“I feel terrible, I’ve had this cold for weeks,” my friend said, her voice muffled behind her mask. “Why don’t you just go to the doctor?” I asked. She deadpanned, “You think I haven’t tried? My doctor hasn’t been available for the past month.” That conversation unsettled me. I understood that low-income families often struggle with healthcare costs, but I had never fully considered other barriers such as physician shortages, transportation difficulties, and language obstacles. What I once saw as a distant issue suddenly became personal. The problem grew even more real when my best friend's father was diagnosed with stage three stomach cancer. His surgeries were repeatedly delayed, and every appointment required exhausting travel. Watching my friend and her family face these systemic obstacles during a medical crisis, despite having access to resources, reshaped my understanding of healthcare accessibility. Without these experiences, I might never have grasped how deeply structural these problems are. As an officer of Panther’s Exploring Medicine, a medical club at my school, I felt a responsibility to act. Instead of limiting our meetings to career discussions, I redirected our focus toward community impact. I organized blood drives with local hospitals that not only addressed donor shortages but also educated students about the constant demand for lifesaving resources. I recruited classmates to volunteer with medical nonprofits and retirement homes, helping them see healthcare disparities firsthand rather than as distant statistics. Through these initiatives, we doubled student volunteer participation and strengthened our school’s connection to local healthcare efforts. More importantly, we created awareness. Students began to recognize that healthcare inequities are not isolated incidents but widespread challenges affecting the communities around us. Moving forward, I hope to deepen my involvement by working with local free clinics and community health organizations, while also helping develop multilingual resources and workshops that empower families facing similar obstacles to access care with greater clarity and confidence. I also want to improve online health resources, such as TeleHealth, which will allow physicians to communicate with their patients online and prioritize patients so everyone can receive the best treatment. These experiences taught me that meaningful change often begins with listening. What started as a simple conversation became a commitment to addressing healthcare accessibility. This is a commitment I plan to deepen throughout my future in medicine.

"Your daughter has epilepsy." The neurologist's gentle voice made my dad tense, but at seven, I was more focused on my newest Shopkin toy than understanding what epilepsy meant. Overnight, my life was filled with rules. I had to avoid sunlight, track my sleep, and log my meals and naps. Every single detail mattered. It was tedious, constantly monitoring my day when all I wanted was to play outside with my friends. Being forced to notice every small change in my body taught me to be more careful and aware of details most kids never have to think about. Normal activities like playing outside now made my head feel like it was on fire. I accepted this, quietly swearing off sports, until high school. When the brochure for my high school arrived, I traced over the glossy blue letters reading: cross country. Something inside me insisted I try. I wanted to see if the girl who cowered from sunlight could run. My parents were skeptical, but I was stubborn. With a face covered in SPF and a huge hat, they finally sent me to my first practice. The first run was brutal. Unlike the carefree runners around me, I was hyperaware of every signal my body gave: the heat on my skin, the tightness in my chest, the dizziness telling me to slow down. The heat seemed to weigh me down. Halfway through, an upperclassman slowed down to run with me. “You okay?” she asked. “Trying not to melt,” I wheezed back. She laughed and ran with me for the remaining mile, sharing her own struggles during tryouts. She gave me tips on breathing techniques, running with a partner, and logging detailed notes on my performance and recovery. After that upperclassman gave me tips on pacing, I realized the same meticulousness I used to monitor my seizures could guide me through running. While my teammates could run without thinking, I had to run thoughtfully, checking in with myself and adjusting. This caution made me more resilient. This mindset translated to my academics. Managing harder classes, sports practices, and my health demanded more organization than ever. I learned to plan ahead, take detailed notes, and track deadlines. Instead of letting high school's pace overwhelm me, I used that carefulness to stay steady and prepared. Epilepsy taught me to be careful, but facing this challenge taught me how to turn that carefulness into resilience and confidence in running and myself.

