Endless Possibilities
Masters Thesis
Academic
Masters Thesis
Gregor Hoheisel
2023
Non-Specific
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HOW CAN SCALABLE, RECONFIGURABLE TIMBER STRUCTURES BE UTILISED IN A CIRCULAR BUILDING ECONOMIC APPROACH TO ADDRESS THE CLIMATE CRISIS?
In recent decades, anthropogenic climate change has drastically altered our planet, causing more frequent and severe weather events like hurricanes and floods that are putting pressure on our ill-prepared cities. Additionally, climate-induced migration is exacerbating global crises, with millions displaced by climate disasters. Therefore we must re-examine the way we build in order to build more resilient cities. The construction industry, responsible for 40% of global greenhouse gas emissions, must adapt to circular economy principles to reduce waste and carbon footprint. This thesis proposes a modular circular economy timber system that is then tested across a range of scalable design outcomes. Through innovative approaches like digitalisation and prefabrication, it aims to create adaptable, scalable solutions for a more resilient future.
Scaled Outcome Projects
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