Location: Pittsburgh, Pennsylvania

Professor: Dana Cupcova

Term: Fall 2023

Collaborators: Anshuka Asnani and Jenish Thakkar

Skills Used: Rhino 3d, Keyshot, 3d printing, Laser cutting, Vaccum forming

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The research initiative, BioGuard: Preserving Nature through Bioplastics, centers on a profound exploration of organic forms in nature, specifically the intricate and captivating patterns visible in tree trunks. These natural motifs serve as the foundational inspiration for creating three-dimensional structures. The process involved extensive research and a meticulous strategy focusing on interlocking forms that mimic the inherent tectonic qualities found in tree trunk patterns. This initial phase ignited the project’s trajectory towards developing a protective barrier, akin to a bowguard, designed explicitly to shield the Red Oak trees in Pennsylvania from the detrimental impact of Gypsy Moth infestation.

The realization of this concept required a comprehensive study of life cycles within and beyond the construction industry. Our investigation centered on the repurposing of waste materials, encompassing sawdust generated from wooden boards, corrugated board sheets derived from packaging waste, and discarded coffee grounds sourced from the food industry.
These materials formed the base for the creation of a textured composite, ingeniously blending the tree trunk concept with a visually appealing aesthetic that seamlessly integrates into natural landscapes.

The resulting material serves a dual purpose: it not only embodies the essence of a tree trunk but also effortlessly harmonizes with the natural environment, offering both functional protection and visual coherence. By adeptly combining natural patterns and material aesthetics, our endeavor effectively fulfills its primary objective of safeguarding trees from moth infestation.
In essence, our project represents a fusion of drawing inspiration from nature’s intricate patterns, incorporating an in-depth understanding of tectonics, and ingeniously repurposing existing waste streams to create sustainable life cycles. Through this innovative approach, we aim to contribute meaningfully to the preservation of nature while addressing critical environmental challenges in an aesthetically pleasing and functional manner.