Water

Material Form Function | Robotics | Cellulose | Water | Collactive Materials | Speculative Design | Science Communication In diesem Workshop geht es um flexible Materialien wie Cellulose, Bio-Plastik und Silikon als mögliche (neue) Materialien für Soft Robotics oder gar biologische Maschinen. Soft Robotics ist ein relativ junges Forschungsfeld, das sich mit alternativen Ansätzen zur Gestaltung der Maschinen von morgen beschäftigt. Wie können wir Maschinen bauen, damit sie sensibler und anpassbarer werden? Können wir dafür adaptive vielleicht sogar nachhaltige Materialien nutzen, statt immer mehr Metall, Plastik und Energie zu verbrauchen? Mit den Design-Forscherinnen Anna Schäffner und Eva Bullermann spekulieren wir darüber, wie die Maschinen der Zukunft gestaltet sein könnten. Wie sieht deine Magic Machine aus? more

Filtering | Teaching | Water | Prototype / Model In the »Shaping Water« project, starting in the summer semester of 2024, Prof. Carola Zwick, design researcher Dominic Eger Domingos, and design students want to examine and challenge civilizational standards, usage patterns, and experiences to rethink the medium of water and how we experience it. Through this exploration, we aspire to develop new interaction concepts and product ideas, brought to life in prototypes and exhibits that resonate with users on a tangible level. The project is part of the Design Research Studio within the Cluster of Excellence »Matters of Activity« (Filtering) and is constantly supported by eLAB (Laboratory for Interactive Technologies of KHB) throughout the project starting with a hands-on workshop delving into physical computing as expression of design. more

Object Space Agency | Water Water is a unique element also in conservation. It is a universal element that occurs on earth in all states of aggregation at the same time. Its properties, which may seem unremarkable at first sight, allow this element to be used and modified in a number of ways. In addition to established measures, new scientific discoveries are constantly finding their way into conservation. The two workshops »The Power of Water« on June 14th and 15th will offer some insights into the application of water in conservation treatments – with practical examples and experiments, you are welcome to explore conservation methods and techniques.  more

Weaving | Water | Prototype / Model Architectural design conventionally operates within or creates seemingly static and permanent conditions. The two-week project developed by Tairan Li (MoA Young International Fellow 2022) and Daniel Suárez, led by Bastian Beyer, in the context of the project »Weaving« aimed to interrogate these conditions through a series of experiments with hydrogels. This group of materials mainly consists of water held together by three-dimensional polymer chains. Compared to inert materials, hydrogels are in constant dynamic exchange with their surrounding environment. Their water content can vary according to external conditions. They shrink substantially when dried and expand in humid environments and, therefore can be understood as latent buffer materials with ever-changing properties. Furthermore, this volume change can induce strong forces which lead to curling or buckling of the material during the drying process. more

Weaving | Filtering | Cutting | Material Form Function | Object Space Agency | Doctoral Program | Climate | Haptics | More-Than-Human | Ocean | Robotics | Textiles | Tree Bark | Wild Silk | XR | Water | Science Communication The 2022 presentation of the Doctoral Program »Matters of Activity« at the MoA Retreat in September at Landgut Stober was both a review and an outlook of the doctoral research conducted at the Cluster between 2020 and 2022. Under the title »Scaling Matters: From the Lab to the Field, «Pre-Doctoral Researchers at varying stages of their research — from the very beginning to the final phase of their theses — presented their heterogeneous work whilst continuing to negotiate common themes, methods, questions and tools. The format combined talks and an exhibition and invited MoA Members to engage individually with the presentation and a selection of their research objects. Thanks to everyone involved for making possible this all-around successful event. Enjoy some visual impressions of the exhibition, as well as the talks and have a look at the booklet. more

Filtering | Air | Water In the week-long short project »Exploring Filtering«, Cluster member and interaction designer Thomas Ness, and textile designer Veronika Aumann dealt with the topic of Filtering with an open-ended mindset. The goal of this creative exploration of filtering processes was to gauge and express them in a practical and tangible way, respectively. The point of departure for this was not a particular substance to be filtered or a specific substrate to be attained. Rather, the interest lay much more on the actual processes of filtering in and of themselves and the filter as an object. In the »Design Lab«, different kinds and methods of filtering processes were tested hands-on with familiar prototyping materials and techniques and transformed into six narratively and visually impressive representations. more

Science Communication | Air | Sand | Bacteria | Cellulose | Cloud | Fungi/Mycelium | Hemp | Prototype / Model | Stretching Materialities | Material Legacies | Daoula Sheen | Textiles | Tree Bark | Yarns/Fibers | XR | Willow | Wool | Water | Wood 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! more

Doctoral Program | Climate | Fungi/Mycelium | Water | More-Than-Human The aim of Dimitra’s research is to investigate emerging architectural design protocols of activating the building envelope with the treatment of water in order to restore and promote ecosystemic functions and local biodiversity. In this framework the building envelope is approached as a voluminous, programmatic and infrastructural space of opportunity for integrating the building into the metabolic processes of the ecosystem. The envelope is explored as a porous membrane rather than a barrier, a vehicle for mutually beneficial human and non-human symbiosis that allows for material and energy negotiations and exchanges between the outside and the inside. Therefore, the envelope is re-thought as a potential space of communing for all local species. The actuator of the envelope is water, one of the most vital resources for the sustenance of ecosystemic activity. This approach requires the study of water related functions, properties and phenomena across different scales (macro- (urban fabric), meso- (building/device), micro-(study of microorganisms and properties of matter). With the use of dynamic design tools, the architectural design is formed by the dynamics and temporalities of water. Alliances between the fields of biotechnology, natural sciences and environmental engineering as well as humanities, landscape architecture, animal aided design and biomimetics are employed to incorporate biological growth and water treatment methods in an architectural design method that addresses the topic of co-habitation in contemporary cities, especially in the context of pressing climate related problems such as droughts, floods and the contamination of natural water resources. Over the last years Dimitra has been working in Berlin in the field of Landscape Architecture with a focus on the creation of socially and environmentally sustainable public spaces. She joined the Cluster in 2021 and is working on the Myko.Plektonik project in parallel to her PhD, exploring fungal mycelium as a co-designer in the architectural context. more