My passion for enriching communities shapes the impact I want to have as an aspiring engineer. Growing up in Harlem, I developed a close-knit sense of community, whether through figure skating camp, Harlem Wizards games, or summer street festivals filled with laughter and joy. I befriended the man who plays cello every Saturday at 9 a.m. and the older folks who played chess in the shady spots outside the grocery store. However, while Harlem nurtured a strong social community, I lacked the educational opportunities I craved. If I wanted to engage in science outside of school, I had to take the train 30 minutes downtown because such resources didn’t exist in my neighborhood. In my sophomore year of high school, I realized I could be the one to change that. I wanted to give back to the community that had shaped me by providing the science education opportunities that I never had. I started by teaching a coding workshop at Figure Skating in Harlem, and after seeing the enthusiasm of the students, I founded SciXPlorers, a program designed to implement free science classes in my community. SciXPlorers now offers Saturday science classes at Gigi’s Playhouse, the only center dedicated to students with Down Syndrome in NYC, we have also hosted classes at the local New York Public Library. Watching students engage with science in ways they never had before has solidified my passion for making STEM education accessible, regardless of socioeconomic background. Beyond education, I am passionate about using engineering to develop low-cost biomedical products for underserved communities. Growing up in an area where medical decisions were often dictated by cost rather than need, I saw firsthand how access to healthcare is deeply inequitable. This reality fueled my drive to create affordable medical devices that ensure quality healthcare is not a privilege reserved for the wealthy. Everyone, no matter their circumstances, deserves access to life-saving medical advancements, and engineering is a powerful tool to bridge that gap. To me, engineering is more than just innovation; it is a way of making technology inclusive and accessible. I aspire to develop solutions that reach the forgotten corners of the world, providing equitable access to medical care and education. My experiences with SciXPlorers have shown me the transformative impact of empowering communities through STEM, and I want to extend that impact beyond my own neighborhood. As I pursue my studies in biomedical engineering, I am committed to designing technologies that not only push the boundaries of science but also prioritize affordability and accessibility. A child’s zip code should not determine their access to education, just as financial barriers should not determine access to healthcare. My mission is to use STEM as a force for equity, whether through education or biomedical innovation, ensuring that no community is left behind. With this scholarship, I will continue to grow as both a student and a leader, using my passion for engineering to drive change in the world.