An MAS programme from the Block Research Group is about to start. After fifteen years of research and the latest applications in practice, participants in the MAS ETH CSD programme can now benefit from the experience of pioneers in sustainable construction.

NCCR DFAB alumna Yu Zhang will start as Assistant Professor of Architecture and Design at the University of Cambridge, UK, in the Department of Architecture on 1 December 2024.

As part of the ‘Women in Tech’ initiative of the Canton of Zurich, the FDP Women of the Canton of Zurich visited the Robotic Fabrication Lab. There were inputs from Prof. Dr. Vanessa Wood and Carmen Walker Späh.

Together with Design++, the NCCR Digital Fabrication hosted a group of 22 children at the Institute of Technology in Architecture for the Swiss National Future Day 2024.

The third Future of Construction Symposium took place at USI in Mendrisio, bringing together NCCR DFAB researchers, alumni and experts. The event featured workshops and discussions on the past and future of construction.

NCCR DFAB researchers have developed a novel process for 3D printing with hollow cores. This method is especially useful for building facades as the hollow cores strengthen designs and improve insulation and soundproofing.

LAYERED's mission is to revolutionise the construction industry with autonomous construction robots designed to significantly enhance efficiency, safety, and sustainability. Their technology aims to transform construction practices by automating repetitive, labour-intensive tasks through a unique…

Currently the fourth and final floor of Tor Alva is being assembled on site with its six meter tall columns. Later the double dome will be constructed and the metal staircase erected, provided the autumn weather remains stable.

End of august EMPA inaugurated the module in Dübendorf. The STEP2 unit aims to realise holistic solutions for construction projects that take all important aspects into account from the very beginning through the collaboration of all partners involved along the entire value chain.

The Caschlatsch installation consists of 2000 beams. The structure was designed and manufactured by participants of the MAS ETH DFAB with parametric tools and augmented reality. The project combines research projects of Gramazio Kohler Research, some of which were implemented for the first time.