Exo-Linked Bifurcation
Gaudi always got inspired by the simple forms of nature to create innovative morphology during his time. In a similar way, we tried to get inspired by nature, narrowing down to the strangler fig tree and how the branches wrap and intertwine to create a self-supporting structure. The sectional cross-section of these branches are based on basic circular geometry. Using this as the basis, we explored the concept of sacred geometry to create our base profiles to test out the ramification of the columns.
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Fabricated Columns
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The space is envisioned to be a voluminous internal arena to welcome everything from small gatherings to large conferences or public presentations. The conceptual pavilion can be utilized as an open-air defined space to define areas for public concerts and events.
Light and air pierce the structure providing natural light and ventilation. The experience of a conceptual bifurcation of a series of self-supporting columns to produce a habitable space gives it an individual identity.
Proposed architectural intervention
3D- printed prototype
Exo-Linked Bifurcation is a project of IaaC, Institute for Advanced Architecture of Catalonia
Developed at: MAA01 2017-2018 Master in Advanced Architecture,
Students: Yuchen Chen, Mateo Tomas Proano Albuja, Ipsita Datta, Rim Youssef, Milivoje Momcilovic and Cansu Cetin
Lead Tutor: Mark Burry, Sagrada Familia
Tutor: Rodrigo Aguirre, Computational Faculty
Support: Keesje Avis, MAA02 student. (Fabrication Support)
Sebastian Amorelli, MAA02 student. (Computational Support)