maxieschneider.com

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	<title>maxieschneider.com</title>
	<link>https://maxieschneider.com</link>
	<description>maxieschneider.com</description>
	<pubDate>Wed, 15 Jul 2026 15:17:34 +0000</pubDate>
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		<title>Tangled Walls</title>
				
		<link>https://maxieschneider.com/Tangled-Walls</link>

		<pubDate>Mon, 29 Sep 2025 10:05:28 +0000</pubDate>

		<dc:creator>maxieschneider.com</dc:creator>

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		<description>Tangled Walls

	Design Research Team: Maxie Schneider, Iva Resetar, Jojo Shone, Prof. Christiane Sauer
 Cluster of Excellence Matters of Activity. Image Space Material, Humboldt-Universität zu Berlin

Image credit: © Jasmin Sermonet, Maja Avnat, Maxie SchneiderThe research prototypes of Architectural Yarns are on display in the exhibition WEtransFORM New European Bauhaus and Beyond at the Bundeskunsthalle Bonn (6 June 2025 – 25 January 2026)


Architectural Yarns represent a textile approach to building design, one that reimagines walls not as fixed, monolithic
constructions, but as adaptable, fiber-based systems. At the heart of this
project lies a fundamental shift in how we conceive material assembly and
disassembly. Unlike additive processes such as 3D printing, which often result
in irreversible material blocks, Architectural Yarns&#38;nbsp; employ a textile
logic to construct walls as continuous, linear systems, similar to knitted or
crocheted fabrics. This linearity is key: it allows for full reversibility.
Just as a sweater can be unraveled back into a single yarn, these walls can be
deconstructed to their original fiber components, preserving material integrity
and enabling true circularity.

more
	
	
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		<title>Fabricated</title>
				
		<link>https://maxieschneider.com/Fabricated</link>

		<pubDate>Wed, 15 Jul 2026 15:17:34 +0000</pubDate>

		<dc:creator>maxieschneider.com</dc:creator>

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		<description>Fabricated

	Collaborative DesignBuild Project2024 – 2025

Project Credits:
Students: Ingo Nägle, Henriette Hantel, Dirk Raßbach, Ezra Kraft, Lisa-Marie Henk, Lina Stellwagen, Arefeh Shokrollahi, Sebastian Dietz, Bela Buchweitz, Lukas Zwingmann
Lecturers: Maxie Schneider, Lorenz Kuschnig Lefort
Research Associates: Vivienne Gladitz, Lukas Malz
Partners: Simon Krautheim, Kubio GmbH
Lead: Prof. Frank Bauer, Department of Architecture FH Erfurt Image credit: © Maxie Schneider, Lukas Malz, Speni

	Fabricaded is a Design-Build seminar at the FH Erfurt that explores transdisciplinary approaches at the intersection of architecture, textile design, speculative design, and parametric planning. The project focuses on the design and fabrication of an adaptive textile roof that extends an existing timber structure with a flexible weather envelope, transforming the experimental Bauhütte into an open-air workshop.
Combining woven textiles, tension cables, and pneumatic structures, the project resulted in a hybrid structural system in which an inflatable sphere forms the primary structural high point. Supporting the self-manufactured textile canopy, the pneumatic element also creates an illuminated, sun-like spatial landmark. Form, structure, and atmosphere emerge through an integrative design process that negotiates geometry, material performance, function, and environmental conditions. The existing lightweight timber substructure, together with a 1:1 clay brick test wall used as a counter-support, became integral components of the structural concept, contributing to a broader discourse on adaptive reuse, sustainable construction, and practices of care in architecture.
The seminar introduced the fundamentals of textile design, planning, and construction through a process spanning experimental models and drawings, parametric design methods, and the full-scale development and realization of structural details. By working at a 1:1 scale, participants explored the potential of textile architecture as a lightweight, material-efficient, and adaptable building system, demonstrating its capacity to support the transformation and continued use of existing structures. The project was complemented by an excursion to hidden examples of textile architecture in Erfurt.