"Your daughter has epilepsy." The neurologist's gentle voice made my dad tense, but at seven, I was more focused on my newest Shopkin toy than understanding what epilepsy meant. Overnight, my life was filled with rules. I had to avoid sunlight, track my sleep, and log my meals and naps. Every single detail mattered. It was tedious, constantly monitoring my day when all I wanted was to play outside with my friends. Being forced to notice every small change in my body taught me to be more careful and aware of details most kids never have to think about. Normal activities like playing outside now made my head feel like it was on fire. I accepted this, quietly swearing off sports, until high school. When the brochure for my high school arrived, I traced over the glossy blue letters reading: cross country. Something inside me insisted I try. I wanted to see if the girl who cowered from sunlight could run. My parents were skeptical, but I was stubborn. With a face covered in SPF and a huge hat, they finally sent me to my first practice. The first run was brutal. Unlike the carefree runners around me, I was hyperaware of every signal my body gave: the heat on my skin, the tightness in my chest, the dizziness telling me to slow down. The heat seemed to weigh me down. Halfway through, an upperclassman slowed down to run with me. “You okay?” she asked. “Trying not to melt,” I wheezed back. She laughed and ran with me for the remaining mile, sharing her own struggles during tryouts. She gave me tips on breathing techniques, running with a partner, and logging detailed notes on my performance and recovery. After that upperclassman gave me tips on pacing, I realized the same meticulousness I used to monitor my seizures could guide me through running. While my teammates could run without thinking, I had to run thoughtfully, checking in with myself and adjusting. This caution made me more resilient. This mindset translated to my academics. Managing harder classes, sports practices, and my health demanded more organization than ever. I learned to plan ahead, take detailed notes, and track deadlines. Instead of letting high school's pace overwhelm me, I used that carefulness to stay steady and prepared. Epilepsy taught me to be careful, but facing this challenge taught me how to turn that carefulness into resilience and confidence in running and myself.

Leadership and science shape our future by deciding not only what we discover, but who those discoveries reach. Science drives innovation and progress, but leadership determines whether that progress is used to improve lives or deepen existing inequalities. Nowhere is this more evident than in healthcare, where groundbreaking treatments exist alongside communities that cannot access them. The future of medicine depends on leaders who understand both the science behind innovation and the human experience. My understanding of this connection began through leadership and service in STEM spaces. As an officer in my school’s medical club, I helped organize discussions, invite physicians to speak, and mentor students who were interested in medicine but unsure how to begin. Breaking down complex medical concepts and policies for my peers taught me that leadership in science often starts with education. Science becomes truly transformative when it is guided by empathy and purpose. While studying Medicare policies with a classmate, she asked whether states could really restrict access to healthcare. That question immediately brought my uncle to mind. He lives with epilepsy, and without insurance, his medication costs thousands of dollars each month. After years of rationing treatment, he was forced to leave the United States to afford care elsewhere. His experience revealed a painful truth. Scientific advancements mean little if people are priced out of survival. That moment reshaped how I see the role of science in our future. Innovation must be paired with leadership that prioritizes people. I have also seen how science, when applied thoughtfully, can create a more equitable future. Exploring low-cost medical technologies, including 3D printed prosthetic designs, showed me how engineering can dramatically reduce healthcare expenses. Holding a functional prosthetic that cost a fraction of traditional models reinforced my belief that accessibility should be a central goal of innovation, not an afterthought. These experiences motivate me to pursue a career as a physician-researcher who uses science to solve real-world problems while advocating for systems that allow patients to benefit from those solutions. Leadership and science together shape a future that is more inclusive, ethical, and humane. Science provides the tools to heal and innovate, while leadership ensures those tools are used to serve communities rather than exclude them. The future we build will be defined not only by what we discover, but by how we choose to lead with those discoveries and who we choose to bring with us.

Receiving this scholarship would directly support my goal of becoming a physician-researcher who bridges patient care with scientific innovation. It would allow me to fully commit to demanding STEM coursework, research, and community engagement without financial pressure, and, more importantly, to turn personal motivation into lasting impact. The values behind this scholarship, such as service, resilience, and uplifting others through education, closely align with the legacy of Maleiha Lei Lee Garcia Smith and with the work I hope to dedicate my life to. I plan to pursue an MD and work at the intersection of medicine, technology, and access. I am especially interested in how biomedical engineering tools, such as targeted drug delivery systems and wearable health technologies, can improve treatment outcomes while lowering costs for underserved communities. My interest in this field began in high school through hands-on STEM involvement and leadership. As an officer of my school’s medical club, I helped organize peer discussions, invited healthcare professionals to speak, and mentored students navigating their own paths into medicine. These experiences taught me that innovation only matters if people can actually access it. That belief became deeply personal while helping a classmate study Medicare policies for an AP Government final. When she asked, “So states can just block people from getting healthcare?” I immediately thought of my uncle. He suffers from epilepsy, and without insurance, his medication costs over $3,000 per month. After two years of rationing pills, he was forced to leave the United States to afford treatment abroad. “I came here for the American Dream,” he told me, “but I can’t afford to stay alive in it.” That moment clarified my purpose: brilliant medical advances mean nothing if people are priced out of survival. Since then, I’ve sought ways to give back through education, mentorship, and STEM-driven service. I regularly supported classmates by breaking down complex healthcare policies and science concepts, helping them feel confident engaging with material that often feels inaccessible. I’ve also explored sustainability-focused medical innovation, including low-cost 3D-printed prosthetic designs. Holding a fully functional prosthetic hand that cost under $50 compared to traditional models priced in the thousands cemented my belief that accessibility should be the standard, not the exception. My involvement in STEM and community spaces reflects a commitment to sharing knowledge and creating opportunity. Whether through leadership in medical organizations, mentoring peers, or collaborating on projects that prioritize affordability and access, I aim to build inclusive environments where students feel empowered to pursue science with purpose. These values, compassion, service, and the use of education to uplift others, mirror the legacy of Maleiha Lei Lee Garcia Smith. This scholarship would not only help me reach my academic goals but also strengthen my ability to continue serving my community through research, mentorship, and involvement in STEM and cultural organizations. I hope to honor Maleiha’s legacy by turning opportunity into impact and by working toward a future where healthcare is not a privilege, but a right.

