4 years ago
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Posted On: November 9th 2022, 06:46 pm
After solving the design aspect of the problem through computational tools, remains the question of how to build the non-standard structure ?
Instead of relying on heavy digital fabrication tools and construction site jigs, we opted for a Mixed Reality strategy using Fologram (@fologm) that enables a more versatile and accessible workflow. The forks were traced using AR guides to locate the scarf joints cuts. Once the joints cut, the elements were located and assembled on site thanks to an AR projection of the digital model. The joints design incorporates a buffer material strategy that mitigates the high tolerance of the previous fabrication steps.
Credits:
@digitalstructuresmit
Director : Caitlin Mueller
Research team:
Tim Cousin @p_a_l_z_i_n_c
Latifa Al-Khayat @line.tifa
Natalie Pearl @_nattyp_
Research assistants:
Hailey Quinn @haileyq3312
Angela Zhang @turdtinos
Aldrin Gaffud
Technical advising:
Chris Dewart @christopherdewart
Financial support:
MIT HASS Award
@mitarchitecture
@mitsap
Instead of relying on heavy digital fabrication tools and construction site jigs, we opted for a Mixed Reality strategy using Fologram (@fologm) that enables a more versatile and accessible workflow. The forks were traced using AR guides to locate the scarf joints cuts. Once the joints cut, the elements were located and assembled on site thanks to an AR projection of the digital model. The joints design incorporates a buffer material strategy that mitigates the high tolerance of the previous fabrication steps.
Credits:
@digitalstructuresmit
Director : Caitlin Mueller
Research team:
Tim Cousin @p_a_l_z_i_n_c
Latifa Al-Khayat @line.tifa
Natalie Pearl @_nattyp_
Research assistants:
Hailey Quinn @haileyq3312
Angela Zhang @turdtinos
Aldrin Gaffud
Technical advising:
Chris Dewart @christopherdewart
Financial support:
MIT HASS Award
@mitarchitecture
@mitsap
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