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		<title>Sommerpavillion</title>
				
		<link>https://maxieschneider.com/Sommerpavillion</link>

		<pubDate>Mon, 28 Oct 2024 16:16:34 +0000</pubDate>

		<dc:creator>maxieschneider.com</dc:creator>

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		<description>Sommerpavillion an der Spree

	A project by Popticum, ARGE:3000 and Kristin Lazarovalandscapearchitecture by prinzessinengaertenclient: u-institute, Kompetenzzentrum Kultur- und Kreativwirtschaft des Bundes︎︎︎More hereTeam Popticum: Lorenz Kuschnig Lefort, Maxie Schneider, Carlotta Huck
Photography : Sebastian Díaz de León

	Im Spannungsfeld zwischen Alt und Neu, Gebraucht und Neuwertig entfaltet der Sommerpavillon an der Spree einen offenen Ort. Dieser lädt Besucher dazu ein, in einen Austtausch über die Angemessenheit räumlicher Interventionen sowie den Wert kreislauffähiger Materialien im städtischen Kontext zu kommen. Die Vision eines wandelbaren Bühnenraums entstand: Eine filigrane Gerüststruktur, die von einem leichten, beigen Schattiernetz umhüllt wird. Durch unterschiedliche Öffnungen, die den Stoff mit orangefarbenen Zugseilen in verschiedenen Bereichen nach oben ziehen, entstehen markante Aus- und Einblicke.Angesichts der kurzen Standzeit des Pavillons wurde ein ressourcenschonender Ansatz gewählt. Dabei griffen wir größtenteils auf Lagermaterial des Gerüstbauers zurück. So wurden die Terrasse und das Dach aus gebrauchten Baubohlen, Seekieferplatten und Kanthölzern realisiert. Auch die Vorhänge und Bänke, die bereits im letzten Jahr Teil des Pavillons waren, fanden in diesem Jahr erneut Verwendung.

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		<title>Architectures of Weaving</title>
				
		<link>https://maxieschneider.com/Architectures-of-Weaving</link>

		<pubDate>Tue, 15 Nov 2022 15:16:32 +0000</pubDate>

		<dc:creator>maxieschneider.com</dc:creator>

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		<description>
	Architectures of WeavingFrom Fibers and Yarns to Scaffolds and Skins

	Book
Christiane Sauer / Mareike Stoll / Ebba Fransén Waldhör / Maxie Schneider (Hg.)

ISBN 978-3-86859-739-4
︎︎︎Open Access&#38;nbsp;
The publication is rooted in and supported by the Cluster of Excellence "Matters of Activity. ImageSpace Material" at Humboldt-Universität zu Berlin, funded by Deutsche Forschungsgemeinschaft DFG.


	Architectures of Weaving bridges architecture and textile by exploring fiber architectures from the micro scale of biological systems to the macro scale of textile and built structures. Selected casestudies, essays, and interviews reflect on cultural practices and materials research through the lens of textile thinking. In the quest for sustainable and resilient approaches that meet the challenges ofour time, the book entangles different perspectives into a new transdisciplinary fabric of thought. It presents fascinating approaches heralding a paradigm shift by working with fibrous materiality: structures become flexible and adaptive, they interact with their environment. As a source ofinspiration, the book assembles exceptional works from practitioners, researchers, andtheoreticians in the fields of architecture, art, materials science, cultural history, design, engineering, mathematics, microbiology, and textile technology.

