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About

Markus Hudert is a pioneering researcher at the intersection of architecture, timber engineering, and digital fabrication. His work fundamentally reimagines how we build with wood, focusing on sustainable, circular construction methods that leverage natural material properties and robotic precision. Hudert’s key contributions include developing timber structures from naturally curved oak wood, a process that minimizes waste and celebrates the inherent form of the material, as detailed in his 2022 work (13 citations). His influential 2019 paper *Rethinking Wood* (12 citations) critically examines the shift from traditional timber sections to modern, engineered wood-based materials, setting a conceptual foundation for the field. More recently, Hudert has advanced circular construction through robotically assembled interlocking structures and optimized timber slabs, where discrete wooden slats are precisely positioned by robotic arms guided by stress simulations and Augmented Reality. While his citation counts reflect a focused, emerging field, his work is highly impactful for its direct application in reducing construction waste and carbon footprint. Hudert’s research is notable for seamlessly blending ancient material wisdom with cutting-edge automation, positioning him as a leading voice in the future of sustainable architecture.