An excellent pavilion for circular construction

November 09, 2023

For an entire semester, around 30 students from the fields of civil engineering, architecture, mechanical engineering, computer science and materials science worked together on issues relating to the reuse of building materials. The work of art of the circular economy has now been honoured with the Swiss Architecture Prize Arc Award in the "Next Generation" category. The jury paid particular tribute to the fact that this study project was developed in collaboration with various disciplines and also recognised that it is a prime example of circular economy methods and the reuse of building materials. "Circular construction requires collaborative creation: bridging various disciplines and harnessing digital technologies is urgently needed to scale circular economy principles in the construction sector. As engineers, we therefore collaborate with various stakeholders to facilitate and realize the potential of reuse and regeneration," says Catherine De Wolf.

For an entire semester, around 30 students from the fields of civil engineering, architecture, mechanical engineering, computer science and materials science worked together on issues relating to the reuse of building materials. In order to master the logistical Herculean task, they inventoried the components with lasered QR codes and thus created a digitalised interface - which enabled them to create a new building from reused wooden components: the Re-Use Pavilion on the ETH Hönggerberg campus. The work of art of the circular economy has now been honoured with the Swiss Architecture Prize Arc Award in the "Next Generation" category.

The jury paid particular tribute to the fact that this study project was developed in collaboration with various disciplines and also recognised that it is a prime example of circular economy methods and the reuse of building materials.

"Circular construction requires collaborative creation: bridging various disciplines and harnessing digital technologies is urgently needed to scale circular economy principles in the construction sector. As engineers, we therefore collaborate with various stakeholders to facilitate and realize the potential of reuse and regeneration," says Catherine De Wolf.

The project was made possible thanks to the cooperation with external partners, including Barbara Buser, Pascal Angehrn from "Baubüro in situ", Mathis Jedele and Christoph Angehrn from B3 Kolb, and Michael Wick from "Wiederverwekle".

The source of this news is from ETH Zurich

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