Syntopia – Harvesting the Forest; MoA Design Research Studio. Prototype by Gaia Reiner. Copyright: Gaia Reiner
Harvesting the Forest
The MoA Design Research Studio »Syntopia — Harvesting the Forest« investigated how materials collected in the forest can be formed into architectural structures. Such materials can for example be branches, leaves, moss, bark, grass or even earth. It was structured in three successive phases. Phase 1 engaged in the speculative design of »Stories of Syntopia«. Phase 2 introduced harvesting, analyzing, making and recording in »Designing Syntopia«. In phase 3, we shared our vision and our designs with a wider public by »Showing Syntopia«.
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Syntopia. Copyright: Jihae Lee, weißensee school of art and design berlin
Final Review of MoA Design Research Studio
We hereby cordially invite you to the final review of the MoA Design Research Studio »Syntopia—Harvesting the Forest«, which will take place on Tuesday, July 18th, in Room 2.03 at weißensee school of art and design berlin. The studio led by Cluster Professor Karola Dierichs, investigated how materials collected in the forest can be formed into architectural structures. Such materials can for example be branches, leaves, moss, bark, grass, or even earth.
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Leben im Schleim. Copyright: FASZ
Read about MoA in the Frankfurter Allgemeinen Sonntagszeitung, the Purpose Magazine, The Praxis Journal and Tagesspiegel
We are very happy that »Matters of Activity« has been highlighted by many different (international) news outlets lately. Next to beautiful biofilm pictures and information from Regine Hengge, Cluster Members Wolfgang Schäffner and Maxime Le Calvé have been interviewed by Purpose Magazine and The Praxis Journal from Argentina. Wolfgang Schäffner has also been interviewed in connection to the BUA initiative »BUA Calling« by Tagesspiegel Berlin. With our involvement in the Berlin Science Week news about MoA will also travel fast in the upcoming weeks.
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Advanced Materials Design Based on Waste Wood and Bark
New Paper by Members of »Weaving« published in »Philosophical Transactions A«
Cluster members Charlett Wenig, Friedrich J. Reppe, Karin Krauthausen, Peter Fratzl and Michaela Eder together with colleagues published a paper in the journal »Philosophical Transactions A« by »The Royal Society«. Trees belong to the largest living organisms on Earth and plants in general are one of our main renewable resources. Wood as a material has been used since the beginning of humankind. Today, forestry still provides raw materials for a variety of applications, for example in the building industry, in paper manufacturing and for various wood products.
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Open Space Event, 9 November 2023. Copyright: Matters of Activity
MoA's Showroom and Workspace
With the »Activarium«, we want to actively engage with potential partners from the industry, start-ups, NGOs, politics and society as a whole to initiate an exploratory exchange on active materials, bio- & culture-inspired innovation as well as sustainability approaches. We want visitors to experience our prototypes to make MoA’s intentions and research tangible and accessible. The »Activarium« serves as a work-in-progress showcase of different research strands and processes. Our visitors can dive into the research as it's happening, before its published results.
Walk in and experience the »Activarium« Tuesdays, 10.00 am–12.15 pm or Thursdays, 2.00–4.00 pm! If you are a group of more than 5 people or if the opening hours do not fit your schedule, please contact us via moa.activarium@hu-berlin.de to schedule a visit!
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Physical damage on the tree due to beetles and fungus. Left: Bark beetle galleries and larvae under the bark of a spruce tree. Middle: Bark beetle galleries on the sapwood of a spruce tree. Right: Other insect holes and brown rot streaks on spruce wood. Pelin Asa, MPICI, 2023.
Reversible Components from Low-grade Wood
Spruce forests in Europe face significant challenges from increasing bark beetle attacks, partly attributed to droughts and extreme weather conditions. Drawing from field research conducted in Feldbuch, Germany, this project analyses factors that lead to bark beetle outbreaks and their impact on the trees, local forests, and communities. As bark beetle infestations escalate, there is a growing focus on understanding their impact on trees and forests, yet research into beetle-affected wood and its potential applications in architecture and digital fabrication remains limited. This research aims to address this gap by identifying key questions surrounding beetle-infested wood and showcasing its potential for valorisation.
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