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The study of complex systems is a burgeoning, interdisciplinary field spanning science, engineering, computing, and mathematics. Here, complex systems refer to both natural and human-made systems whose dynamic behaviors and hidden interactions may not be immediately evident from their observable outcomes. These systems can exhibit intelligent and sometimes oppositional dynamics. The program prioritizes mathematical theory, computational methods, and modeling, enabling students and researchers to investigate complex systems. Graduates will gain expertise in applying mathematical frameworks, data-driven modeling, and computational approaches to analyze complex systems across natural and engineered environments. The curriculum emphasizes both theoretical principles and practical applications in complex systems analysis.