Ole Weyhe

Papers

Total Citations

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About

Ole Weyhe is a pioneering researcher at the intersection of robotic fabrication and sustainable timber construction. His work centers on developing additive manufacturing processes for wood, specifically through robotic winding techniques that create material-efficient, lightweight veneer components. Weyhe’s major contribution lies in adapting fiber-winding technologies—traditionally used in aerospace with carbon or glass composites—to natural timber, opening new pathways for resource-efficient building. His most-cited paper, “3DWoodWind: robotic winding processes for material-efficient lightweight veneer components” (2022, 7 citations), introduces a novel method for applying wood veneer in precise, structurally optimized patterns. Building on this, his 2024 study “Robotically winded full scale timber prototypes” (5 citations) demonstrates the scalability of the approach, producing full-scale architectural elements. Though early in his career, Weyhe’s work addresses a critical gap in timber construction research, where additive processes remain underexplored. His achievements include bridging high-performance fabrication techniques with renewable materials, offering a compelling vision for a more sustainable built environment. For students and researchers, Weyhe exemplifies how interdisciplinary thinking can transform traditional construction.