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Modern society depends on built environments that must continuously adapt to changing environmental, technological, and societal conditions. Yet construction, infrastructure, and human systems are often studied in isolation, limiting our understanding of how decisions made today shape the performance and evolution of built environments over decades. My research seeks to establish a scientific understanding of adaptive built environment systems. I investigate how construction processes, infrastructure performance, human behavior, and industry practices interact and co-evolve across spatial and temporal scales. My long-term goal is to uncover the fundamental mechanisms governing these interactions and to develop knowledge that enables safer, more sustainable, and more resilient built environments.

To study these questions, my group integrates computational modeling, simulation, artificial intelligence, generative design, and digital twins as scientific instruments for discovering and explaining complex system behaviors. These approaches allow us to investigate how built environment systems evolve, adapt, and respond to human decisions across spatial and temporal scales.