With contributions by: Samira Akhavan, Aqualonis, Baubotanik Research Group, Bastian Beyer, Elaine Bonavia, Samira Boon,Saskia Buch, CITA, Felecia Davis, Karola Dierichs, Delia Dumitrescu, EDEK, Michaela Eder, Stefanie Eichler, Myfanwy Evans, Bára Finnsdóttir, Peter Fratzl, Gramazio Kohler Research, Petra Gruber, Lorenzo Guiducci, Skander Hathroubi, Regine Hengge, ICD ITKE, Elaine Igoe, Heike Illing-Günther, Svenja Keune, Karin Krauthausen, Anne-Kathrin Kühner, Ferdinand Ludwig, Claudia Lüling, Alison Grace Martin, Wilfrid Middleton, Natalija Miodragovič, Ammar Mirjan, Juni Sun Neyenhuys, Martin Niedermeier, OFFICE Kersten Geers David Van Severen, Iva Rešetar, Xingwen Pan, Martha Panzer, Jörg Petruschat, Kristina Pfeifer, Arno Pronk, Mette Ramsgaard Thomsen, RappUnger, TomásSaraceno, Christiane Sauer, Diana Scherer, Maxie Schneider, Self-Assembly Lab MIT, JasminSermonet, Josephine Shone, Nelli Singer, Yuliya Sinke Baranovskaya, Clara Santos Thomas, Daniel Suárez, VTN Architects, Ebba Fransén Waldhör, Charlett Wenig, Mark West


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		<title>Architectural Yarns</title>
				
		<link>https://maxieschneider.com/Architectural-Yarns</link>

		<pubDate>Wed, 04 Jan 2023 16:23:12 +0000</pubDate>

		<dc:creator>maxieschneider.com</dc:creator>

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	Architectural Yarns

	Design Research Team: Maxie Schneider, Iva Resetar, Jojo Shone, Prof. Christiane Sauer,

 Cluster of Excellence Matters of Activity. Image Space Material, Humboldt-Universität zu Berlin

Image credit: © Michael Pfisterer &#38;amp; Michelle Mantel

	This research aims to discover new forms of un/making for the regeneration and repair of the built environment that actively engages with the climate and the people. With their thermal, tactile and communicative role, textiles have always contributed to modulating interiors, unfolding in dialogue with space and its inhabitants.
Architectural Yarns are design experiment and technical development. Loose fiber materials are bound into yarns on an architectural scale. As flexible, linear building elements, they can be further processed into spatial elements. Depending on the type of material and the geometry of the yarn, different stabilities are created along and within the structures.
more


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	&#60;img width="2464" height="1654" width_o="2464" height_o="1654" data-src="https://freight.cargo.site/t/original/i/51ecc10744a8d7dec95d659abf00d473895b083b4f19bbfdaf1f335daf8c74f2/Bildschirmfoto-2023-01-26-um-17.49.23.png" data-mid="166224830" border="0"  src="https://freight.cargo.site/w/1000/i/51ecc10744a8d7dec95d659abf00d473895b083b4f19bbfdaf1f335daf8c74f2/Bildschirmfoto-2023-01-26-um-17.49.23.png" /&#62;&#60;img width="3024" height="4032" width_o="3024" height_o="4032" data-src="https://freight.cargo.site/t/original/i/16425c95e19b89b10a28cf166dace9ff3d4a15089aa1cdc94b6c6ee24b8f9c80/Aktivarium.png" data-mid="210499303" border="0"  src="https://freight.cargo.site/w/1000/i/16425c95e19b89b10a28cf166dace9ff3d4a15089aa1cdc94b6c6ee24b8f9c80/Aktivarium.png" /&#62;
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	<item>
		<title>Polymorph Textility</title>
				
		<link>https://maxieschneider.com/Polymorph-Textility</link>

		<pubDate>Fri, 24 Jun 2022 19:36:23 +0000</pubDate>

		<dc:creator>maxieschneider.com</dc:creator>

		<guid isPermaLink="true">https://maxieschneider.com/Polymorph-Textility</guid>

		<description>
	THE ELASTIC GAZE

	From Active Matter to Responsive Architecture
Project as part of the practise-based doctorate program at TU Berlin (PEP) and the Cluster of Excellence Matters of Activity

supervised by:

Prof. Dr. Ignacio Borrego, TU Berlin
Prof. Christiane Sauer, weißensee school of art and design berlin

	
THE ELASTIC GAZE is a practice-based PhD project investigating material programming, elasticity, and environmentally responsive textile architecture. The research develops a multi-scalar design methodology for self-forming textile systems by integrating shape memory alloys (SMAs) as thermally activated actuators within elastic textile composites.

