Fourth-year student at The University of Central Florida majoring in physics and specializing in astronomy. Currently working on my undergraduate thesis through the Burnett Honors College, where I am using data from the Cassini-Huygens mission to help better identify propellers in Saturn's rings. While my interest and love for planetary sciences is as strong as it has ever been, I have spent my time here at UCF exploring other fields, both within physics and out. I've spent time as an intern at U.S. Southern Command, where I had the chance to improve my management and teamwork skills, all while having the amazing opportunity to meet many great people from a number of different fields. It was also here where, in the J63, I was introduced to AI, AI development, and its possible uses. Something I still look into on a daily basis as it greatly interests me!After my time at U.S. Southern Command, I switched gears and was accepted into the MSTAR program here at UCF. It was through MSTAR that I had the chance to intern at the Humanwork Lab at the Johnson Space Center. I was given a crash course in coding with Python, the design process engineers go through, and basic human anatomy. It was while working at JSC that my MSTAR mentor introduced me to the concept of medical physics; while this introduction was brief, the field stuck with me into my junior year. The summer of my junior year was dedicated to classes for my Mathematics minor, along with work on my Honors Undergraduate Thesis (HUT). While the majority of my time was dedicated to my academics and research, I began to look further into medical physics, primarily radiation therapy. I grappled with the idea of possibly pivoting away from astronomy and into medical physics for my master's and, eventually, my PhD. After much thought and many talks with professors both here at UCF and from other universities I've decided to switch gears to medical physics! Spending much of this fall semester looking into the current work being done in the field caused my interest to grow from just radiation therapy to topics such as Theranostics, Proton Therapy, Image-Guided Radiotherapy, Integration of AI into treatment plans, and Interventional oncology.