Rubaya Rahat

Papers

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About

Rubaya Rahat is an emerging researcher at the intersection of resilient infrastructure and construction innovation. Her work focuses on developing climate-adaptive urban systems, particularly through the lens of **Safe-to-Fail (SF) design**—a paradigm that proactively plans for system failure rather than resisting it. In her most-cited paper (2023, 4 citations), Rahat pioneered a multi-criteria evaluation framework for ranking flood mitigation alternatives in coastal cities, establishing relative weightage for SF criteria to guide resilient urban planning. This work directly addresses the growing need for infrastructure that can absorb and recover from climate shocks. Rahat also explores the **integration of 3D printing into construction management education** (2024, 3 citations), recognizing the technology’s potential to revolutionize affordable housing through rapid, cost-effective production. By advocating for curricular reform, she aims to prepare the future workforce for industrial-scale additive manufacturing in construction. Though early in her career, Rahat’s contributions bridge critical gaps between resilience theory and practical implementation. Her work on Safe-to-Fail criteria provides actionable tools for policymakers and engineers, while her educational research ensures the next generation is equipped to harness emerging construction technologies. As climate pressures intensify, Rahat’s interdisciplinary approach positions her as a promising voice in sustainable urban development.