Understanding Complexity through Systems Approaches
Abstract The course focuses on developing system dynamic models for socio-technical transitions. With the practical case of upscaling the use of wood for construction, students will interact with stakeholders of the wood supply chain and model 1) their relations, 2) emerging non-linear dynamics (e.g., feedbacks and tipping points), and 3) trade-offs between economic, societal, and environmental benefits.
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Mainstreaming Wood in Construction: A Holistic Approach
The building sector is one of the highest CO2 emitters, and thanks to modern technologies, using more sustainable construction materials can help deliver net-zero emissions as well as good housing. Using timber would not only increase carbon storage in our buildings, but would also avoid the CO2 emissions of conventional building materials such as concrete - which is still the default.
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