After graduating from college, I plan to pursue an MD and become a physician-researcher who bridges patient care with scientific discovery. My goal is not only to treat illness, but to help design healthcare solutions that are accessible to everyone, not just those who can afford them. I want to work at the intersection of medicine, technology, and policy to address the systemic barriers that prevent people from receiving life-saving care. My interest in medicine began in high school through leadership and service. As an officer of my school’s medical club, I helped organize discussions, guest speakers, and peer learning opportunities that made complex medical topics more approachable. Whether mentoring younger students or helping classmates understand healthcare policy, I learned that meaningful change often starts with education and advocacy. These experiences taught me that effective healthcare requires a holistic perspective, one that considers science, technology, and the social systems surrounding patients. That lesson became deeply personal while studying Medicare policies for an AP Government final. As I explained how states can restrict access to healthcare, a classmate asked, “So states can just block people from getting care?” The answer hit close to home. My uncle, who suffers from epilepsy, was forced to leave the United States because his medication costs over $3,000 per month without insurance. After two years of rationing pills, he returned to India to survive. “I came here for the American Dream,” he told me, “but I can’t afford to stay alive in it.” His experience transformed my academic ambitions into a mission. Inspired by this, I aim to pursue research focused on drug delivery systems and wearable health technologies that improve treatment effectiveness while lowering costs, particularly in underserved communities. I am especially interested in developing long-lasting and targeted therapies that reduce the financial burden on patients with chronic conditions. By combining biomedical engineering with clinical training, I hope to help translate innovative research into real-world treatments that reach those who need them most. I have also seen how affordable innovation can change lives. While working with 3D-printed prosthetic designs, I held a functional prosthetic hand that cost less than $50 to produce, compared to traditional models priced in the thousands. That moment reinforced my belief that accessibility should be a fundamental goal of medical innovation, not an afterthought. Giving back to my community through mentorship, education, and advocacy has shown me the power of empowering others with knowledge and opportunity. These experiences have inspired me to pursue a career dedicated to closing the gap between medical breakthroughs and patient access. I hope to ensure that stories like my uncle’s become impossible, transforming healthcare from universally expensive into truly universal.

"Your daughter has epilepsy." The neurologist's gentle voice made my dad tense, but at seven, I was more focused on my newest Shopkin toy than understanding what epilepsy meant. Overnight, my life was filled with rules. I had to avoid sunlight, track my sleep, and log my meals and naps. Every single detail mattered. It was tedious, constantly monitoring my day when all I wanted was to play outside with my friends. Being forced to notice every small change in my body taught me to be more careful and aware of details most kids never have to think about. Normal activities like playing outside now made my head feel like it was on fire. I accepted this, quietly swearing off sports, until high school. When the brochure for my high school arrived, I traced over the glossy blue letters reading: cross country. Something inside me insisted I try. I wanted to see if the girl who cowered from sunlight could run. My parents were skeptical, but I was stubborn. With a face covered in SPF and a huge hat, they finally sent me to my first practice. The first run was brutal. Unlike the carefree runners around me, I was hyperaware of every signal my body gave: the heat on my skin, the tightness in my chest, the dizziness telling me to slow down. But after an upperclassman gave me tips on pacing, I realized the same meticulousness I used to monitor my seizures could guide me through running. While my teammates could run without thinking, I had to run thoughtfully, checking in with myself and adjusting. This caution made me more resilient. The heat seemed to weigh me down. Halfway through, an upperclassman slowed down to run with me. “You okay?” she asked. “Trying not to melt,” I wheezed back. She laughed and ran with me for the remaining mile, sharing her own struggles during tryouts. She gave me tips on breathing techniques, running with a partner, and logging detailed notes on my performance and recovery. This mindset translated to my academics. Managing harder classes, sports practices, and my health demanded more organization than ever. I learned to plan ahead, take detailed notes, and track deadlines. Instead of letting high school's pace overwhelm me, I used that carefulness to stay steady and prepared. Epilepsy taught me to be careful, but facing this challenge taught me how to turn that carefulness into resilience and confidence in running and myself.