Through physical prototyping, computational design, and material experimentation, the project explores how adaptive material behavior can contribute to more integrated, low-energy approaches to climatic regulation in architecture. Rather than relying on complex mechanical systems, the research investigates how material intelligence can generate autonomous movement and environmental responsiveness.

Central to the project is the development of a computational design-to-fabrication framework that translates material behavior across scales, from smart materials to architectural envelopes. The research examines the reciprocal relationship between material properties, textile morphology, and architectural performance, positioning elasticity as a design principle rather than merely a mechanical property.

Supervised by Prof. Ignacio Borrego and Prof. Christiane Sauer, the project combines methods from architecture, textile design, material science, and bioinspired design. The developed systems have been validated through full-scale adaptive solar shading prototypes within the research projects ADAPTEXand ADAPTEX Klima+, including installations in Brandenburg, Germany, and Muscat, Oman.


	&#60;img width="2472" height="1028" width_o="2472" height_o="1028" data-src="https://freight.cargo.site/t/original/i/9c700fcf4838c33c07ee6b5ec47c869846e62bfd32eee5015e8f74330de6bfcd/Bildschirmfoto-2023-01-26-um-13.12.22.png" data-mid="166234909" border="0"  src="https://freight.cargo.site/w/1000/i/9c700fcf4838c33c07ee6b5ec47c869846e62bfd32eee5015e8f74330de6bfcd/Bildschirmfoto-2023-01-26-um-13.12.22.png" /&#62;Thermographical analysis reveals the geometrical features of the system. Self shading and paralactic effects have great impact on surface temperatures in direct solar radiation.


	&#60;img width="528" height="297" width_o="528" height_o="297" data-src="https://freight.cargo.site/t/original/i/883b250440974025bae93027e350d59b837db85f593dba2bb9532edff6c44792/ezgif.com-resize.gif" data-mid="148999696" border="0" data-scale="100" src="https://freight.cargo.site/w/528/i/883b250440974025bae93027e350d59b837db85f593dba2bb9532edff6c44792/ezgif.com-resize.gif" /&#62;
Exploring adaptive shape behaviour through structural softness of textiles
	The research develops a material-driven design framework that links the intrinsic behavior of programmable materials with architectural performance across multiple scales. By investigating the reciprocal relationship between textile morphology, material properties, and environmental stimuli, it establishes elasticity as an active design parameter rather than a purely mechanical property.

Through computational modelling, physical prototyping, and full-scale implementation, the project demonstrates how elastic instabilities—including bending, buckling, and snapping—can be intentionally integrated into textile architectures to produce adaptive, energy-autonomous building envelopes. Instead of relying on complex mechanical systems, responsiveness emerges from the interaction between material activity, geometry and climatic conditions.

The resulting design methodology enables architects to work with material behavior as a design driver. By integrating smart materials, textile construction, and digital fabrication within a common framework, the research contributes to a broader understanding of adaptive architecture in which materials are conceived as active agents in shaping spatial and environmental performance.


