tnoyes

As a PhD student in Mechanical Engineering at the University of South Carolina, my work is the culmination of a career spent solving real-world engineering challenges across multiple industries. My journey began in the U.S. Navy, where I was responsible for operating complex reactor control systems, a role that instilled a deep appreciation for precision and safety. I carried that experience into the private sector, where I designed key systems for the nation's ballistic missile submarine fleet at Northrop Grumman and led the development of innovative medical devices at Boston Scientific.

Most recently, as an R&D Test Engineer, I led teams in developing advanced testing methods, including helium mass spectrometry, dual scanning calorimetry and thermogravimetric analysis, to validate the performance of critical components. This background in applied engineering revealed a recurring challenge: a gap often exists between our designs and our ability to precisely measure their performance at the microscopic level. This realization is what drove me to return to academia to pursue my doctorate.

My dissertation project is focused on closing that gap. I believe that by creating better measurement tools, we can unlock new capabilities in science and medicine. My ultimate goal is to become a professor, where I can combine my passion for hands-on research with my dedication to mentoring the next generation of engineers. This project is the first step. By supporting this research, you're not just funding a dataset; you're helping build a platform for open science that I am excited to share with the broader community.

July 2025