BEGIN:VCALENDAR VERSION:2.0 PRODID:https://www.hft-stuttgart.de/ METHOD:PUBLISH BEGIN:VEVENT UID:1358-250@www.hft-stuttgart.com CLASS: PUBLIC SUMMARY:Domino Zirkular – 1:1 second-hand DESCRIPTION:Evening lecture by Niklas Erlewein – Chair of Circular Timber C onstruction at KIT Karlsruhe, Prof. Florian KaiserDomino Zirkular adapts Le Corbusier’s Maison-Dom-ino principle to today’s requirements for resource conservation and circularity. The Chair of Circular Timber Construction is investigating how reclaimed timber and components from demolition can be sy stematically reused in housing construction – from individual components ri ght through to the building concept.A temporary demonstrator covering aroun d 70 m² is being used to test the developed construction and material strat egies under real-world conditions and will form part of the International B uilding Exhibition ‘StadtRegion Stuttgart’. Research and teaching are close ly linked: students are developing hybrid building components and connectio n solutions whilst gaining practical experience during the dismantling proc ess. Among other things, this has enabled the recovery of oak beams from th e old Rammersweier Town Hall and parts of a timber ceiling from the Wilhelm a. Experience to date shows that early coordination, careful dismantling an d thorough testing for hazardous substances are crucial for reuse. The aim is to build up a growing pool of materials and to develop separable, timber -based structures that can be reused multiple times and serve as a referenc e for future construction projects. We are looking forward to welcoming a large audience of interested listeners and to an inspiring evening.
Anyone interested is warmly invited to join us!Lecture
Domino Zirkular – 1:1 secon d-handDate
1 December 2026, 7.00 pmVenue
Building 8, Room 0.43
Stuttgart Te chnical University of Applied Sciences
Breitscheidstrasse 5
70174 Stuttgart Contact
Niklas Erlewein | niklas.erlewein(at)kit.edu
Michael Bertsch | mich ael.bertsch(at)hft-stuttgart.deAuthor: Niklas Erlewein Chair of Circular Ti mber Construction, Prof. Florian Kaiser, KIT Karlsruhe X-ALT-DESC;FMTTYPE=text/html:

Evening lecture by Niklas Erlewein – Chair of Circul ar Timber Construction at KIT Karlsruhe, Prof. Florian Kaiser

Domino Zirkular adapts Le Corbusier’s Maison-Dom-ino principle to to day’s requirements for resource conservation and circularity. The Chair of Circular Timber Construction is investigating how reclaimed timber and comp onents from demolition can be systematically reused in housing construction – from individual components right through to the building concept.
< br />A temporary demonstrator covering around 70 m² is being used to test t he developed construction and material strategies under real-world conditio ns and will form part of the International Building Exhibition ‘StadtRegion Stuttgart’. Research and teaching are closely linked: students are develop ing hybrid building components and connection solutions whilst gaining prac tical experience during the dismantling process. Among other things, this h as enabled the recovery of oak beams from the old Rammersweier Town Hall an d parts of a timber ceiling from the Wilhelma. Experience to date shows tha t early coordination, careful dismantling and thorough testing for hazardou s substances are crucial for reuse. The aim is to build up a growing pool o f materials and to develop separable, timber-based structures that can be r eused multiple times and serve as a reference for future construction proje cts.  

We are looking forward to welcoming a large audience of interested listeners and to an inspiring evening.
Anyone interested is warmly invited to join us!

Lecture

Domino Zirkular – 1:1 second-hand

Date

1 Decemb er 2026, 7.00 pm

Venue

Building 8, Room 0 .43

Stuttgart Technical University of Applied Sciences

Breitsch eidstrasse 5

70174 Stuttgart

Contact

Niklas Erlewein | niklas.erlewei n(at)kit.edu

Michael Bertsch | michael.bertsch(at)hft-stuttgart.de

Author: Niklas Erlewein Chair of Circular Timber Construction, Prof. Florian Kaiser , KIT Karlsruhe

DTSTAMP:20261104T151644Z DTSTART:20261201T180000Z DTEND:20261201T193000Z END:VEVENT END:VCALENDAR