ABSTRACT
This thesis combines bio-based materials, computational design, and digital fabrication to generate and test architectural demonstrators made from agricultural residues. More specifically, this thesis uses the by-products of a local fiber flax production, with parameter based generative algorithm scripts and additive manufacturing (AM), more commonly known as extrusion 3D printing. The interest in this research comes from an optimistic belief that architectural materials can move away from carbon intensive, unsustainable extractive practices and towards bio-based materials in circular ecologies.
JURY COMMENT
This submission demonstrates a rigorous and holistic approach in exploring the potential use of locally grown flax by-products for architectural applications. The submission is clearly presented and explores methodically the potential use for an agricultural by-product – that would otherwise be discarded and wasted – to create bio-based materials for the architectural and construction industries.
If our society can develop new bio-based building materials through this kind of research, combined with emerging fabrication technologies, this would revolutionize how we design & build, and eliminate a significant portion of waste and emissions. The iterative process described by the author provided insight into the challenges and potentials of the use of new materials.