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Disaster management in civil engineering requires a profound understanding of both natural and man$-$made hazards and their potential impacts on infrastructure. Delve into the theoretical principles that guide the design and implementation of resilient infrastructure systems capable of withstanding extreme events such as earthquakes, floods, hurricanes, and landslides. Examine the role of probabilistic risk assessment in predicting the likelihood and consequences of these disasters. How do civil engineers use historical data and computational models to simulate disaster scenarios and inform their designs? Additionally, discuss the significance of redundancy and robustness in the structural design of critical facilities like hospitals, bridges, and power plants. How do concepts such as fail$-$safe design and damage tolerance contribute to disaster resilience? Explore the interdisciplinary approaches that combine civil engineering with fields such as meteorology, geology, and environmental science to enhance disaster preparedness and response. What are the challenges in integrating these diverse fields into a cohesive disaster management strategy? Furthermore, evaluate the effectiveness of current building codes and standards in mitigating disaster risks. How do engineers address the uncertainties and variabilities associated with different types of hazards? Lastly, consider the role of community engagement and education in promoting disaster resilience. How can theoretical advancements in civil engineering contribute to more effective communication and collaboration between engineers, policymakers, and the public to build safer, more resilient communities?