I want to become a medical doctor to bridge the gap between scientific innovation and the human experience—especially for patients who, like many in my community, have been historically underserved. My passion for medicine is deeply rooted in both personal experience and professional purpose. As a Black man from Birmingham, Alabama, I have witnessed how race, poverty, and place can determine who lives and who dies—not because of biology, but because of access, trust, and systemic inequities. I want to be the kind of doctor who sees these realities, understands them, and fights against them every day. Growing up in a working-class family, I learned early on that nothing would be handed to me. While my parents provided love and support, financial limitations meant we lived paycheck to paycheck. I knew from a young age that if I wanted to go to college, let alone medical school, I would need to earn it—through scholarships, hard work, and persistence. I took on multiple part-time jobs, stayed up late after shifts to study, and applied to every opportunity I could find. I entered college as a biomedical engineering student, knowing it would be difficult, but believing it would prepare me to understand the technical and biological foundations of disease. Even with financial challenges, I pushed forward and achieved academic and research success. I conducted research on cardiovascular disease at the cellular level, became an Amgen Scholar at Yale Medical School, and earned authorship on a Nature Communications paper. Yet behind every accomplishment was a sacrifice—a bill delayed, a textbook borrowed, a semester of choosing between groceries and lab supplies. These experiences shaped not only my resilience but also my sense of empathy. I know what it feels like to be brilliant and broke, hopeful and exhausted. And I know that many of my future patients will feel the same. My financial need has taught me how to listen deeply, advocate fiercely, and work tirelessly. I plan to carry these lessons into my medical practice. I want to become a physician who doesn’t just treat symptoms but understands the story behind them. I want to use my engineering background to help design more accessible healthcare technologies and bring culturally informed care to marginalized communities. Ultimately, I want to be a doctor who makes others feel seen, respected, and cared for—regardless of their background or bank account. This scholarship would relieve a major burden and allow me to focus more fully on my pre-medical studies, volunteer work, and research. But more than that, it would affirm a belief I’ve held onto through every challenge—that where we come from should never determine how far we can go. I carry not only my dreams, but the dreams of those who came before me—people like Manny Weiner, whose journey was interrupted by financial hardship. I hope to honor his legacy by becoming the kind of doctor he aspired to be: one who brings skill, compassion, and justice to every patient he serves.

When I was 17, I lost a close friend to a drunk driver. He was smart, ambitious, and full of potential—just like me: young, Black, and from Birmingham, Alabama. His death didn’t just shatter my heart; it ignited a fire within me. I came to understand that for people like us, success wasn’t just about overcoming odds—it was about transforming them. I made a promise to myself then: I wouldn’t just survive hardship—I would use it as fuel to serve others and create meaningful change. As a first-generation college student pursuing biomedical engineering, I’ve navigated a path shaped by both purpose and challenge. Entering college, I faced a rigorous curriculum, limited financial support, and the isolating reality of being one of the few Black students in my program. Often, I studied after long shifts, applied for every scholarship I could find, and taught myself complex concepts when help wasn’t available. There were moments of uncertainty, but I stayed grounded in my mission—to use science to make a difference in the communities I care about. That mission led me to research cardiovascular disease, a condition that disproportionately affects Black Americans. In Dr. Alexa Mattheyses’ lab, I explored the cellular mechanisms of clathrin-mediated endocytosis using advanced fluorescence microscopy techniques. Our work was eventually published in Nature Communications. I was also selected as an Amgen Scholar at Yale Medical School, where I deepened my research in translational medicine. These opportunities confirmed that science could be both innovative and deeply human—capable of improving lives when approached with equity in mind. Beyond academics, I’ve worked to ensure that others have access to opportunity, support, and hope. I co-founded Men of Change, a student-led organization dedicated to mentoring young men of color in academics, professional development, and mental health. We host community workshops, STEM tutoring, and college-access programs for high school students from underserved communities. Whether I’m walking a mentee through his first failed exam or connecting a peer with research opportunities, I lead with the belief that no one should have to make it alone. I’m pursuing my degree in biomedical engineering not only to understand disease but to design equitable solutions. I envision a future where I serve as a physician-engineer, using research and clinical practice to reduce health disparities in cardiovascular care. My education is a stepping stone to that future. I want to help build a healthcare system where access, trust, and innovation are available to everyone—especially to communities that have historically been left behind. This scholarship would reduce the financial barriers that continue to limit my access to advanced training and educational resources. But more importantly, it would be an investment in my commitment to service, innovation, and impact. I plan to use every opportunity I’m given not only to achieve personal success, but to lift others along the way. Because to me, representation in STEM isn’t just about being seen—it’s about opening doors for those who come after me. I am not just a student in STEM. I am the response to a system that tried to exclude me. And I will keep responding—with science, with purpose, and with love for my community.

