Bits to Atoms (Design for AM)
Crease, Fold, Transform. - Alfonso Parra Rubio - MIT
Why It Matters
Understanding folding as a design and manufacturing strategy opens new pathways for lightweight, adaptable, and resilient structures in fields from aerospace to architecture. As sustainability and rapid deployment become critical, the ability to transform flat or simple components into complex, load‑bearing forms without extensive material processing is both timely and transformative.
AI Summary
In this talk, Alfonso Parra Rubio examines how folding—mirroring natural processes—serves as a versatile engineering tool that reshapes materials without altering their intrinsic properties. He showcases examples ranging from millimeter‑scale cellular lattices to meter‑scale corrugated structures and robotic actuators, culminating in architectural shells spanning tens of meters. Across these scales, folding enables the creation of high‑performance, load‑bearing architected materials while preserving structural integrity. Rubio’s perspective blends rigorous MIT research with his artistic practice at RnKolektive, highlighting the synergy between scientific design and sculptural expression.
Episode Description
CDFAM Computational Design Symposium
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