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ORCID

https://orcid.org/0009-0007-4516-6310

Access Type

Campus-Only Access for One (1) Year

Document Type

thesis

Embargo Period

4-28-2023

Degree Program

Architecture

Degree Type

Master of Architecture (M.Arch.)

Year Degree Awarded

2023

Month Degree Awarded

May

Abstract

The pandemic has taught us several valuable lessons. It led to a new interest in redesigning-built environments that promote healthy indoor atmospheres and provide a space for reflection along with social distancing. The architecture of a space affects how people move within a space and live their lives. By using organic design principles and sustainable systems, we can transform and renew our built environment. A holistic approach that combines natural and built elements can create a sense of harmony and health, which is in line with the essence of organic architecture.

Organic architecture can provide a sustainable solution to the persistent conflict between humans and nature due to urbanization, resource scarcity, and deforestation. By incorporating organic design principles, we can reconcile expanding urban environments and mass constructions with the natural world and biosphere. This approach can establish a harmonious relationship between human-made environments and nature, creating a more sustainable future. Despite their benefits, earthen materials are not widely used in new construction in North America. (Jenkins Swan, Rteil, and Lovegrove 2011) Some people even might believe that earthen materials are indicators of poverty, creating a social stigma that limits their use. Labor standards and knowledge sharing in the building industries may preference other ways of building. For others, the technical data available may be insufficient to quantify an understanding of building performance in various climates. Importantly, earthen materials are not fully represented in building codes and standards, particularly in North America.(Jenkins Swan, Rteil, and Lovegrove 2011)

According to recent research, earthen building materials are capable of regulating indoor temperatures and humidity to attain optimal levels for occupant health (Alassaad et al. 2021). Low toxicity along with recyclability at the end of its life cycle which in turn allows for a cradle-to-cradle supply chain are also some of the other advantages of earthen materials. By being sustainable from the start of its life cycle, this thesis explores the use of earthen materials in construction by not just promoting the environmental benefits but also demonstrating how it could possibly add life to new organic forms.

DOI

https://doi.org/10.7275/35397778

First Advisor

Carey Clouse

Second Advisor

Caryn Brause

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