Experimental Disobedience and Loose Collaborations:Unconventional material explorations that challenge existing architectural norms.

Anthropogenic perturbations of the global environment are often addressed as separate issues overlooking any inherent overlaps that take place between them (Richardson et al., 2023). By promoting experimental project-specific partnerships and ‘loose collaborations’ between multi-disciplinary stakeholders, architectural research can address the complex interconnected challenges that the built environment imposes on planetary systems. Questioning something as fundamental as materials and the steadfast imbalance caused by conventional construction we can question social, cultural, economic, and environmental phenomena giving access to deeper leverage points for systems change.<br/><br/>Properties of unconventional bio-based materials, typically seen as limitations, in fact present opportunities to question existing norms. This statement presents exploratory research and a pedagogical approach which uses an experimental, hands-on methodology to test the viability of unconventional bio-based materials, an in-turn creates a highly tangible focus point for interdisciplinary collaboration. The approach shows that universities hold unrealised potential to become incubators of alternative architectural trajectories, by bringing together like-minded academics and students and allowing for the cross over between disciplines and knowledge sharing.<br/><br/>By deliberately transgressing established regulations and systems of power within the field of architecture we are seeking to shift design approaches to integrate a deeper understanding of place and its complex systems.

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Publication Details

Journal
UWA Profiles and Research Repository (University of Western Australia)
Published
2025-12-02
Primary Topic
Architecture and Computational Design
Type
article
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article

Experimental Disobedience and Loose Collaborations:Unconventional material explorations that challenge existing architectural norms.

Bradley James Millis, Lara Camilla; id_orcid 0000-0002-3467-5044 Pinho
UWA Profiles and Research Repository (University of Western Australia)
Architecture and Computational Design
article

Experimental Disobedience and Loose Collaborations:Unconventional material explorations that challenge existing architectural norms.

Bradley James Millis, Lara Camilla; id_orcid 0000-0002-3467-5044 Pinho
article en

Abstract

Anthropogenic perturbations of the global environment are often addressed as separate issues overlooking any inherent overlaps that take place between them (Richardson et al., 2023). By promoting experimental project-specific partnerships and ‘loose collaborations’ between multi-disciplinary stakeholders, architectural research can address the complex interconnected challenges that the built environment imposes on planetary systems. Questioning something as fundamental as materials and the steadfast imbalance caused by conventional construction we can question social, cultural, economic, and environmental phenomena giving access to deeper leverage points for systems change.<br/><br/>Properties of unconventional bio-based materials, typically seen as limitations, in fact present opportunities to question existing norms. This statement presents exploratory research and a pedagogical approach which uses an experimental, hands-on methodology to test the viability of unconventional bio-based materials, an in-turn creates a highly tangible focus point for interdisciplinary collaboration. The approach shows that universities hold unrealised potential to become incubators of alternative architectural trajectories, by bringing together like-minded academics and students and allowing for the cross over between disciplines and knowledge sharing.<br/><br/>By deliberately transgressing established regulations and systems of power within the field of architecture we are seeking to shift design approaches to integrate a deeper understanding of place and its complex systems.

UWA Profiles and Research Repository (University of Western Australia)
Partnerships for the goals
Openalex Percentile: Top 6%
Architecture and Computational Design
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