Texoversum Innovation Center: A Landmark in Textile Technology and Architecture
Texoversum Innovation Center pioneers textile-based architecture with a woven carbon façade, robotic fabrication, sustainable design, and interdisciplinary research spaces.
The Texoversum Innovation Center at Reutlingen University of Applied Sciences is a groundbreaking hub for teaching, research, and innovation in textile-based technologies. Designed by allmannwappner, Menges Scheffler Architekten, and Jan Knippers Ingenieure, this state-of-the-art facility integrates cutting-edge architectural design with advanced textile construction techniques. Completed in 2023, the 4,110 m² center is set to become a defining element of the university's expanding campus.
A Fusion of Textile and Architecture
At the heart of Texoversum’s architectural identity is its woven carbon and glass fiber façade, making it the first building of its kind to use this innovative material. The structure embodies the fusion of textiles and architecture, both functionally—through interdisciplinary research spaces—and aesthetically, through a visually striking woven exterior. The building serves as a symbol of the future of fiber-based materials and robotic textile fabrication.
The façade's modular tiles, created through a robotic winding process, are custom-designed for optimal sun protection, ventilation, and aesthetic appeal. Comprising five unique templates, the self-supporting tiles are arranged to follow the sun’s path, providing a dynamic play of light and shadow. This staggered design offers unobstructed views of the surroundings while eliminating the need for a traditional load-bearing frame.
Transparency and Connectivity in Design
Beyond its pioneering façade, Texoversum emphasizes spatial transparency and interconnectedness. The split-level interior layout fosters seamless movement across spaces, with staggered floors converging in an open atrium. This architectural strategy enhances collaboration and knowledge exchange, creating an inspiring work environment for researchers, students, and professionals alike.
The industrial aesthetic of the interior features exposed concrete elements, visible ductwork, and technical ceilings that reinforce the building's high-tech identity. The open-plan layout ensures adaptability for evolving research needs while maintaining a strong visual connection between different workspaces.
Color as a Narrative Element
The use of color within Texoversum plays a key role in unifying its spatial composition. A continuous color gradient flows through the building, referencing both color-printed textiles and the intricate designs of historic Gobelin tapestries. This subtle yet effective approach highlights the versatility of textile-based architecture, bridging traditional craftsmanship with modern fabrication techniques.
From an external perspective, the façade’s intentional cutouts provide a postcard-like glimpse into the interior, reinforcing the building’s philosophy of openness and interaction with its environment.
A Sustainable Vision for the Future
With its lightweight, fiber-based construction and robotic manufacturing methods, Texoversum exemplifies sustainable innovation in contemporary architecture. The project sets a precedent for integrating advanced material research, digital fabrication, and environmentally conscious design, paving the way for future developments in textile-based construction.
