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MAGNETIC GROWTH
SHAPING ENVIRONMENT: EXPERIMENTS IN GEOMETRY AND WASTE(MATTER) 
40°26'39.2"N 79°57'45.5"W


This project explores sustainable materials and bioplastics through a design process evolving from pattern discovery and geometric experimentation to computational synthesis and kirigami fabrication, incorporating a Life Cycle Assessment (LCA) to shape environments conscientiously.

Shaping Environment, Geometry, Material Science, Bioplastics, Ecological Design, Sustainable Design, LCA Analysis


This initiative delves into the innovative use of sustainable materials and bioplastics, aiming to reshape environments with a minimal ecological footprint. It commences with the meticulous discovery of patterns that inform the basis of geometric testing. These patterns serve as a prelude to the computational generation of the system, orchestrating a symphony of design and function.

PATTERN FINDING, AND COMPUTATION
The process advances to material prototyping, where various substrates are examined for their environmental impact and performance, underpinned by a rigorous Life Cycle Assessment (LCA). This analysis is pivotal in ensuring that the selected materials not only align with the envisioned aesthetic but also adhere to principles of sustainability.


MATERIAL TESTING


LCA ANALYSIS


Transcending traditional design boundaries, the project employs the art of kirigami—a variation of Kirigami that includes cutting as well as folding. This technique is harnessed to generate intricate designs that are both structurally sound and visually compelling. The culmination of this methodology is the tangible fabrication of prototypes that demonstrate the practical application of research findings.

The ultimate objective is to contribute meaningfully to the dialogue on environmental stewardship in design. By reimagining the use and creation of materials, the project stands as a testament to the potential for innovative design to coalesce with the imperative of ecological responsibility.


APPLICATIONS