Stay tuned for updates!

The project Algorithm-Aided Tactility is currently unfolding and in production. Exciting updates will follow throughout the summer of 2025!

Algorithm-Aided Tactility

This curiosity-led, interdisciplinary research is based on a collaboration between TU Eindhoven and the UMC Utrecht. We explore the impact of tactile experiences embedded within architectural design on the development of children with autism spectrum disorder (ASD) of which 80% exhibit sensory processing problems.

Research indicates that tactility is an important medium to positively impact their behavioral development by calming, reducing anxiety, stimulating curiosity. A limited understanding exists of which specific tactile surfaces, three-dimensional patterning and materials positively impact behaviors of children with ASD.

Using algorithm-aided design and robotic fabrication, we develop, fabricate and test in a clinical context a sensory wall panel system with varying textures and three-dimensional patterns using sustainable materials.

Research-Lead: Cristina Nan (TU/e) and Fleur Velders (UMC Utrecht)

Design Team: Loy Xin Yi, Xiang Li, Nikolett Asvanyi, Mattia Zucco, Cristina Nan

Eindhoven University of Technology & UMC Utrecht

Funding: NWO — Dutch Research Council

Large-Format 3D Printing: Nagami & Concr3de

algorithm aided tactility, computational design, additive manufacturing for panels, architecture, design, complex design, parametric architecture, Cristina Nan, Mattia Zucco
algorithm aided tactility, computational design, additive manufacturing for panels, architecture, design, complex design, parametric architecture, Cristina Nan, Mattia Zucco
algorithm aided tactility, computational design, additive manufacturing for panels, architecture, design, complex design, parametric architecture, Cristina Nan, Mattia Zucco
algorithm aided tactility, computational design, additive manufacturing for panels, architecture, design, complex design, parametric architecture, Cristina Nan, Mattia Zucco
algorithm aided tactility, computational design, additive manufacturing for panels, architecture, design, complex design, parametric architecture, Cristina Nan, Mattia Zucco
algorithm aided tactility, computational design, additive manufacturing for panels, architecture, design, complex design, parametric architecture, Cristina Nan, Mattia Zucco
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