I began my engineering education at Drexel University, earning a B.S. in Mechanical Engineering. I chose Drexel for its hands-on Co-Op program, which gave me experience across manufacturing, R&D, metalworking, and biomedical industries. The most valuable lesson I learned was how to quickly adapt to new environments and contribute effectively within a short timeframe.

After graduation, I joined Huntington Ingalls Industries, working on overhauls of propulsion plant auxiliary systems. I was drawn to the large-scale engineering challenges but was especially interested in bringing new technologies to modernize the shipyard, particularly in additive manufacturing. This interest ultimately led me to pursue a Master’s degree at Boston University.

Initially, I planned to study robotics and control systems, focusing on their application in additive manufacturing and process design. My Master’s thesis involved developing a High-Temperature Direct Ink Writing system for processing high-melting-point materials. I found academic research highly engaging and decided to pursue a Ph.D.

However, in 2019, COVID-19 disruptions forced me to pivot. I joined Prof. Uday Pal’s research group, shifting my focus to high-temperature measurement devices for thermophysical fluid properties— a move from mechanical engineering into materials science. While this was a significant transition, it expanded my expertise in experimental research and prototype development.

These experiences have shaped my passion for specialized technology development and collaborative problem-solving. My diverse background enables me to bridge mechanical engineering, materials science, and manufacturing innovation, allowing me to adapt across industries and disciplines.