Wesley McGee

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About

Wesley McGee is a leading researcher at the intersection of robotics and architecture, whose work is redefining how we build. His primary focus lies in adaptive robotic fabrication, particularly for large-scale timber construction, where he tackles the critical challenge of making automated building processes robust enough for real-world, unpredictable environments. McGee’s major contribution is pioneering feedback-driven systems that allow multi-robot teams to sense and respond to material variations and structural errors in real time, a breakthrough that moves construction robotics beyond rigid, pre-programmed tasks. His most cited work, "Feedback-driven adaptive multi-robot timber construction" (2024, 15 citations), exemplifies this approach, demonstrating how robots can autonomously adjust their assembly strategies to achieve precise, resilient structures. This research directly addresses the construction industry’s pressing needs for higher productivity and safer working conditions. By merging computational design with physical automation, McGee is not just building smarter machines; he is laying the technical and conceptual foundation for a new era of sustainable, automated architecture.