Papers
2
Total Citations
18
H-Index
2
About
Nadia Lehoux is a leading researcher at the intersection of sustainable construction and advanced manufacturing, focusing on the automation and robotization of timber-frame prefabrication. Her work addresses the critical need for efficient, affordable, and environmentally friendly housing by tackling the inefficiencies—low production capacity, high costs, and heavy labor dependence—that plague the timber construction industry. Lehoux’s major contributions include a comprehensive state-of-the-art review (2022, 11 citations) that maps the current landscape of automated processes in this sector, providing a foundational resource for future innovation. She further advances the field with a simulation model (2023, 7 citations) that analyzes different automation scenarios for mixed-assembly manufacturing lines, offering a practical tool for optimizing production. Her research is pivotal in transforming traditional timber-frame construction into a high-tech, scalable industry. By bridging the gap between construction and manufacturing engineering, Lehoux is shaping a future where sustainable building is not just an ideal, but a viable, automated reality.
Research Focus
Key Achievements
Top Papers
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