An unexpected influence on my decision to pursue a technical field was my great grandmother. She was not involved in STEM, healthcare, or academia in any formal way, yet she shaped the habits of mind that eventually led me toward pharmacy and laboratory research. Her influence was quiet, personal, and rooted in everyday moments rather than classrooms or career advice. As a child, I spent a great deal of time with her in Memphis, often helping her tend to her yard. One task she regularly gave me was picking clovers by hand. It was slow, repetitive work, and I frequently tried to rush through it. Each time I did, she would stop me and tell me to start over. She explained that doing something carelessly, even if it seemed small, only created more problems later. She believed that patience and attention were signs of respect for the task, for the environment, and for oneself. At the time, I did not understand why it mattered so much to her. I only knew that she refused to accept work done halfway. Years later, when I began taking chemistry courses, that lesson resurfaced in an unexpected way. In laboratory settings, I quickly learned that precision is everything. A single mismeasurement, a rushed step, or a skipped instruction can invalidate an entire experiment. While some students found lab work frustrating or tedious, I felt strangely comfortable in that environment. The emphasis on accuracy, consistency, and accountability mirrored what my great-grandmother had taught me years before. I realized that her insistence on careful work had trained me to respect process over speed. Her influence also extended to my interest in pharmacy. Pharmacy is a field where mistakes have real consequences, and where attention to detail directly affects patient safety. My great grandmother often spoke about responsibility through action. She believed that if something was entrusted to you, you owed it your full effort. That belief aligns closely with the ethical standards required in healthcare. When I think about handling medications, interpreting data, or working in a lab that supports patient outcomes, I hear her voice reminding me that carelessness is never harmless. What makes her influence unexpected is that she never encouraged me to pursue a technical field directly. She never talked about degrees, careers, or professional success. Instead, she modeled discipline, patience, and integrity in ordinary life. Those values became the foundation upon which my academic interests grew. While others may credit teachers, mentors, or role models within STEM, my path was shaped by someone who taught me how to work before she ever taught me what to work toward. Her impact is also why I am drawn to laboratory research alongside pharmacy. Research requires persistence, attention to detail, and the willingness to repeat tasks until results are reliable. These qualities are often overlooked but are essential to scientific progress. I see research not just as a technical pursuit, but as an extension of the mindset she instilled in me. To always doing things correctly, even when no one is watching, and understanding that small actions can have lasting effects. My great-grandmother influenced my decision to pursue a technical field not by introducing me to science, but by shaping how I approach responsibility and precision. Her lessons transformed routine moments into lasting principles, and those principles continue to guide my academic and professional goals today.