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	<item>
		<title>Sommerpavilion</title>
				
		<link>https://maxieschneider.com/Sommerpavilion</link>

		<pubDate>Fri, 02 Feb 2024 15:42:31 +0000</pubDate>

		<dc:creator>maxieschneider.com</dc:creator>

		<guid isPermaLink="true">https://maxieschneider.com/Sommerpavilion</guid>

		<description>Activating Urban Wastelands

	Sommerpavillion an der Spree
A project by Popticum, ARGE:3000 and Kristin Lazarovalandscapearchitecture by nettles and poppiesclient: u-institute, Kompetenzzentrum Kultur- und Kreativwirtschaft des Bundes︎︎︎More here
pictures: Jens Franke, William Veder, Popticum


	With the Summer Pavilion, a wasteland in Berlin's government district was activated and transformed into a temporary place of dialogue and recreation for the city's residents and actors from the cultural and creative industries. To revitalise the abandoned, sandy terrain, a garden with native species was created.The pavilion provides a well-shaded, recreational and discursive space. Its textile facade is inflated using energy from a mobile solar device as a low material and energy-saving solution while crea- ting a temporary landmark within its surroundings. Its presence is drawing attention and interest from both locals and visitors - an unexpected object in the government district. The pavilion and terrace serve as a venue for networking events and relaxation. Its design and setup can accommo- date social gatherings, conferences, workshops, and other activities that facilitate interactions and connections among visitors. The interplay of curtains in an Agora setting contributes to the adaptation to different situations and event requirements.“Our intervention aims to stimulate the reactivation of our urban spaces and to strengthen a green infrastructure that contributes to a resilient and biodiverse city".Native plants are adapted to the environment and provide habitat and food for local wildlife, including birds, insects and small mammals.With the summer pavilion, we have activated a piece of fallow land in the city center of Berlin and transformed it into an ephemeral place for exchange and recreation for citizens and actors from the cultural and creative industry. For its revitalization, a wild garden using local species has been planted to cultivate the deserted, sandy terrain. Our intervention promotes the appropriation of urban terrains and encourages green infrastructure that contributes to a resilient and biodiverse city. Native plants are well-adapted to the environment and provide habitat for local wildlife, including birds and bees.


	&#60;img width="2220" height="1476" width_o="2220" height_o="1476" data-src="https://freight.cargo.site/t/original/i/c1eb3f25a96e2e16e90b662ae75d09eb86c201cddc9152c063550f6b81b3e675/Screenshot-2024-01-26-at-19.49.52.png" data-mid="203724662" border="0"  src="https://freight.cargo.site/w/1000/i/c1eb3f25a96e2e16e90b662ae75d09eb86c201cddc9152c063550f6b81b3e675/Screenshot-2024-01-26-at-19.49.52.png" /&#62;&#60;img width="818" height="545" width_o="818" height_o="545" data-src="https://freight.cargo.site/t/original/i/4e7c02e97a99ae4ddff886bb474d936d3baca6bfbd609d90bacc597950d5a005/019A1773-small.jpg" data-mid="203724664" border="0"  src="https://freight.cargo.site/w/818/i/4e7c02e97a99ae4ddff886bb474d936d3baca6bfbd609d90bacc597950d5a005/019A1773-small.jpg" /&#62;&#60;img width="960" height="1280" width_o="960" height_o="1280" data-src="https://freight.cargo.site/t/original/i/9dd84c9bf914fd8c5c472064b0ee8a6abf9c3b596ae01abc533517243c7312ab/IMG_7389.JPG" data-mid="203724666" border="0"  src="https://freight.cargo.site/w/960/i/9dd84c9bf914fd8c5c472064b0ee8a6abf9c3b596ae01abc533517243c7312ab/IMG_7389.JPG" /&#62;
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	<item>
		<title>Adaptex Klima+</title>
				
		<link>https://maxieschneider.com/Adaptex-Klima</link>

		<pubDate>Wed, 19 Oct 2022 17:38:31 +0000</pubDate>

		<dc:creator>maxieschneider.com</dc:creator>

		<guid isPermaLink="true">https://maxieschneider.com/Adaptex-Klima</guid>

		<description>
	Adaptex Klima+


	Development of an adaptive textile through the integration of shape memory alloy for an autonomously controlled sun protection for public spaces in extreme climate regions.
R&#38;amp;D project funded by BMBF - Zwanzig20 – Partnership for Innovation within the consortium smart3&#38;nbsp;
Design Team: Dipl.-Des. Ebba Fransén Waldhör, Dipl.-Ing. Maxie Schneider, Prof. Dipl.-Ing. Christiane Sauer, weißensee school of art and design berlinPartners: Priedemann Facade-Lab GmbH (Project Coordinator) Fraunhofer IWU, Carl Stahl ARC GmbH, Verseidag-INDUTEX GmbH, ITP GmbH, SGS Engineering GmbH, iMesh

