Arjen Deetman

University of Kassel, Eindhoven University of Technology

Papers

Total Citations

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About

Arjen Deetman is a pioneering researcher at the intersection of robotic fabrication, sustainable construction, and advanced timber engineering. His work focuses on developing novel additive manufacturing processes that leverage natural materials—specifically wood—to create lightweight, material-efficient architectural components. Deetman’s major contributions include the introduction of **Continuous Timber Fibre Placement** (2019, 9 citations), a technique that adapts fiber winding principles from aerospace to construction, enabling the production of high-performance timber structures without synthetic composites. He further advanced this concept with **3DWoodWind** (2022, 7 citations), a robotic winding process for producing lightweight veneer components that drastically reduce material waste while maintaining structural integrity. His research also emphasizes open-source methodologies, as seen in his work on **An Open Approach to Robotic Prototyping** (2022, 2 citations), which democratizes access to digital fabrication tools for architects and designers. By merging traditional woodworking with robotic precision, Deetman is redefining sustainable construction practices, offering scalable solutions for carbon-neutral building. His work has been recognized for its potential to transform the construction industry’s reliance on energy-intensive materials, positioning him as a key figure in the emerging field of bio-based digital fabrication.