Tessellation

MoA Design Research Studio | Biodesign | Tessellation Tiles and tissues are elements of tessellated systems found in nature, serving as strategies to enable movement, protection, growth, or adaptation in living beings. This concept appears across all scales and various species of plants, animals, and even in geological formations. Tessellations and tiles also shape our built environment. Such principles allow for specific assembly and repair while providing stability or flexibility according to need. From exploring natural and geometrical strategies, the students developed concepts of material systems for a spatial context, that will be presented and on display starting February 11th. more

Material Form Function | Publications | Tessellation The skeletons of sharks and rays, consisting of cartilage and armored with a covering of mineralized tiles (tesserae), pose a mathematical challenge: How can continuous coverage be maintained as the skeleton grows? New insights into the geometric rules governing the development of stingray skeletal patterns by a research team including MoA members Peter Fratzl, Mason Dean, Binru Yang, and Jana Cicierska-Holmes, can be read in an article published in last December's issue of »Advanced Science«. The study used microCT and custom visual data analyses of growing skate skeletons to systematically examine the tessellation patterns and morphology of the many thousands of interacting tesserae that cover the hyomandibula, a skeletal element critical for feeding. more

Material Form Function | MoA Design Research Studio | Tessellation | Textiles On Tuesday, 12 November 2024, Felix Rasehorn will give insights into his work as a design researcher at  »Matters of Activity« developing his practice-based doctoral thesis at TU Berlin. His research focuses on the principle of tessellation in nature and its transfer into wearable designs. Since 2019, Felix and the designer Robin Hoske lead the Berlin-based WINT Design Lab. The studio designs products and conducts design
research for clients like Adidas, SPACE10 and IKEA.
The lecture is part of MoA Design Research Studio, Scaling Nature »Tiles and Tissues« at the Material and Textile Design Department, headed by Cluster member Prof. Christiane Sauer. more

Doctoral Program | Material Form Function | Science Communication | Fungi/Mycelium | Master Open Design | Prototype / Model | Tessellation In the interview that was aired on a National television show about Science Communication in November, MoA member Heidi Jalkh presented her research on bio-inspired materials and reports on her work at »Matters of Activity« at Humboldt-Universität zu Berlin, which began with her participation in the »Open Design« program. The full interview can be seen on the La Liga della Ciencia Channel on YouTube.

Cutting | Material Form Function | Material Legacies | Science Communication | Tessellation The Round Table »Tessellated Material Systems«« continued the new format series accompanying the exhibition »Design Lab #13: Material Legacies« at Kunstgewerbemuseum. The Round Tables represent each of the exhibiting projects and the involved researchers and artists in a moderated dialogue with guests from different disciplines. The format brings a variety of perspectives to the exhibited works, its material legacies and entangled discourses and invites the public to engage. This Thursday, Karola Dierichs, Lennart Eigen, John Nyakatura and Felix Rasehorn discussed their work with Jörg Petruschat and Alwin Cubasch.   more

Material Form Function | Fish Skins | Sand | Rubber | Textiles | Tree Bark | Yarns/Fibers | Tessellation | Science Communication | Material Legacies The exhibition »Design Lab #13: Material Legacies« at Kunstgewerbemuseum Berlin explored contingencies and ruptures between traditional crafts and the most recent developments at the crossroads of material research, design, engineering, and architecture. It brought together artifacts from the museum’s collection with work-in-progress installations by designers and researchers from the Cluster of Excellence »Matters of Activity. Image Space Material« in order to initiate a dialogue about the historical, contemporary, and future conditions under which materiality unfolds.
By engaging with a series of different materials and techniques the exhibition encompassed both the problematization of unsustainable pasts and presents as well as the imagination of speculative material futures. Taking materiality as a starting point, each of the exhibits investigated its sociocultural, economic, and political context in order to disentangle the multiple interrelations that arise from and with materials. more

Material Form Function | Tessellation | Publications Tessellations are structural motifs made up of repeating tiles, found in many forms and serving a variety of functions in nature. Perhaps partly inspired by natural examples, tessellations have also been a part of human history in art, design and culture, commonly in the form of mosaics, and more recently in the realm of bio-inspired design and engineering. This collection showcases the diversity of this motif, exploring commonalities in structure and function across environments and taxa, to inspire biological and biomaterials research, but also bioinspired design and architecture. Follow the link to explore the classification scheme and compare the similarities and differences between the tessellations. https://tessellated-materials.mpikg.mpg.de  more

Material Form Function | Weaving | Tessellation | Teaching | MoA Design Research Studio On Tuesday, February 15th 2022, 10 a.m.–5.30 p.m., the contributors of the MoA Design Research Studio »Designing Matter 2« presented their results during a one-day final online review. »Designing Matter 2«, supervised by MoA members Karola Dierichs, Felix Rasehorn, Mareike Stoll, Mason Dean, Michaela Eder, Charlett Wenig, Binru Yang and John Nyakatura, investigated tessellated surfaces as material systems for textile architecture and product design.  more

Material Form Function | Weaving | Teaching | Tessellation | MoA Design Research Studio The MoA Design Research Studio »Designing Matter 2« investigated tessellated surfaces as material systems for textile architecture and product design. A tessellated surface is composed of individual units—tiles—which are connected by a joining material—such as tissue. Designing the materiality and the geometry of these individual units and their joints allows to calibrate the functionality of the overall tessellation. more

Material Form Function | Cutting | Tessellation | Textiles | Doctoral Program In the production of knowledge, design processes are fundamental, although the experimental settings in the sciences, in the arts, in design differ in assumptions, execution and conclusions. But the richness of the material, its property of being able to change itself, its active effect on the surrounding space as well as its reactive shaping to forces and energies allow other domains of knowledge immediate points of contact and give them stimuli for their own or joint knowledge production. The symposium »Magic Circle« was organized by the »Forschungskreis« of the weißensee school of art and design berlin (khb) in cooperation with »Matters of Activity«, under the direction of Prof. Dr. Jörg Petruschat with contributions from various Cluster members. more