Paul Kassabian

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About

Paul Kassabian’s research lies at the intersection of robotics, construction automation, and distributed systems, with a focus on enabling resilient, on-site building processes. His major contributions center on developing force-aware robot collectives that can adapt to the irregular, dynamic environments of real construction sites—a departure from traditional top-down, prefabrication-heavy approaches. By pioneering methods that use local force measurements to guide climbing robots during assembly, Kassabian has addressed a critical gap: how to make robotic construction responsive and robust without centralized control or constant human oversight. His two most-cited works, “Using local force measurements to guide construction by distributed climbing robots” (18 citations) and “Towards Force-aware Robot Collectives for On-site Construction” (17 citations), have laid foundational principles for decentralized, sensor-driven automation. These papers are notable for shifting the conversation from off-site prefabrication to on-site adaptability, directly tackling the variability that has long hindered robotic construction. Kassabian’s work is essential reading for researchers interested in swarm robotics, force feedback, and the future of autonomous building—offering a tangible path toward construction sites where robots collaborate intelligently, sensing and responding to their environment in real time.