PhD in Civil Engineering - Resilient Infrastructure Systems in Atlanta United States | Georgia Institute of Technology

In December 2004, history's most destructive tsunami struck Sumatra, Indonesia, erasing entire towns from existence. Shortly after, Hurricane Katrina submerged 80% of New Orleans when levees failed against Lake Pontchartrain's surge. The 2010 Caribbean earthquake claimed over 200,000 lives in Haiti. These represent just a handful of the severe natural catastrophes our planet has endured in modern times.

Certain disasters allow for advance warning, like hurricanes where prediction capabilities have significantly advanced. However, for earthquakes, tsunamis, landslides, and tornadoes, substantial research is still needed to enhance our forecasting and comprehension of these phenomena and their aftermath. Regardless of predictability, strengthening infrastructure to endure nature's wrath or at least reduce human casualties remains a critical priority.