Thank you for your generous support of my journey toward a degree in biomedical engineering. Your contribution empowers me to pursue innovations like CRISPR to solve complex health challenges. I am committed to using my education to design life-changing technologies and make a purposeful impact.
Driven by a desire for meaningful impact, I am transitioning from being in high school to attending college as a student in the field of life sciences and biomedical engineering. As a former Kiwanis International club president, I found fulfillment in altruism and community service. I am passionate about utilizing math, science, and innovations like CRISPR to solve complex medical challenges. My goal is to design life-changing technologies that improve human health.
As far as we know, we only have one life. One chance to make all the right choices, one chance to learn it all. We rarely get everything right, and we certainly never learn everything there is to know. But to me, applying to the Honors College is a choice that brings me closer to a life I can be proud of. It represents the willingness to grow beyond what feels familiar and pursue opportunities that challenge me in meaningful ways.
I wasn’t always someone who valued that kind of challenge. For a long time, I was content doing the minimum and convincing myself that barely passing was enough. At the time, it felt easier to float through school rather than engage with ideas or subjects that intimidated me. Looking back, I see how limiting that mindset was. I wasn’t avoiding work. I was avoiding discomfort.
Who I am today is completely different from the person who believed that avoiding effort was the safest way to live. Through my experiences, I learned that fulfillment doesn’t come from choosing the easiest path; it comes from choosing the one that makes you grow. I’ve seen what it looks like to settle, and I’ve seen what it looks like to grow, and I owe it to myself to keep pursuing the latter.
My enthusiasm for learning comes from a deep desire to make my life meaningful, and part of that meaning comes from stepping into new academic territory—even when it scares me. I want to study subjects that challenge how I think, that force me to question my assumptions, and that push me beyond the categories I’m already comfortable mastering. Whether it’s exploring an unfamiliar concept or entering a discussion where I’m not the expert, I find excitement in the unfamiliar. That discomfort tells me I’m growing.
This is why the Honors College stands out to me. Its environment is built around curiosity, disciplinary thinking, and the willingness to ask deeper questions. I am excited to learn alongside peers who are equally committed to exploring ideas that don’t fit neatly into one subject or discipline. I want to be part of a community that encourages me to expand my thinking, follow my curiosities, and pursue learning not just for achievement, but for becoming the best version of myself.
I am not someone who leaves a strong impression, and I have come to believe recognition should matter. I want to make an impact even if no one knows my name. For a long time, I thought meaningful change required fame or acknowledgment, but I learned that impact can be so much simpler. In my sophomore year of high school, I joined a volunteering club and began helping at local nonprofits through city events. At first, I was hesitant about physical labor and unsure why I would give my time without anything in return. Over time, that mindset changed. I felt fulfilled not out of superiority, but because my actions alone created happiness for others. A different type of reward entirely. In my junior and senior years, I became the club’s president. This role allowed me to help both my city and my school community by encouraging my peers to give back. I hope I passed on the same sense of altruism that initially motivated me. This experience made me reflect on a recurring problem in my life: time. As my grandmother fell ill and my mother grew more fatigued, I gave them my time and support. Through them, I realized how I wanted to offer my time to the world by addressing physical challenges through my passion for engineering.
The problems that trouble me most have to do with the limits of the human body. Engineering feels like a way to tackle those limits by combining science and technology to make tools that actually help people. I am drawn to biomedical engineering because it offers a chance to have a real impact on people’s lives.
My interest grew as I learned how the body works as a system and how small failures can create big health problems. It became personal as I watched my mother manage ongoing medical conditions. Seeing both what medicine can do and where it falls short made me curious about how better-designed medical technologies could improve people’s quality of life, not just treat symptoms.
What I like most about biomedical engineering is that it forces you to balance creativity with responsibility. Every experiment or device has the potential to affect someone’s life, which makes the work both difficult and important. I want to develop the skills to understand complex medical problems and design solutions that help people push past limitations they once had no way to overcome.
Innovations such as CRISPR Cas9 and TIGR‑Tas fascinate me because they show how far science has come in understanding and reshaping life itself. Fifty years ago, the idea that we could precisely edit DNA would have seemed impossible. Now, scientists can target specific genes, correct mutations, and even experiment with entirely new sequences. The precision and potential of this technology are both exciting and humbling. What draws me to CRISPR is its ability to solve seemingly impossible issues. Genetic diseases that were once untreatable could be addressed at their source. Crops can be made more resilient, reducing strain on food systems. Even small edits at the molecular level can ripple outward to improve health and quality of life. Technologies like CRISPR represent tools that could make interventions more effective and preventive rather than reactive. I am drawn to biomedical research because it combines curiosity about how life works with the opportunity to create solutions that genuinely help people. Thinking about the precision and creativity behind CRISPR makes me excited to explore the limits of what biology and engineering can accomplish.
Thank you once again for investing in my future and helping me transition from high school to the challenging, rewarding fields of life sciences and biomedical engineering. Your support is a vital part of my mission to solve complex medical challenges and design technologies that improve human health. I invite you to follow along with my journey through college and into my professional career as I work toward making a purposeful impact on the world.