From a young age, I expressed a keen interest in the issues surrounding infectious diseases and global epidemics. As a Biomedical Engineering student at Arizona State University, my interest in epidemiology and its engineering applications were further developed and contextualized by an additional minor in Global Health and a research internship at the Translational Genomics Research Institute. During the course of my PhD in Chemical Engineering at Cambridge, I aspire to develop novel diagnostics for C. difficile, the deadliest superbug in the United States, and C. perfringens, the second leading cause of food poisoning. With C. difficile, there is a direct correlation between mortality and the timing and choice of initial treatment. With the invention of an immediate diagnostic that detects the level of infection, mortality rates may be reduced across global communities.I seek to be a leader in the worldwide pursuit to alleviate the burden of disease on developing populations by delivering technologies that are simple, inexpensive, and—above all else—feasible in their applicable environments. I am grateful to be joining the Gates Cambridge Community and for the opportunity to network with some of the greatest intellects of our generation with the united goal of improving the human condition.
Arizona State University BS in Engineering Biomedical Engineering 2019