The Mediated Matter Group at the Massachusetts Institute of Technology (MIT) have unveiled Aguahoja, a project that comprises a series of 3D-printed lattices both digitally designed and robotically fabricated from molecular details of trees, insect exoskeletons, apples, and bones. Led by Neri Oxman, the project’s large, sculptural chrysalides stand to demonstrate the potential of alternative, recyclable construction materials as well as the necessity of sustaining our natural water sources.
Drawing inspiration from natural ecosystems, each volume in Aguahoja is “shaped by water” with a composition of cellulose derived from green plants; chitosan from the exoskeletons of shrimp and other shelled creatives; and pectin sourced from the cell walls of fruit. The paste-like mixture of the three elements was then extruded by robotic arms into grid-like patterns preprogrammed by the team. The team also crafted a series of Artifacts that feature different grid patterns and mixed materials of which each trial design was composed. A second sculptural named Aguahoja II is currently under development by the team using similar techniques.
