Simon Schleicher

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About

Simon Schleicher is a pioneering researcher at the intersection of architecture, engineering, and digital fabrication, whose work redefines how physical materials and computational design interact. His key research areas include bio-inspired compliant mechanisms, adaptive building skins, and novel 3D printing techniques that challenge conventional manufacturing paradigms. Schleicher’s major contributions lie in bridging the gap between material behaviour and digital design processes—a theme central to his highly cited 2012 paper, *“Material Behaviour: Embedding Physical Properties in Computational Design Processes”* (34 citations), which advocates for integrating physical constraints directly into computational form-finding. More recently, his groundbreaking work on *“Non-planar granular 3D printing”* (2023, 4 citations) introduces a method that abandons traditional layer-based printing, enabling faster speeds and larger build volumes by printing along non-planar paths. This innovation holds transformative potential for sustainable construction and rapid prototyping. Schleicher’s impact is further evidenced by his recognition as a leading voice in bio-inspired design, with his research cited across architecture, materials science, and robotics. For students and researchers, his work offers a compelling vision of a future where digital tools and physical intelligence converge seamlessly.