I am a PhD candidate in Mechanical Engineering at Marquette University, where my research focuses on computational modeling of complex fluid and thermal systems, with a particular emphasis on soot formation and particle morphology during combustion. My work involves developing advanced reactive molecular dynamics (RMD) models and leveraging machine learning to explore the physicochemical properties of soot, bridging the gap between theoretical predictions and experimental results. These models have significant implications for cleaner combustion technologies and environmental sustainability.
In addition to my technical expertise in high-fidelity simulations and data-driven approaches, I am passionate about advancing research in energy systems and emissions reduction. My background includes presenting findings at conferences and collaborating across interdisciplinary teams.
Outside of my academic pursuits, I enjoy traveling, photography, and exploring creative endeavors such as singing. I also value quality time with friends and family.