This September, we are co-organizing a summer school with colleagues from @epflarchitecture and @ethzurich 🎓🤝
For one week, PhD students will explore how uncertainty can become a productive resource through a real-world construction robotics challenge 🤖🏗️
🌏 International Students are also welcome to apply.
🔗 More details on the program, dates, and registration are available on https://cap-uncertainty.epfl.ch/.
📧 For questions: [email protected]
#SummerSchool #ArchitectureResearch #RoboticConstruction #ComputationalDesign
Paper News!
« Truss from Trash: A Human-Robot Framework for Adaptive Timber Assembly on the Construction Floor » 🪵🤖 is published in Construction Robotics.
The work explores how design can evolve alongside robotic fabrication, enabling real-time negotiation between design intent and material availability through situated, projection-based interaction.
📄 Co-authored by Eleni Skevaki, Eric Duong, Hong-Bin Yang & Stefana Parascho
🔗 /article/10.1007/s41693-025-00175-9
Tor Alva, Mulegns, 19.05.25
ETH Zurich:
@digitalbuildingtechnologies@ethzurich , Chair of Structural Engineering – Concrete Structures and Bridge Design, Institut für Baustoffe (PCBM), Geosensors and Engineering Geodesy (GSEG), Robotic Fabrication Laboratory (RFL)
Architecture:
Benjamin Dillenburger, Michael Hansmeyer
Team: @ana__anton (Research lead Concrete 3DP), @elenived , @t1g3r_l1n , @steph300105 , @lena__kit , @u09950048 , @konradgraser (Project coordination), Institute of Technology in Architecture, ETH Zurich, Department of Architecture (D-ARCH) ETH Zurich
Development:
@origenfestivalcultural
Construction management:
Invias AG
Structural Engineer:
Conzett Bronzini Partner AG
Industry partners:
BASF Schweiz AG, Knauf, @sika_schweiz_ag , @meshroboticconstruction , @saekirobotics , Bieri Tenta AG, Aalborg White, Almatis, @creabeton.ch
