Automotive-AEC technology transfer – DfMA framework and complex façade systems
DOI:
https://doi.org/10.69143/2464-9309/19162026Keywords:
technology transfer, industrialisation of complexity, façade systems, topological optimisation, life cycle assessmentAbstract
In the AEC sector, there is an urgent need for solutions that integrate environmental sustainability, design quality, and production scalability. This urgency stems from a rapidly changing context marked by environmental and technological shifts, a shortage of skilled labour, and stagnant productivity. Transferring technology from the automotive to the construction sector serves as a strategic lever for managing the growing complexity of building envelopes. This paper introduces an automotive-derived Design for Manufacturing and Assembly framework. The framework is applied to a façade macro-component fabricated from Glass-fibre Reinforced Concrete and Wire Arc Additive Manufacturing. By integrating parametric modelling, topological optimisation, and Life Cycle Assessment, the approach reduces the substructure’s mass. This improves material efficiency and guides the project towards industrialisable solutions that align with circularity principles.
Article info
Received: 10/03/2026; Revised: 11/04/2026; Accepted: 13/04/2026
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