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About

Angelo Figliola is a pioneering researcher at the intersection of architecture, robotics, and material science, whose work redefines how we design and build in the post-industrial era. His key research areas include robotic fabrication, performative architecture, and the integration of heterogeneous natural materials—particularly wood—into advanced digital construction processes. Figliola’s major contribution lies in “Negotiated Materialization,” a design approach that leverages robotic fabrication to embrace the inherent variability of wood, transforming material irregularities from a challenge into a design opportunity. This concept, detailed in his 2019 paper (5 citations), challenges traditional standardization in architecture. His seminal work, “Post-industrial Robotics” (2020, 7 citations), explores how informed, data-driven design can create adaptive, responsive architectural systems. With a cumulative impact of over 20 citations, Figliola is also recognized for his comprehensive overview of European research paths in performative wooden structures. His achievements bridge computational design, material performance, and robotic construction, offering a compelling vision for a more sustainable, intelligent, and materially-aware built environment.