Image credit: Janis Rozkalns︎ Zumtobel Group Award
︎ ZAK Award 2024︎ smart³ Zunkunftsimpulse Award 2023


	Comfort factors such as temperature, air movement and glare play an increasingly important role in densifying public spaces. Within the framework of the development of ADAPTEX (basic research project) and the accompanying analyses of building typologies, it was determined that a responsive sun-shading textile activated by temperature changes in the immediate environment is particularly well suited for semi-public and public areas such as courtyards, squares, streets, lobbies, atriums, etc. In these usage scenarios, the activation is defined by climatic boundary conditions and no user interaction.

The ADAPTEX Mesh and ADAPTEX Wave textile shading systems use the surrounding temperature and additional solar radiation to activate the textile structure and enable the closing of the surface. This ensures that maximum solar protection is provided in the case of strong solar radiation, preventing an overheating of the building. At the same time, the system allows for light- and air-transmission in cooler temperatures. The cooling reduces the heat load of adjacent buildings and thus passively reduces overall cooling requirements through an optimised microclimate. As a result, public and semi-public spaces can be used more intensively in extreme climates. 

The research prototypes of Adaptex have been installed now at GU Tech in Muscat, Oman in 2022. at the moment they undergo a monitoring.

https://www.dxm-berlin.de/en/2021/02/04/adaptex-klima/

	&#60;img width="2017" height="2974" width_o="2017" height_o="2974" data-src="https://freight.cargo.site/t/original/i/3700742cb66a8cfd4c90da4a6020f473a747f61fc48f3b654186bd58b181bef6/IMG_3422.jpg" data-mid="164083108" border="0"  src="https://freight.cargo.site/w/1000/i/3700742cb66a8cfd4c90da4a6020f473a747f61fc48f3b654186bd58b181bef6/IMG_3422.jpg" /&#62;&#60;img width="976" height="860" width_o="976" height_o="860" data-src="https://freight.cargo.site/t/original/i/3caa0d890695ebda378f34de33ad0a29cee11461f0d7d8026b3571dcff048f8d/Bildschirmfoto-2022-09-17-um-23.45.08.png" data-mid="156412249" border="0"  src="https://freight.cargo.site/w/976/i/3caa0d890695ebda378f34de33ad0a29cee11461f0d7d8026b3571dcff048f8d/Bildschirmfoto-2022-09-17-um-23.45.08.png" /&#62;


	&#60;img width="1731" height="1160" width_o="1731" height_o="1160" data-src="https://freight.cargo.site/t/original/i/6287909f330f8584bf76cd3e8764328eee8d31a98c426a66dbee4d5e187dcdc8/6332f7acaf5b282e92d7f57c_ADAPTEX_Mesh_Photo_Exterior_GuTech_02.jpg" data-mid="159960369" border="0"  src="https://freight.cargo.site/w/1000/i/6287909f330f8584bf76cd3e8764328eee8d31a98c426a66dbee4d5e187dcdc8/6332f7acaf5b282e92d7f57c_ADAPTEX_Mesh_Photo_Exterior_GuTech_02.jpg" /&#62;&#60;img width="4622" height="3081" width_o="4622" height_o="3081" data-src="https://freight.cargo.site/t/original/i/92bb62244953b8b07e1e7ff39ce8ae3b6bd826f018dfad7d7e7e568384036e85/20220816_102529_qq12.jpg" data-mid="164083048" border="0"  src="https://freight.cargo.site/w/1000/i/92bb62244953b8b07e1e7ff39ce8ae3b6bd826f018dfad7d7e7e568384036e85/20220816_102529_qq12.jpg" /&#62;&#60;img width="6000" height="4000" width_o="6000" height_o="4000" data-src="https://freight.cargo.site/t/original/i/f085e8df647007d2d55057d1ab4d5f525cfdd183dc3c580813eb137157bb86a0/20220815_091230_qq12m.jpg" data-mid="164082935" border="0"  src="https://freight.cargo.site/w/1000/i/f085e8df647007d2d55057d1ab4d5f525cfdd183dc3c580813eb137157bb86a0/20220815_091230_qq12m.jpg" /&#62;
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		<title>Paper Frictions</title>
				
