GENETIC DESIGN
Our genetic design objective is to create deeply pliable design algorithms that imitate the complete interconnection of design deliverables. It is similar to prefabrication but where every design is unique. Our genetic designs would instantly create the drawings (plans, sections, elevations, details, fabrication outputs, etc.) for a finished product based on the client’s inputs. The preparation of a genetic design is similar to making a seed, where the genetic rules are prearranged and can govern all the possible decisions to make a unique tree. Afterwards, each seed can automatically produce a unique, finely tuned tree on its own.
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The above image shows the automation spectrum, defining the position of Genetic Design relative to more familiar design stages.
The above image shows the automation spectrum, defining the position of Genetic Design relative to more familiar design stages.
Our most comprehensive representation of a genetic design so far is our Formid Seat. In this algorithm we have algorithmically linked structural sizing, biomechanical fit, counterweight balance, custom 3D prints, tailored lasercut profiles, automated fabrication registrations, and aesthetic proportions together seamelssly. Formid was initiated as a precursor to our genetic design work in architecture.
For example, through our architecture work we have built a fragment of a genetic design. We fine tuned the subdivision of complex site topography into zones to maximize cost effectiveness. Blasting efforts on a large site were differentiated into cut and fill volumes along with the foundation structure and retaining walls. These were adjusted based on the fluid control over building placement including its location and size. However this work is incomplete as it only satisfies the foundation conditions rather than the entire project.
The benefits of a fully integrated genetic design are broad and the future of the design profession lies in further imitation of biology.
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The multi-disciplinary parametric logic for the genetic design of Formid.
Deformations of 3D model observed in plan view for the genetic design of Formid.
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The multi-disciplinary parametric logic for the genetic design of Formid.
Deformations of 3D model observed in plan view for the genetic design of Formid.
The deformable parametric model for the genetic design of Formid.
The deformable parametric model for the genetic design of Formid.
