My research focuses on using different source-specific air models to estimate emissions or exposures from specific sources. I am examining anthropogenic sources such as on-road vehicles, power plants, oil and gas wells, and residential and commercial coal combustion, as well as natural sources like wildfires. I analyze time series data, applying various scenarios in my models to explore historical, present, and even future trends to assess how legislation and regulations have affected air quality and their health impacts.

Latest:

PhD thesis proposal passed: September 2024

MPower Scholarship received: August 2024

President, Civil & Environmental Graduate Student Association (GRACE): 2023 – present

Vice President, Graduate Professional Student Organization (GAPSA) at George Mason University: 2022 – present

46th ISEE Conference, Santiago, Chile, Oral Presentation: “Evaluating the 1940 Exposures: A Modern Projection and Comparison,” August 2024

22nd CMAS Conference, Poster Presentation: “Development of PM2.5 transport: Modeling the Spatial Distribution of Camp Fire from California to New York,” November 2022

PhD qualifying exam passed: August 2022