Online Seminar DGNB Vortrag: Biobasierte Materialien/Smart Circular Bridge (Seminarreihe Circular Economy)
22.06.2021
Online Seminar DGNB Vortrag: Biobasierte Materialien/Smart Circular Bridge (Seminarreihe Circular Economy)
22.06.2021
Online Keynote Lecture entitled ‘Sustainable Architecture Between Materiality and Digital Fabrication’ Date: 05.05.2021 from 11.30 Uhr to 11:50. „interzum@home“- Köln Messe (Koelnmesse GmbH). Hosted by: Dr. Sascha Peters (Haute-Innovation)
Online Lecture “Biobased Materials & Systems in Architecture”, hosted by Prof. Alberto T. Estévez. FRI MAR 12 2021 AT 02:00 PM UTC+01:00, UIC Barcelona | Barcelona. Poster online: https://stayhappening.com/e/andquot;biobased-materials-andamp;-systems-in-architectureandquot;-open-lecture-by-prof-dr-hanaa-dah-E2ISTG1QGU8
Online Keynote Lecture in the ASCAAD conference hosted by AUC (American University in Cairo) : 04.03.2021. Vernacular Architecture of the Digital Age – TRIGGERING A DEBATE (poster online): https://www.ascaad.org/conference/2021/docs/ASCAAD2021-KeynotePoster.pdf
Online Lecture in: UK, School of Architecture, University of Portsmouth_25.02.2021: ‘BIOMATERIAL /ARHITECTURAL TECHNOLOGY’. Hosted by: Eiman Elbanhawy, PhD FHEA Technology Lead
Online lecture in CITA_Copenhagen_25.02.2021, hosted by: Prof. Mette Ramsgaard Thomsen. “SUSTAINABLE ARCHITECTURE IN THE DIGITAL ERA! Computational Design, Digital Fabrication Technologies & Alternative Bio-based Materials’ Developments”
Congratulations to BioMat master student Timo Sippach who get 2nd place in BauNetz awards. Awards are given to the best theses (bachelor, master) in the field of architecture, urban planning, landscape architecture, interior design from universities in Germany and Europe. Awarded thesis called “Structure optimization through fiber orientation of natural fiber composites” investigates innovative optimization of a lightweight construction element which is created through the combination of biological role models, materials, and interdisciplinary manufacturing methods.
After a long procedure, BioMat finally got its own Wire laying machine so-called Tailored Fibre Placement machine. The machine will be a part of the Large Scale Construction Robotics Laboratory in Vaiblingen, established under IntCDC cluster of excellence in 2019. The machine will be primarily used for laying of natural continuous fibers used as a reinforcement for Biocomposites. BioMat through this machine will be able to further explore the optimization of biocomposite fiber layout as well as an automatization and digitalization of the fabrication process. Due to the multifunctionality of the machine, BioMat researchers will investigate the possibilities of embedded functions. Smart biocomposites will be able to accommodate soft actuators, sensors, additional reinforcements, fire stops, thermo insulations, etc. The goal is to reach a more sustainable building industry through on-site automatization and digital fabrication of natural fibres.
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