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About

Walid Anane is an emerging scholar at the forefront of digital construction technology, specializing in the integration of Building Information Modeling (BIM), computational design, and robotic manufacturing within the architectural engineering and construction (AEC) industry. His research addresses one of the sector's most pressing challenges: bridging the gap between digital design and automated fabrication to improve productivity, sustainability, and precision in off-site construction. Anane's most influential work, "BIM-driven computational design for robotic manufacturing in off-site construction" (2023, 44 citations), established a comprehensive Design-to-Manufacturing framework that has become a key reference for researchers and practitioners pursuing construction automation. His systematic literature review on BIM-robotic interoperability (18 citations) provides a rigorous mapping of the field's current state, while his investigations into modular robotic prefabrication and discrete aggregations (16 citations) demonstrate the practical potential of algorithmically generated architectural assemblies. Extending his expertise toward emerging fabrication technologies, Anane has explored robotic 3D concrete printing and visual programming BIM environments, and his recent work on free-form façade panels advances sustainable manufacturing principles. With a growing citation record across just a few years, Anane represents a promising voice in the digitalization of construction.