DO ROBOTS DREAM OF CONSTRUCTION SITES? 09.09-05.12.2026 Opening Tuesday 8 September 6.15pm – Discussion between Stefana Parascho and Aude Billard, moderated by Pier Vittorio Aureli 7.30pm – Opening doors and aperitive What if robots didn’t replace us, but worked alongside us? Robots are capable of assembling, analysing, experimenting and learning from their mistakes. Could they take on construction work without replacing human labour? Research carried out by the CRCL – Lab for Creative Computation at EPFL explores a form of collaboration between humans and machines that departs from the traditional promise of automation. It opens the way to more inclusive …

11.08.26 - What if robots were increasingly in need of us? Archizoom and the CRCL laboratory at EPFL propose an exhibition to invite visitors to rethink the automation of construction sites, exploring robotic arms, recycled timber and the confidence to co-create with increasingly intelligent machines. Despite decades of technological promises, construction remains one of the least automated sectors — and one where the physical demands of the work remain the most intense. In light of this, the CRCL – Lab for Creative Computation, led by Professor Stefana Parascho, is exploring a different approach. Rather than opposing robots and workers, this …

30.07.26 - Cities and communities have often developed around waterways. Today, they play a vital role in adapting to climate change and strengthening social bonds. Rivers are a key resource for food, directly through fishing or indirectly for irrigating crops. In the 19th century, when industrialization began, they became essential to run factories and revolutionize the economy, thus shaping the urban landscape. For that reason, humans have always established their settlements near rivers and have diverted their natural course to adapt to their needs. However, as cities keep growing, rivers reclaim the space that they occupied. “Rivers are very complex …

09.07.26 - Prof. Stefana Parascho and Prof. Charlotte Malterre-Barthes have been selected to organise the 2027 EPFL Latsis Symposium. The Latsis International Foundation grants CHF 40K to one head of unit at EPFL, or a group of heads of units, per year for the organization of a scientific symposium. EPFL will host In the Same Room: Technology and Critique in the Built Environment, a symposium convened by Prof. Stefana Parascho (CRCL) and Prof. Charlotte Malterre-Barthes (RIOT) that brings architects, engineers, social scientists, historians, and theorists into the same room to confront one of the defining tensions in contemporary architecture: how …

Manfredo Tafuri was one of the most influential architectural historians of the twentieth century, and his work continues to shape the landscape of architectural history and theory. This anthology presents—for the first time—a carefully curated selection of essays and interviews spanning his entire career, from 1964, the year in which Tafuri decided to focus exclusively on architectural history, to 1994, the year of his untimely death. These texts—most translated into English for the first time—reveal the extraordinary range of Tafuri’s scholarship, ranging from topics as diverse as the critique of architectural ideology and capitalist development, to the contradictions of the …

Le cours interroge l’avenir des villages face à l'injonction de densification vers l'intérieur, inscrite dans la Loi suisse sur l’aménagement du territoire (LAT) depuis 2013. Si ce modèle s’adapte aux grandes villes et aux agglomérations, il apparaît moins pertinent pour les territoires villageois, caractérisés par une urbanisation discontinue et un fort lien au paysage. Ces espaces, dominés par le non-bâti et par une socialité de proximité, ont renforcé leur attractivité dans les contextes de crises sanitaires et climatiques. Ils disposent de ressources importantes pour la régulation environnementale et sociale, mais présentent aussi des fragilités, notamment en matière de mobilité et …

This research-through-making project explores the use of innovative Textile Reinforced Concrete (TRC), a high-performance material in which carbon fibres are embedded in a cementitious matrix cast with low-clinker-content binders, such as LC3. By combining these sustainable binders with the high efficiency of the reinforcing material, TRC significantly reduces the ecological footprint of construction by minimizing material usage and lowering energy consumption. This technology enables the creation of exceptionally thin, highly durable, and thus sustainable structures. The project aims to further investigate the structural, architectural, environmental, and social dimensions of TRC and its applications, particularly in the context of a new …

EPFL architecture graduates, Vincent Digneaux, Solène Guisan and Vincent Kastl, were crowned winners of the Sustainable is Beautiful student architecture prize for their modular footbridge over the Chamberonne river. Designing the structure, which serves as both a crossing and a meeting place, gave them their first taste of life as an architect. Several years ago, the Laboratory of Architecture and Sustainable Technologies (LAST) at EPFL’s School of Architecture, Civil and Environmental Engineering (ENAC) launched Sustainable is Beautiful, a competition run in partnership with public and private organizations involved in green-transition projects, to help equip budding architects for their future role.

WINNER OF THE 2023 RIBA CHARLES JENCKS AWARD

The Dogma practice, founded in 2002 by Pier Vittorio Aureli, associate professor at the EPFL Architecture Department (ENAC), and Martino Tattara, has been awarded the prestigious Charles Jencks 2023 Prize by the Royal Institute of British Architects (RIBA).

Created in 2003 to reward an individual (or office) who has recently made a major contribution to both the theory and practice of architecture, this prestigious prize has distinguished architects such as Peter Eisenman, Zaha Hadid, Rem Koolhaas, Jacques Herzog and Pierre de Meuron over the years.

Housing is a major contributor to Switzerland's carbon footprint and energy consumption, but it is also a basic need. Research on climate change mitigation strategies has so far paid insufficient attention to households' preferences and their contribution to housing sustainability. Depicting residential preferences requires an understanding of the multilevel, context-specific, and interrelated determinants of the match between households and dwellings, which are made explicit in the residential mobility process.