The whole space is covered with a big sheet of fabric, where the four angles will collapse slowly as the water rises. The four strings that are attached to the peak points of the four sides are gathered into the center, and is anchored in to the ground. As the center piece of the habitat floats when the water comes, it forces the strings to drag the four surrounding grounds upward, which in the end creates an enclosed space.
This blog documents a parallel design studio between ETSA, Madrid and INDA, Bangkok, during the academic year of 2015-16.
The topic of this collaboration is Amphibious Architecture - a research in the context of wetlands situated in both countries.
In the first semester, the projects was situated in Spain, and in the second semester, the site is in Thailand.
Thursday, 10 September 2015
Amphibious Habitat: Tensions, Movements, and Enclosures
For this final part of this phase, I aim to use the concept of using string tension to create movements in the habitat space.
The whole space is covered with a big sheet of fabric, where the four angles will collapse slowly as the water rises. The four strings that are attached to the peak points of the four sides are gathered into the center, and is anchored in to the ground. As the center piece of the habitat floats when the water comes, it forces the strings to drag the four surrounding grounds upward, which in the end creates an enclosed space.
The whole space is covered with a big sheet of fabric, where the four angles will collapse slowly as the water rises. The four strings that are attached to the peak points of the four sides are gathered into the center, and is anchored in to the ground. As the center piece of the habitat floats when the water comes, it forces the strings to drag the four surrounding grounds upward, which in the end creates an enclosed space.