Science and engineering are improving people’s lives every day, especially in healthcare. Growing up, I saw firsthand how much medicine and technology can change someone’s life. My younger brother was born prematurely and spent weeks in the NICU before later being diagnosed with autism. Even when I was little, I remember seeing all the machines surrounding him and realizing that without the doctors, nurses, and medical technology helping him, things could have been very different for my family. That experience completely changed the way I viewed science. It stopped feeling like something that only existed in textbooks or classrooms and became something personal. I saw how scientific advancements directly affected real people and gave families hope during difficult moments. Because of improvements in neonatal medicine, children born prematurely today have much higher survival rates than they did years ago. Therapies and research related to autism and developmental disorders have also improved so much, helping children gain support earlier and live fuller lives. Ironically, my first inspiration for medicine actually came from Doc McStuffins. I know it sounds funny, but watching a little Black girl confidently helping her patients made a huge impression on me as a child. At first, I just loved the show, but over time, it turned into something deeper. I started becoming genuinely interested in biology, healthcare, and the way medicine can impact people’s lives. Today, science and engineering continue to make life better on a global scale. Artificial intelligence is helping doctors diagnose diseases faster and more accurately. Telemedicine allows patients in rural or underserved communities to speak with healthcare providers they otherwise wouldn’t have access to. Scientists are creating new treatments for cancer, genetic disorders, and neurological diseases that once had very few options. During COVID-19, researchers and engineers worked together to develop vaccines in record time, showing how powerful global scientific collaboration can be. What stands out to me most is that science is really about people. Behind every advancement is someone whose life was improved or even saved because of it. Watching my brother’s journey made me realize that medicine is not only about treating illness, it is about giving people opportunities to live healthier, happier lives. That is why I want to pursue cellular and molecular biology and eventually work in medicine myself. I want to be part of the next generation of people using science to make a real difference in the world.

My first choice for a major at the University of California, Los Angeles (UCLA), the school I anticipate attending, is Cell and Molecular Biology/ Health Sciences. Both fields feel incredibly personal to me. My earliest understanding of biology came from watching my younger brother fight for his health. He was born prematurely and spent several weeks in the NICU. From the beginning, his life was shaped by medical challenges. Later, he received a diagnosis of autism. I found myself asking questions most kids never think about. I wondered why the human body develops the way it does and why certain conditions arise for specific reasons. Doctors know what to look for in those cases, and they help families navigate things they do not fully understand. Those questions planted something deeper than curiosity. They built a sense of purpose inside me. I did not just want answers for myself and my family; I wanted to understand people on a real level. Bodies function in complex ways, illness affects lives deeply, and most importantly, hope plays a key role in all of it. Medicine has given my family comfort over time. It brought clarity when things got tough and provided strength during hard moments. I want to offer that same kind of support to others in need. Enrolling in my school’s eSTEM medical pathway has strengthened my passion for medicine and reflects my scholastic commitment to academic excellence. It has allowed me to explore anatomy through hands-on experiences, delve into pathology through advanced coursework, and learn patient care as part of my daily education. I gained a deeper understanding of how interconnected body systems are, and these classes have pushed me academically every day. More importantly, they have grounded me emotionally. Every lesson connects back to my family experiences and points clearly toward my future goals. This fall semester, I was one of the few students in my pathology class selected to participate in a bacteriophage research project at California State University, San Bernardino. This opportunity marked my first experience conducting real scientific research. I gathered data consistently, ran experiments requiring careful attention and detailed documentation, and began thinking like a researcher rather than just a student. My project focused on bacteriophages and their potential to combat antibiotic resistance—an issue that disproportionately affects underserved communities. Through this experience, I learned that science can be both discovery and justice in action, solving problems that heavily impact families already facing barriers in healthcare. For all these reasons, UCLA feels like the right place for me. Its biology and health sciences programs combine rigorous scientific training with research innovation and clinical exposure, preparing students for advanced medical study. UCLA’s emphasis on service, research, and diversity aligns closely with my values and aspirations. If I pursue Health Sciences, I will be prepared for opportunities in public health and community-based care. Both majors share a common purpose: equipping students with the tools to address unequal access to healthcare and advocate for marginalized populations. Ultimately, my goal is to become a neonatologist, caring for the most vulnerable patients at the very start of life and supporting families during their most uncertain moments. This scholarship would help alleviate the financial burden of my education, allowing me to remain focused on academic achievement, research, and service opportunities. With this support, I can continue working toward my medical career with fewer barriers and greater impact. I aim to uplift communities through medicine, advocacy, and leadership, and to bring healing where it is needed most.

My passion for STEM began in my early childhood from watching Doc McStuffins. This was the first time I had seen a little Black girl in a white coat, confidently diagnosing problems and helping others. I didn't know it at the time, but watching her "heal" toys showed me something bigger: that people who looked like me could lead, innovate, and tend to others through science. Doc McStuffins wasn't just a character; she was a spark. Years later, that spark developed into a deep interest in the human body and how it works. What interests me now is the mystery at the level of cells, those that the textbooks can describe but not fully solve. I want to understand why cells miscommunicate, how molecular pathways veer off track, and what we can do to interfere before disease takes hold. My classes in pathology and medical anatomy weren't just intellectually demanding; they were exciting. They showed me that I am interested in the problems at the edge of medicine, ones that clinicians and scientists are still working to understand. It was my CSUSB bacteriophage research that became the turning point in transforming curiosity into purpose. Working in a real laboratory, isolating phages, running plaque assays, and characterizing viral behavior showed me the extraordinary potential of microscopic solutions to enormous global problems. Each petri dish felt like a view into the future of medicine, where bacteriophages might replace traditional antibiotics one day and combat antibiotic resistance. Being part of that work, even as a high school student, was revolutionary for me. I wasn’t just learning science, I was doing science. I was contributing to a growing movement of researchers who believe that the answers to our biggest medical challenges might be hidden inside the smallest organisms on earth. That experience crystallized exactly the type of challenges I want to embark on: antibiotic resistance, unequal access to diagnostics, chronic diseases that decimate underserved communities, and the lack of diversity on the teams working to solve them. I want to become a scientist whose work bridges clinical care and molecular research. Someone who advances early, diagnostic tools, and more personalized treatments while advocating for representation in every lab and clinic. This scholarship would mean more than financial support; it would serve as a catalyst. It would enable me to pursue advanced research opportunities, continue building the STEM diversity initiatives I'm starting at my school, and take on rigorous biology coursework without the weight of financial barriers. With this support, I can stay immersed in the scientific work that excites me most-molecular research, phage biology, diagnostic innovation-while building the academic foundation I need for medical school. I envision a future for me oriented career, rooted in research, moved by compassion, and powered by the belief that science must serve all. I want to contribute to creating a world where early detection saves more lives, medicine is equitable, and young students, especially those who look like me-grow up with their own "Doc McStuffins" moment that shows them what is possible. This scholarship is the bridge between the passion that I have now and the impact that I want to make next-and I am ready to cross it.