I love math because there is always an answer. Growing up, I looked forward to my math classes because every problem had a clear goal. There were often multiple ways to reach that goal, but in the end, the answer was either correct or it wasn't. I found comfort in that certainty. As someone with Autism Spectrum Disorder, I have always been drawn to the structure of mathematics. The world can often feel unpredictable, but math follows consistent rules. Every problem has a logical solution, and success comes from understanding the concepts rather than guessing or interpreting someone else's opinion. That way of thinking has always come naturally to me, which is why math has remained my favorite subject. As I progressed through college, my appreciation for mathematics only grew. After completing Calculus III and Partial Differential Equations, I can confidently say that math is far from easy. The problems became more complex, but the underlying logic never changed. Every concept builds on another, and every solution comes from applying the right principles with patience and persistence. Even when I spend hours working through a difficult problem, I enjoy the challenge because I know there is a solution waiting to be found. Studying biomedical engineering has also shown me how powerful mathematics can be outside the classroom. It is the foundation of medical imaging, biomechanics, and countless technologies that improve patient care. Knowing that the equations I solve today can one day help improve someone's quality of life makes learning them even more meaningful. Math has taught me more than formulas and calculations. It has taught me perseverance, logical thinking, and the confidence to tackle problems that seem impossible at first. That is why I love mathematics, and why it continues to inspire both my education and my future career.

I am pursuing a career in medicine because I believe every patient deserves the best care possible, and that begins with access to knowledgeable, compassionate medical professionals. I am currently earning my undergraduate degree in biomedical engineering with the goal of attending medical school and becoming a physician. I hope to combine engineering and medicine to improve patient care while making a meaningful difference in the lives of the people I treat. Growing up in Pennsylvania, I saw firsthand how difficult it can be for families, especially in rural communities, to access timely and affordable medical care. Since beginning my studies at Penn State, I have met even more people whose circumstances prevent them from receiving the healthcare they need. Whether because of distance, financial hardship, or a shortage of providers, too many people delay or avoid seeking treatment altogether. Those experiences have reinforced my commitment to serving communities where quality healthcare is needed most. One of my biggest inspirations has been my aunt, who is a Physician Assistant. Although she has never been my healthcare provider, she has always been someone I could rely on for guidance when I had medical concerns. She helped me understand the importance of advocating for my own health and showed me how a compassionate healthcare professional can make an overwhelming situation feel manageable. Her example inspired me to pursue a career where I can provide that same reassurance and support to others. Today, I am able to give back in my own way by working as a teaching assistant for Penn State's Anatomy and Physiology laboratory, where I have helped teach students pursuing careers in healthcare for the past year. Being able to provide them with the knowledge and resources they need to succeed has been one of the most rewarding parts of my college experience. The story behind this scholarship is a reminder of how important dedicated healthcare professionals are to patients and their families. I hope to contribute to that profession by becoming a physician who not only provides excellent medical care but also advocates for patients who face barriers to accessing it. Additionally, this scholarship would help fund my junior year of undergraduate studies during a time of significant financial hardship. My mother recently lost her job, and as my only source of family financial support, she can no longer help with my educational expenses or co-sign student loans. I currently work as a part-time teaching assistant while balancing a rigorous biomedical engineering curriculum, but my income alone is not enough to cover tuition and housing. Receiving this scholarship would ease a significant financial burden and allow me to stay focused on my education instead of worrying about how I will pay for school. I am determined to become a physician and improve access to healthcare for underserved communities. This support would help me continue working toward that goal and, in turn, allow me to make a lasting difference in the lives of my future patients.

My long-term career goal is to use biomedical engineering to save lives by advancing organ transplantation and artificial organ technology. Having been hospitalized multiple times and undergoing two surgeries, I know firsthand the challenges patients face. However, my experiences are minor compared to those endured by people on organ donation lists. Through my studies and future research, I aspire to help eliminate the global organ shortage by working with biological artificial organs so that organ failure is no longer a death sentence. I believe everyone deserves a fair shot at life, no matter their circumstances. Sharing knowledge and working for the greater good are core values that inspired me to pursue biomedical engineering in the first place. I believe science and research are some of the greatest gifts that we have, making it immoral not to share that with those in need. The end goal of biological artificial organs has a long way to go until they are a suitable treatment, but we have to be willing to put in the work now for the chance of a brighter future.