Architecture
Why it will be imperative to reduce the size of rental properties
Research
EPFL
A PhD thesis carried out at EPFL has shown that, based on realistic forecasts, the only way we’ll be able to shrink the environmental footprint of residential dwelling by 2050 in Switzerland is through a joint effort between housing owners and tenants. 
rebuiLT, or how to rebuild a house sustainably
Teaching
EPFL
The Low-Tech Lab in Lausanne has been part of the Unipoly association of EPFL since 2021 and aims to popularize the low-tech approach already found in several other European universities. Its showcase project rebuiLT is one of EFPL’s interdisciplinary MAKE projects and seeks to reuse parts of a building being demolished to create a community pavilion in Ecublens.
EPFL Innovation Park to expand with a focus on co-creation
TechTransfer
EPFL
EPFL Innovation Park is turning 30 this year and poised to expand with a new site, called Ecotope, where startups, researchers and outside companies will be able to pool their resources in order to explore groundbreaking ideas. The Canton of Vaud is its main partner.
Walking to net zero
Research
ETH Zurich
The Canton of Zurich recently adopted the net-zero 2040 climate protection target. Here Sibylle Wälty appeals for more 10-minute neighbourhoods, which, by making better use of the settlement area, will reduce emissions.
"co-operate" times two
TechTransfer
Empa Eawag
Digital construction using Building Information Modeling – BIM for short – is a trend for the future: more efficient, less expensive and more transparent, from design to operation of the building. The new Empa and Eawag research campus is now being built with the help of a digital twin, which will also simplify facility management of the new buildings.
Making cities more livable
Research
Empa
To meet the challenges in cities related to climate change and increasing urbanization, new approaches to transforming urban space are needed. One possibility are so-called Superblocks, large-scale city blocks with little or even no motorized through traffic inside them. An Empa study has analyzed the potential of different cities to be redesigned according to this principle.
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