BioMat Architecture- Resource-Responsible Architecture. Bibliotheke Alexandria and in Egyptian Engineering Syndicate, Cairo, Egypt.
29.07.2024 & 01.09.2024
Author: HanaaDahy
Design with Resources – discover hidden potentials!
Design with Resources – discover hidden potentials! Oskar von Miller Forum– Region Munich- Bavaria, Germany (https://www.oskarvonmillerforum.de/en/event/design-with-resources-discover-hidden-potentials/)
18.11.2023
Materialität und digitale Fertigung in der aktuellen und zukünftigen nachhaltigen Architektur
Materialität und digitale Fertigung in der aktuellen und zukünftigen nachhaltigen Architektur. 15. Immobilien Dialog – Region Stuttgart, Germany
11.07.2023
BioMat and digital fabrication
BioMat and digital fabrication. Malmö University, Sweden
26.05.2023
Materials as a Design Tool – A Travel Through Innovative Circular Design Philosophy & Smart Sustainable Building Aspects
Materials as a Design Tool- A Travel through Innovative Circular Design Philosophy & Smart Sustainable Building Aspects. Virginia, School of Architecture, UVA, USA
30.01.2023
BioMat within Materialisation & Digitalisation
BioMat within Materialisation & Digitalisation. QUT Queensland University of Technology, Brisbane, Australia
15.09.2022
BioMat for future Architecture
BioMat for future Architecture. VUW Victoria University of Wellington, New Zealand
21.09.2022
Circular Design For Future Sustainable Architecture: Materialisation & Digitalisation
Circular Design For Future Sustainable Architecture: Materialisation & Digitalisation. BouT, TU Delft, Netherlands
28.04.2022
FUTURE Sustainable Architecture: Materialisation & Digitalisation
“FUTURE Sustainable Architecture: Materialisation & Digitalisation” in the Biomaterials Symposium: Biobased: Can biomaterials become the building blocks for the 21st Century. CEA, in the framework of the UN Environment Programme, Yale University, New Haven, USA
05.05.2022
Circular Bridge Featured in Magazine “Forschung Leben”
The high-tech bridge constructed with Flax Fibre in Almere(NL) is an example of modern innovation in bridge construction. Rather than using conventional material such as wood or concrete and steel, the bio-based material provides an impetus to how alternative, biomass-based and renewable resource can be used in the construction industry. It provides a path towards solving the major challenges such as high CO2 emission and high energy consumption in the manufacturing of building material.
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