		<link>https://maxieschneider.com/Paper-Frictions</link>

		<pubDate>Fri, 24 Jun 2022 17:14:32 +0000</pubDate>

		<dc:creator>maxieschneider.com</dc:creator>

		<guid isPermaLink="true">https://maxieschneider.com/Paper-Frictions</guid>

		<description>
	Paper Frictions

	Research Team: Lorenzo Guiducci, Maxie Schneider, Jojo Shone, Prof. Christiane Sauer, Prof. Peter Fratzl
 Cluster of Excellence Matters of Activity. Image Space Material, Humboldt-Universität zu Berlin
Weißensee School of Art and Design Berlin
Max Planck Institute of Colloids and Interfaces 

The research project is a continuation of the Design research studio of Prof. Christiane Sauer, Department of Textile and Surface Design, Weißensee School of Art and Design Berlin“sticky stacks” concept by Eva Eckert, Serafina Bauchen and Jojo Shone, Cluster of Excellence Matters of Activity, Humboldt University, Berlin, Germany / 2021.


Image credit: Michelle Mantel
	The "Woven Paper Bridge" explored the potential of paper as a building material for the construction of interwoven structures. By simply stacking and interleaving sheets of paper, it is possible to create connections that can support tonnes of weight through friction alone.  The extraordinary large traction force needed to separate two stacks of interleaved paper sheets (popularly known as the phonebook enigma) is caused by a geometric amplification of friction. Although its origin is well described in the literature (Alarcon et al. 2016), this remarkable interfacial effect has not been further explored in terms of possible applications. Therefore, we create higher-level assemblies of stacks of paper sheets, connected only by interleaving, and evaluate their tensile behaviour. Structural principles have been adapted from biological and physical principles to create a 5-metre-long hanging bridge and a triaxial woven pergola, both capable of supporting up to 3 personas simultaneously.
The project cas been presented at the Bauwende Festival 2022, Rundgang weissensee kunsthoschule Berlin&#38;nbsp; 2022  and The European Mechanics of Materials Conferences (EMMC) 2024.

