Each flower is made using balloon twisting or sculpting, where long, thin modeling inflatables are folded and locked into shapes. Making a single flower takes time and skill because these materials don't behave so well when twisted tight. In Ballooms' case, they're flexible and sturdy, enough to hold onto like a bouquet.
TreeSoil is an earthen structure produced through robotic 3D printing, designed to protect young trees in degraded environments by creating microclimates favorable to early growth. Drawing on ancient agricultural practices, where soil and stone were shaped into protective structures for crops, TreeSoil reenacts these methods through computational design and robotic fabrication. To enhance sapling survival rates, each TreeSoil prototype is informed by local climatic data, optimizing airflow, solar radiation, and moisture retention.
The B-Clip uses vacuum press forming technology to create a strong, weather-resistant clip from cellulose fibers. Unlike conventional plastic clips, the B-Clip is biodegradable and naturally composts at the end of the growing season. By using renewable agricultural by-products like straw, the project demonstrates how waste materials can be transformed into valuable resources. This approach not only promotes a circular economy but also highlights the potential of sustainable innovation in everyday agricultural tools.