When I was 17, I lost a close friend to a drunk driver. He was smart, full of promise, and just like me—young, Black, and from Birmingham. His death didn’t just break my heart; it lit a fire in me. I realized then that success for people like us wasn’t just about beating the odds but transforming them. From that moment forward, I committed: I wouldn’t just survive adversity but turn it into purpose. College presented its own set of battles. I entered with a rigorous course load, limited financial resources, and few people who looked like me in my major. The pressure was intense. I often studied late at night in crowded libraries after finishing work shifts. I applied for every scholarship I could find and taught myself material when academic support wasn’t readily available. There were moments of self-doubt, moments when I felt invisible in the lecture hall, and moments when quitting seemed easier than continuing. But I didn’t stop. I pushed forward. Through this persistence, I found my voice in research. I began conducting studies focused on cellular mechanisms involved in cardiovascular disease—work that reflected not only scientific curiosity but also a personal mission to address health disparities that disproportionately affect Black communities like mine. My research led to an authorship in Nature Communications and selection as an Amgen Scholar at Yale Medical School. Each of these accomplishments was more than a line on my résumé—they were affirmations that I belonged, even when the path was lonely and the odds were steep. But my achievements mean little if I can’t bring others with me. That’s why I co-founded Men of Change, a student-led organization dedicated to uplifting young men of color through mentorship, academic support, professional development, and mental health awareness. We’ve hosted STEM tutoring sessions, organized clothing and food drives, and led workshops on college and scholarship access for high school students from underserved communities. I’ve sat with mentees after they failed their first exams, guided peers through their first research applications, and reminded countless students that their dreams are valid, even when the world suggests otherwise. Adversity has sharpened me, but it never made me bitter. It taught me resilience, but also compassion. I now walk with the confidence of someone who has overcome and with the responsibility of someone committed to uplifting others. I’m not just a product of my environment—I’m a response to it. Every obstacle has become part of my foundation. Every setback has strengthened my resolve. And I plan to keep responding with action, with compassion, and with excellence. My goal isn’t just to succeed—I want to be a source of change. Because if my journey proves anything, it’s that resilience, when paired with purpose, can move mountains—and bring others over them too.

As a child growing up in Birmingham, Alabama, I remember many stories being shared by older generation family members, who had experienced up-close and personal very real racial discrimination moments. Many told of riding in the “colored” section at the back of the bus, drinking from “colored” water fountains, not being able to sit at lunch counters at the stores downtown, and sitting in the balcony at segregated movie theaters. Having direct knowledge of close family relatives, who have faced and overcome powerful obstacles, refusing to take “no” for an answer, is empowering in the extreme. I am confident in my ability to accomplish all my goals. My forefathers fought long and hard to pave the way for me to have more opportunities; I do not take my education for granted. Because of my cultural heritage, I am determined to achieve all I can in life. The beginning of the third grade was when I realized my love and fascination for the STEM field, recognizing my natural talent in this area. To support my passion, my parents enrolled me in the Community Outreach Development (CORD) program at the University of Alabama at Birmingham, because they believed I could make a difference. Having been immersed and engaged with different groups of people, it was at this point that I began to recognize and value the power of diversity. My hunger for knowledge, not only in math and science but in every aspect of life, has grown over the years. I applied to the Alabama School of Fine Arts (ASFA), one of the most diverse schools in the state, for the Department of Math & Science. After participating and succeeding in several math competitions in middle school, I was prepared for the challenge at ASFA’s department of math and science. Not only was I enriched academically but also culturally. Studying with various ethnicities has made me aware of the differences, yet we are still able to live and thrive together. Upon accomplishing my goal, the work will not be finished. It is not enough for me to succeed. I have a responsibility to my community and its youth- to reach out and bring others along. I see the necessity of giving back by sponsoring and building summer camps for other teenagers with an interest in math and science. Therefore, I plan on assisting youth in finding places for summer internships and hands-on opportunities in hospitals and clinics. I see myself working alongside fellow physicians to develop ongoing mentoring programs to spark interest in saving and improving the lives of people around us. ​ In the state of Alabama, there are still counties without hospitals or clinics due to a shortage of practitioners. These areas would be ideal locations to open free clinics to volunteer my services along with other medical professionals. Working with fellow scientists, experimenting with new ideas, and having the chance to improve the lives of countless people would be a great privilege. I look forward to working hard to achieve that goal.