	&#60;img width="938" height="1420" width_o="938" height_o="1420" data-src="https://freight.cargo.site/t/original/i/10061b568985b9da04787913b6db11b602e9d8da9f3bc645b3e601e6fd571562/Screenshot-2025-11-13-at-13.32.44.png" data-mid="240604732" border="0"  src="https://freight.cargo.site/w/938/i/10061b568985b9da04787913b6db11b602e9d8da9f3bc645b3e601e6fd571562/Screenshot-2025-11-13-at-13.32.44.png" /&#62;&#60;img width="2599" height="2764" width_o="2599" height_o="2764" data-src="https://freight.cargo.site/t/original/i/b1d60c1af643b53e0faf0afc77daad2a05b7eb6deeab96976aa3fd1cec192e14/IMG_2571-2.jpg" data-mid="156412628" border="0"  src="https://freight.cargo.site/w/1000/i/b1d60c1af643b53e0faf0afc77daad2a05b7eb6deeab96976aa3fd1cec192e14/IMG_2571-2.jpg" /&#62;&#60;img width="928" height="1394" width_o="928" height_o="1394" data-src="https://freight.cargo.site/t/original/i/44a676763cb7e7f0b210d5644f61b7a5e763a7e1b7c691a45f81c978f3595697/Screenshot-2025-11-13-at-13.33.41.png" data-mid="240604746" border="0"  src="https://freight.cargo.site/w/928/i/44a676763cb7e7f0b210d5644f61b7a5e763a7e1b7c691a45f81c978f3595697/Screenshot-2025-11-13-at-13.33.41.png" /&#62;
	&#60;img width="6715" height="4477" width_o="6715" height_o="4477" data-src="https://freight.cargo.site/t/original/i/5274afc8f4f2ba02e05469b172264904f6973428a9ceff1901654b65a8adc948/MoA_RZ1A3884_MICHELLEMANTEL.jpg" data-mid="156408494" border="0"  src="https://freight.cargo.site/w/1000/i/5274afc8f4f2ba02e05469b172264904f6973428a9ceff1901654b65a8adc948/MoA_RZ1A3884_MICHELLEMANTEL.jpg" /&#62;Image credit: Michelle MantelOn May 27 2022, the FriBriX team ( Maxie Schneider, Lorenzo Guiducci, Jojo Shone, Christiane Sauer) organised the Structural Paper workshop at Bauwende Festival. Here participants playfully explored the potential of paper as a building material for constructing interwoven structures, held together simply through friction. We understand paper as a contemporary urban resource and use waste paper to design a bottom-up building process. After two intense days of collective work, a large pergola was erected.

 
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	<item>
		<title>Floating on Air</title>
				
		<link>https://maxieschneider.com/Floating-on-Air</link>

		<pubDate>Fri, 24 Jun 2022 15:51:03 +0000</pubDate>

		<dc:creator>maxieschneider.com</dc:creator>

		<guid isPermaLink="true">https://maxieschneider.com/Floating-on-Air</guid>

		<description>
	Floating on Air

	Textile structures in collaboration with&#38;nbsp;Floating University e.V.


︎ shortlisted Eumies Award 2024


	As part of the 2021 Space Experiments, the Floating University Berlin received four new textile roofs, two of them inflatable, which, in line with the local spirit, span freely suspended on slender poles. During a collaborative workshop we produced the membranes, consisting of a sliding cushion, an inflated auditorium with an oculus, a reflective tent, and a water funnel. As part of the project team, I conducted the form finding and pattern design as well as detailing of the textile structures. I also supervised the manufacturing of the textiles.


&#60;img width="1222" height="848" width_o="1222" height_o="848" data-src="https://freight.cargo.site/t/original/i/849602114ddad06e2bc5b9a719605d41d929aef3afa82db8f7eb0b3f09317260/Bildschirmfoto-2023-05-13-um-20.04.23.png" data-mid="178664421" border="0"  src="https://freight.cargo.site/w/1000/i/849602114ddad06e2bc5b9a719605d41d929aef3afa82db8f7eb0b3f09317260/Bildschirmfoto-2023-05-13-um-20.04.23.png" /&#62;Floating university, &#38;nbsp;floating e.v.— 2021 © Lorenz Kuschnig

&#60;img width="2230" height="1490" width_o="2230" height_o="1490" data-src="https://freight.cargo.site/t/original/i/e4b67993b6ad36f33f21ddc9a927ecb2e43e027552b6309303a37575f540eb9d/Bildschirmfoto-2023-05-13-um-20.01.52.png" data-mid="178663731" border="0"  src="https://freight.cargo.site/w/1000/i/e4b67993b6ad36f33f21ddc9a927ecb2e43e027552b6309303a37575f540eb9d/Bildschirmfoto-2023-05-13-um-20.01.52.png" /&#62;
Floating  university, &#38;nbsp;floating e.v.— 2021 © Lorenz Kuschnig

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