The pavilion’s structure integrates thin cross-laminated timber plates with robotically wound flax fibre bodies, forming a lightweight yet durable system that minimizes material use while achieving expansive, column-free space. Flax, historically linked to the region’s textile industry, is reintroduced as a high-performance construction material, reinforcing timber components with tensile strength. 📸ICD/ITKE/IntCDC, Roland Halbe

2/3 Fabricated through an integrative computational design process, the pavilion’s 44 ceiling elements were preassembled and installed in just 8 days. The geothermally activated floor slab, made from recycled concrete, ensures year-round comfort with minimal energy demand. By combining bio-based materials with digital fabrication, the project demonstrates the potential for sustainable architecture that connects research with industry while rethinking traditional construction techniques. 📸ICD/ITKE/IntCDC, Roland Halbe #parametricdesign #modernarchitecture #computationaldesign #sustainablearchitecture #digitalfabrication #germany

🚧✨ Der innovative #Forschungsneubau IntCDC Building der #UniStuttgart wird offizieller Teil der @IBA2027. Er steht für nachhaltiges Bauen und fördert ressourcenschonenden Leichtbau. Fertigstellung bis 2027. #IBA27 #IntCDC 👉uni-stuttgart.de/universitae… Bild: IntCDC Planungs GmbH

Prof. Jan Knippers schafft mit nachhaltigen Materialien und digitalen Fertigungstechniken funktionale und ästhetische Bauwerke, die weltweit für Furore sorgen. Jetzt wurde er in die Sektion #Baukunst der @AdK_Berlin aufgenommen. 👉uni-stuttgart.de/universitae… Bild:#UniStuttgart,IntCDC

"Hybrid Flax Pavillon" Robot built structure Fotos: ICD/ITKE/IntCDC Universität Stuttgart icd.uni-stuttgart.de/de/proj… #nawaro

Thank you to our panelists who discussed charting a career and navigating its challenges at todays #intcdc, #simtech and #sfbtrr161 event: Beyond the Thesis: Fireside Chat - Female* Researchers Edition. Even without a fireplace, we had an inspiring afternoon in a cozy atmosphere!

CLTと天然繊維が織りなすバイオベース建築 mag.tecture.jp/culture/20240… ドイツにて開催中の庭園博のために建てられた、シュトゥットガルト大学のIntCDCによる展示棟〈ハイブリッド亜麻パビリオン〉 薄いCLT材と亜麻繊維で構成された、より軽量かつ資源効率の高い構造システム #TECTUREMAG海外記事

CENTRO DE OBSERVACIÓN WANGEN IM ALLGÄU, ALEMANIA ICD-ITKE-IntCDC-University of Stuttgart | Architects 2024 Fotografías:ICD-ITKE-IntCDC-University of Stuttgart, Roland Halbe, Nina Baisch, Christoph Morlok

Hybrid Flax Pavilion / ICD/ITKE/IntCDC University of Stuttgart The Wangen Tower and Pavilion in Wangen, Germany used bio-materials and bio-inspired structures, showcasing innovative architecture from Stuttgart University research. ArchDaily archdaily.com/1017579/hybrid…

4/4 The pavilion’s ceiling was assembled on-site in just eight days using precise prefabrication and integrative computational design. 📸 ICD/ITKE/IntCDC University of Stuttgart, Roland Halbe #parametricarchitecture #parametricdesign #pavilion #universityofstuttgart #intcdc

3/3 Advanced robotic fabrication techniques were applied to natural materials, which gives the pavilion unique architecture and makes it ecological and expressive. 📸 ICD/ITKE/IntCDC University of Stuttgart Tap the 🔗 link to read more about this project: parametric-architecture.com/… #parametricarchitecture #parametricdesign #robotics #itke #pavilion

livMatS Biomimetic Shell l ICD/ITKE University of Stuttgart IntCDC arch2o.com/livmats-biomimeti… #architecture #architecturaldesign #architecturalmodel #Arch2O

Mit zwei Zukunftsprojekten ist das IntCDC der Universität Stuttgart derzeit auf der #Landesgartenschau #Wangen vertreten. Ein Turm und ein Hybrid-#Flachs Pavillon zeigen, welche Potentiale biobasierte Materialien für eine nachhaltige #Architektur bieten ow.ly/3z1T50RWlKN

Hybrid Flax Pavilion by IntCDC buff.ly/4dGKqDl Photo: ICD/ITKE/IntCDC University of Stuttgart

Wangen Tower by IntCDC buff.ly/3K1BGKD Photo: ©ICD/ITKE/IntCDC University of Stuttgart

気候に反応し動力なしで開閉する 「4Dプリント」ブラインド!? mag.tecture.jp/culture/20230… 生物を模倣し快適性を生み出す〈livMatS 生物模倣シェル〉 ウニの外殻に基づく木製シェルの高窓に設置された、植物が開閉する原理を応用した4Dプリントブラインドが冬は日射を内部へ引き込み夏には日射を遮る シュトゥットガルト大学のIntCDCとフライブルク大学のlivMatSによる研究プロジェクト

Cáscara Biomimética livMatS / ICD/ITKE University of Stuttgart IntCDC bit.ly/459xlxX

Robots assemble a domed timber pavilion designed by the universities of Stuttgart and Freiburg arcnct.co/3s4bxoE 📸 Conné van d‘Grachten & ICD/ITKE/IntCDC University of Stuttgart @icdstuttgart @FitFreiburg

Cáscara Biomimética livMatS / ICD/ITKE University of Stuttgart IntCDC dlvr.it/StPMhR

Cáscara Biomimética livMatS / ICD/ITKE University of Stuttgart IntCDC dlvr.it/StPK2z