Identifying Engineering Solutions to Extreme Water Events

Scholarship Application: Engineering to Protect Water Resources

Water, water, everywhere. Nor any drop to drink. – “The Rime of the Ancient Mariner” by Samuel Taylor Coleridge

The above epigraph underscores the plight of many nations today. Indeed, natural disasters of all ilk but particularly flooding events, have far-reaching and devastating consequences for communities across the globe. The loss of life, displacement of entire populations, and long-lasting economic impacts are just a few of the tragic outcomes that are associated with extreme water events. Compounding this issue, climate change has exacerbated the frequency and severity of these events, making them more destructive and costly than in the past. The statistics paint a sobering picture: an alarming 8 out of the 10 years with the highest number of natural disasters have occurred within the last decade. Flooding and severe storms, in particular, are on the rise, with a staggering 45% of all flooding disasters having taken place since 2013. These figures underscore the urgency and importance of addressing the engineering challenges posed by climate change.

Furthermore, as climate change continues to exacerbate water scarcity and droughts in various regions around the world, there is a growing concern about the potential for armed conflicts over access to water resources, frequently referred to as “water wars.” With freshwater becoming an increasingly scarce, valuable and contested resource, tensions could easily arise between nations or neighboring communities competing for limited water supplies, potentially leading to diplomatic disputes or even armed conflicts in the future. Fortunately, it is not too late to address this growing crisis – but time is quickly running out.

As a civil engineering student in California, I am keenly aware of the state’s vulnerability to natural disasters, including floods and wildfires. The state’s diverse geography, from coastal regions to mountainous terrains, presents unique engineering challenges in mitigating the impacts of these events. My studies to date have equipped me with a deep understanding of water resource management, infrastructure design, and risk assessment, all of which are crucial in developing effective solutions.

Through my coursework and hands-on projects, I have also gained valuable experience in analyzing hydrological data, modeling flood scenarios, and designing resilient infrastructure systems. As a result, I envision myself playing a pivotal role in developing innovative strategies to protect communities from the devastating effects of flooding in the future. These contributions could include implementing sustainable urban drainage systems, improving flood control measures, and designing resilient infrastructure that can withstand increasingly frequent and extreme weather events. Furthermore, I am passionate about exploring the intersection of civil engineering and environmental sustainability. By incorporating principles of green infrastructure and nature-based solutions, it is possible to create more resilient and sustainable communities that can better withstand the impacts of climate change. This could involve restoring natural floodplains, implementing permeable surfaces to reduce runoff, and incorporating green spaces into urban planning to mitigate the effects of flooding.