the visual experience; rather, it enhances the appreciation of the surrounding volcanic formations. Lookout features at the higher elevations of the terraces are thoughtfully positioned to frame captivating views, transforming the act of observation into an architectural exploration that celebrates the natural landscape.
One of the unique aspects of "SHIFT" is its approach to landscape architecture, which prioritizes ecological awareness and sustainable practices. By utilizing materials that are either site-specific or reusable, the project minimizes its environmental impact while maintaining a strong connection to its surroundings. The architectural decisions made throughout the design process reflect a deep understanding of the location's geological significance and cultural context, enhancing the narrative that visitors can experience as they traverse the site.
In summary, "SHIFT" exemplifies a thoughtful balance between architectural design and environmental integration. The project not only enhances accessibility to the volcanic landscape but also invites users to engage with the natural environment through active exploration and social interaction. This commitment to creating relatable spaces within natural settings is central to its design philosophy. For those interested in delving deeper into the project, exploring the architectural plans, sections, designs, and ideas presented may provide further insights into the architectural processes and decisions that shaped "SHIFT." The ongoing dialogue between architecture and landscape within this project offers valuable reflections on the future of design in natural settings.
The essence of "SHIFT" lies in its seamless integration with the surrounding topography. The design represents a harmonious dialogue between human experience and the innate characteristics of the volcanic landscape. By carefully arranging terraces throughout the site, the project encourages a unique navigation experience that promotes both exploration and engagement with the environment. Each level serves not only as an observation point but also as a gathering space, fostering community interaction and contemplation within nature’s context.
A notable feature of the project is the careful selection of materials, which reflect a commitment to sustainability while enhancing the architectural aesthetics. Reusable urethane form liners are employed to create textured surfaces that add depth and character to the concrete elements. The extensive use of concrete for topping slabs and retaining walls ensures durability and stability, while compacted fill and surface rock sourced directly from the site ground the design in its geographical context. This choice of materials creates a visual and tactile connection to the landscape, reinforcing the architectural intent of blending human-made structures with natural features.
The terraces are designed to provide visitors with an immersive journey, where the trajectory of movement is intentionally crafted to offer varied perspectives. Pathways that weave through the terraces enable easy navigation while emphasizing the project's connection to the environment. This functional aspect of the design does not detract from the visual experience; rather, it enhances the appreciation of the surrounding volcanic formations. Lookout features at the higher elevations of the terraces are thoughtfully positioned to frame captivating views, transforming the act of observation into an architectural exploration that celebrates the natural landscape.
One of the unique aspects of "SHIFT" is its approach to landscape architecture, which prioritizes ecological awareness and sustainable practices. By utilizing materials that are either site-specific or reusable, the project minimizes its environmental impact while maintaining a strong connection to its surroundings. The architectural decisions made throughout the design process reflect a deep understanding of the location's geological significance and cultural context, enhancing the narrative that visitors can experience as they traverse the site.
In summary, "SHIFT" exemplifies a thoughtful balance between architectural design and environmental integration. The project not only enhances accessibility to the volcanic landscape but also invites users to engage with the natural environment through active exploration and social interaction. This commitment to creating relatable spaces within natural settings is central to its design philosophy. For those interested in delving deeper into the project, exploring the architectural plans, sections, designs, and ideas presented may provide further insights into the architectural processes and decisions that shaped "SHIFT." The ongoing dialogue between architecture and landscape within this project offers valuable reflections on the future of design in natural settings.
