SFB/TRR277 AMC: The Challenge of Large Scale

The Collaborative Research Centre/Transregio TRR 277 Additive Manufacturing in Construction (AMC) of TU Braunschweig and TU Munich aims with its basic research on additive manufacturing to significantly shape the digitalization of construction. Within the levels of materials and processes, computer-aided modelling, control, planning and construction, the AMC investigates resource- and energy-efficient as well as sustainable, recyclable and digital construction. Through innovative 3D printing methods, materials, processes and optimized design are completely rethought. The AMC is part of the Core Research Area “Future City”.

15. February 2022

Dr Inka Mai receives Klaus Dyckerhoff Prize for Young Scientists Research on 3D printing of concrete awarded

30. November 2021

Picture of the Month: Layer by layer to a steel structure From the Institute of Joining and Welding

30. September 2021

New construction: extremely light, extremely free, extremely printed Professor Dirk Lowke on a vision for the construction industry

30. September 2021

Lightweight concrete bridges from the 3D printer New process aims to save materials and enable complex geometries

17. May 2021

Reinforced Concrete Components From the 3D Printer Dr. Inka Dreßler on her research in the SFB "Additive Manufacturing in Construction"

5. November 2020

Architecture and Construction: More dialogue between research networks TU Braunschweig in the new "AdvanceAEC" network

16. September 2020

More than a concrete printer Interview with a large-scale device: the DBFL

31. January 2020

Honorary professorship for Professor Laura De Lorenzis Further cooperation in research projects

25. November 2019

Additive Manufacturing in Construction (AMC) – The Challenge of Large Scale DFG funds new CRC/Transregio at Technische Universität Braunschweig in collaboration with Technical University of Munich

31. July 2018

3D printing with concrete: “Pushing the limits of kinematics” Robot-controlled production in unique facility