BLUE WHALE SHELTER
BLUE WHALE SHELTER
This shelter design is an exploratory study that harnesses the power of parametric architecture, demonstrating how digital algorithms can generate complex, yet efficient, organic forms. The structure embodies a harmonious blend of technological innovation through the use of Rhino (Rhinoceros 3D) with sensitivity to its natural surroundings.
location
BLUE WHALE SHELTER
Year
2019
Category
Parametric
Background & Research
Background & Research
This project was a university assignment aimed at exploring parametric design, with the brief being to create a unique and unconventional shelter.
This project was a university assignment aimed at exploring parametric design, with the brief being to create a unique and unconventional shelter.
Background & Research
This project was a university assignment aimed at exploring parametric design, with the brief being to create a unique and unconventional shelter.
Design & Development
Design & Development
This shelter, with its asymmetrical shape and numerous curves, taught me a great deal about parametric design. Using Rhino 3D software, I developed a design that both responded to Indonesia's tropical climate and featured a distinctive form. You can also see the timeline or routing within the Rhino software via the image below.
This shelter, with its asymmetrical shape and numerous curves, taught me a great deal about parametric design. Using Rhino 3D software, I developed a design that both responded to Indonesia's tropical climate and featured a distinctive form. You can also see the timeline or routing within the Rhino software via the image below.
Design & Development
This shelter, with its asymmetrical shape and numerous curves, taught me a great deal about parametric design. Using Rhino 3D software, I developed a design that both responded to Indonesia's tropical climate and featured a distinctive form. You can also see the timeline or routing within the Rhino software via the image below.
Concept
Concept
The detailed architectural concept focuses on a double-skin system featuring a porous pattern that resembles a net or skeletal structure. This adaptive form functions optimally as a passive shading device, naturally filtering sunlight intensity and allowing for effective cross-ventilation. This computational design is not only aesthetic but also functional in creating a cool and comfortable microclimate underneath.
License under : Copyright © Yosa Tristian
The detailed architectural concept focuses on a double-skin system featuring a porous pattern that resembles a net or skeletal structure. This adaptive form functions optimally as a passive shading device, naturally filtering sunlight intensity and allowing for effective cross-ventilation. This computational design is not only aesthetic but also functional in creating a cool and comfortable microclimate underneath.
License under : Copyright © Yosa Tristian
Concept
The detailed architectural concept focuses on a double-skin system featuring a porous pattern that resembles a net or skeletal structure. This adaptive form functions optimally as a passive shading device, naturally filtering sunlight intensity and allowing for effective cross-ventilation. This computational design is not only aesthetic but also functional in creating a cool and comfortable microclimate underneath.
License under : Copyright © Yosa Tristian
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All visuals are Copyright © protected. Technical details are hidden to protect our licensed materials. Unauthorized use is strictly prohibited.
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