35: Biomimetic Design and Stereolithography 3d Printing: Bioinspired Artifact Design and Manufacturing Process

Biomimetic studies natural structures and systems to apply them in order to solve current problems. Computational design generates complex geometries by algorithms. Digital fabrication with stereolithographic 3D printing makes it possible to materialize these artifacts in complex forms. This research proposes a process integrating these three fronts to create an artifact bioinspired by the peel of the Sugar Apple (Annona squamosa) on the envelopes of buildings. The objective is to develop a digital design and fabrication process. The methodology is divided into two phases: Theoretical basis and experimentation. The results indicate the success of using biomimetics combined with parametric design and 3D printing to create complex and functional forms. The main contribution is the articulation between nature and technology, highlighting the importance of specialized training in the area and democratizing access to these tools.