My name is Yancey Williams II, and I am currently a rising sophomore at the University of Alabama at Birmingham (UAB), majoring in biomedical engineering. I have enrolled in the Science & Technology Honors Program, where students interested in scientific research are provided with interdisciplinary classrooms and innovation experiences. With hands-on experience in high-level research projects, I hope to gain additional information and knowledge to assist me as I continue building a stronger foundation of important contributions and theories in math and science while pursuing a career in medicine. I come from a large family of educators and therefore education is highly valued in my home. My parents are dedicated to ensuring my exposure to the skills necessary to live and work in a global society. I have a long academic journey ahead, which is why I decided to attend a college that would help me reach my long-term goal of getting into medical school. My ultimate career goal is to become a successful physician-scientist in the field of regenerative medicine by receiving an M.D. and Ph.D. in biomedical engineering. Receiving additional financial aid will provide me the opportunity to increase my knowledge in math and science and help me reach my goal. I won’t say I deserve this opportunity more than anyone else, but I will say I won't waste the extraordinary benefits offered through this opportunity. The training I receive not only at UAB through my undergraduate studies but also through participation in the Summer Science Institute (SSI) programs since sixth grade at UAB, enables me to be a more productive member of the medical community. I learned through UAB’s Teen Volunteer program that the skills I learn should be used to contribute to making Birmingham a better community and city. This school year has been a challenge for me, at the UAB Science & Technology Honors Program, we are required to take the most rigorous courses in math and science. I am working harder this semester than I have ever worked in school, but I am enjoying the challenge. Communicating more with my teachers and devoting even more time to studying has helped improve my grades. I hope to have an opportunity to explore all that UAB has to offer and increase my knowledge of medicine.

My name is Yancey Williams II, and I am currently a rising sophomore at the University of Alabama at Birmingham (UAB), majoring in biomedical engineering. I have enrolled in the Science & Technology Honors Program, where students interested in scientific research are provided with interdisciplinary classrooms and innovation experiences. With hands-on experience in high-level research projects, I hope to gain additional information and knowledge to assist me as I continue building a stronger foundation of important contributions and theories in math and science while pursuing a career in medicine. I come from a large family of educators and therefore education is highly valued in my home. My parents are dedicated to ensuring my exposure to the skills necessary to live and work in a global society. I have a long academic journey ahead, which is why I decided to attend a college that would help me reach my long-term goal of getting into medical school. My ultimate career goal is to become a successful physician-scientist in the field of regenerative medicine by receiving an M.D. and Ph.D. in biomedical engineering. Receiving additional financial aid will provide me the opportunity to increase my knowledge in math and science and help me reach my goal. I won’t say I deserve this opportunity more than anyone else, but I will say I won't waste the extraordinary benefits offered through this opportunity. The training I receive not only at UAB through my undergraduate studies but also participation in the Summer Science Institute (SSI) programs since sixth grade at UAB, enables me to be a more productive member of the medical community. I learned through UAB’s Teen Volunteer program that the skills I learn should be used to contribute to making Birmingham a better community and city. This school year has been a challenge for me, at the UAB Science & Technology Honors Program, we are required to take the most rigorous courses in math and science. I am working harder this semester than I have ever worked in school, but I am enjoying the challenge. Communicating more with my teachers and devoting even more time to studying has helped improve my grades. I hope to have an opportunity to explore all that UAB has to offer and increase my knowledge of medicine.