Elevated terraces of reusable urethane-faced concrete emerge from volcanic terrain, offering a unique vantage for exploration and interaction with the surrounding landscape, designed to enhance visitor engagement with nature.
5 key facts about this project
01
Elevated terraces integrate seamlessly with the volcanic landscape, enhancing user experience.
02
Pathways are designed to encourage exploration and provide varied viewpoints of the surroundings.
03
Locally sourced materials minimize environmental impact while promoting site-specific aesthetics.
04
Reusable urethane formwork creates unique textural surfaces, reducing construction waste.
05
The structural design anticipates geological activity, ensuring durability in a challenging environment.
General keywords
The project "SHIFT" is a thoughtfully designed architectural intervention positioned on the edge of a volcano. It utilizes terraced landforms to create a seamless integration between the built environment and the natural landscape. This design, characterized by a series of interlocking terraces, responds to the contours of the site while enhancing accessibility and visitor experience. The design emphasizes a harmonious coexistence with the surrounding geological features, offering striking views and unique interactions with nature.
Terraced Design and Site Integration
The terraced configuration serves both aesthetic and functional purposes. Each level offers elevated views while creating structured gathering spaces for visitors. This approach allows for a more dynamic relationship with the landscape, encouraging exploration and engagement. The design employs concrete for topping slabs and retaining walls, coupled with reusable urethane form liners that add textural depth to the surfaces. Local materials, such as compacted fill and surface rocks, further establish a direct connection to the site, promoting sustainability by minimizing transportation impacts and reducing the carbon footprint.
Functional Elements and Visitor Engagement
Incorporating pathways that connect various terraces, the design enhances circulation throughout the site. These pathways guide visitors through a journey that deepens their interaction with the volcanic landscape. The use of terraces facilitates varied perspectives of the environment, encouraging continual exploration. The overall layout supports diverse functions, including spaces for reflection, social interaction, and educational activities about the local geology and ecology.
Innovative Materials and Sustainability Practices
The use of innovative materials distinguishes "SHIFT" from conventional architectural designs. The choice of reusable urethane form liners for texturing reflects a commitment to sustainable design practices, reducing waste while achieving complex forms. The integration of locally sourced materials not only enhances the aesthetic quality but also reinforces environmental responsibility. The careful selection of concrete for structural elements underscores durability and longevity, essential in a landscape subject to geological activity.
For a more in-depth understanding of the architectural plans, designs, and ideas that define this project, readers are encouraged to explore the full presentation of "SHIFT." Detailed architectural sections and plans reveal the thought processes behind the design, offering insights into how this project achieves its goals of sustainability and user engagement while harmonizing with its natural setting.
Terraced Design and Site Integration
The terraced configuration serves both aesthetic and functional purposes. Each level offers elevated views while creating structured gathering spaces for visitors. This approach allows for a more dynamic relationship with the landscape, encouraging exploration and engagement. The design employs concrete for topping slabs and retaining walls, coupled with reusable urethane form liners that add textural depth to the surfaces. Local materials, such as compacted fill and surface rocks, further establish a direct connection to the site, promoting sustainability by minimizing transportation impacts and reducing the carbon footprint.
Functional Elements and Visitor Engagement
Incorporating pathways that connect various terraces, the design enhances circulation throughout the site. These pathways guide visitors through a journey that deepens their interaction with the volcanic landscape. The use of terraces facilitates varied perspectives of the environment, encouraging continual exploration. The overall layout supports diverse functions, including spaces for reflection, social interaction, and educational activities about the local geology and ecology.
Innovative Materials and Sustainability Practices
The use of innovative materials distinguishes "SHIFT" from conventional architectural designs. The choice of reusable urethane form liners for texturing reflects a commitment to sustainable design practices, reducing waste while achieving complex forms. The integration of locally sourced materials not only enhances the aesthetic quality but also reinforces environmental responsibility. The careful selection of concrete for structural elements underscores durability and longevity, essential in a landscape subject to geological activity.
For a more in-depth understanding of the architectural plans, designs, and ideas that define this project, readers are encouraged to explore the full presentation of "SHIFT." Detailed architectural sections and plans reveal the thought processes behind the design, offering insights into how this project achieves its goals of sustainability and user engagement while harmonizing with its natural setting.
