My inspiration to pursue a career in the medical field stems from both personal experiences and a deep curiosity about the intersection of science and human well-being. From an early age, I was drawn to problem-solving, fascinated by the way biology, chemistry, and physics converge to explain how the human body functions. But it wasn’t until I witnessed the uncertainty surrounding my mother’s struggle with Vogt-Koyanagi-Harada (VKH) Syndrome, a rare autoimmune disease, that I truly understood the profound impact of medicine—not just in treating symptoms, but in restoring stability to people’s lives. My mother’s diagnosis was anything but straightforward. Autoimmune disorders are unpredictable, often difficult to diagnose, and even harder to manage. I watched as doctors ran test after test, trying to piece together a puzzle that seemed unsolvable. There were moments of hope when a treatment seemed to work, only to be followed by setbacks that forced us back to square one. Seeing her navigate this uncertainty fueled my determination to enter a field that seeks answers where few exist. I wanted to be part of the effort to improve diagnostic methods, treatment plans, and patient care—so that families like mine wouldn’t have to endure the same uncertainty. Beyond personal experience, my interest in medicine deepened when I experienced an ACL injury that temporarily stripped me of my mobility. I had spent years playing soccer, trusting my body’s ability to move, pivot, and accelerate—until, in a single moment, that trust was shattered. Rehabilitation was slow and painstaking, but as I progressed, I became fascinated with the mechanics of movement and recovery. Why did certain therapies work better than others? How could we improve assistive devices to accelerate healing? These questions led me to biomedical engineering, where I discovered the incredible innovations shaping the future of healthcare. Through my career, I hope to bridge the gap between medicine and engineering, developing medical devices and rehabilitation technologies that enhance patient outcomes. Whether it’s through designing better prosthetics, exoskeletons, or wearable medical devices, I want to help people regain mobility and independence. I am particularly interested in the field of personalized medicine—creating solutions tailored to an individual’s unique physiology rather than relying on one-size-fits-all treatments. However, innovation means little if it isn’t accessible. As I continue on this path, I want to focus on ensuring that life-changing medical technology reaches those who need it most, regardless of socioeconomic background. Too often, cutting-edge treatments are limited to those who can afford them, leaving underserved communities behind. By working at the intersection of research, engineering, and patient care, I hope to contribute to making healthcare more equitable. Ultimately, my passion for medicine is driven by a desire to solve problems that directly impact people’s lives. Whether it’s through developing better diagnostic tools for autoimmune diseases, improving rehabilitation technology, or making medical innovations more accessible, I want my work to bridge the gap between science and human impact. For me, medicine is not just a profession—it is a commitment to discovery, innovation, and, most importantly, compassion.

In my community, I’ve noticed a lack of engagement among high school students in service initiatives. Many view volunteering as just another checkbox for college applications rather than a meaningful way to contribute. As the Social Manager of Piscataway Gives Back, a student-led service organization, I took the initiative to change this mindset by making community service more accessible, engaging, and rewarding. I was motivated by my own experiences. I saw how service could be transformative—both for those receiving help and those giving it—when approached with passion rather than obligation. However, I realized that many students never got to experience this because they didn’t know where to start or felt disconnected from the impact of their efforts. To bridge this gap, I revamped our social media presence, crafting posts that highlighted not just upcoming service opportunities but also real stories of impact. Instead of simply announcing donation drives, I shared the stories of families benefiting from them. I also introduced interactive content, like polls and behind-the-scenes footage, to make students feel more involved. As a result, engagement in our initiatives increased, with more students signing up for events and actively participating in discussions about local issues. Looking ahead, I want to expand Piscataway Gives Back beyond digital outreach. I plan to organize service fairs at school, where local organizations can connect directly with students and showcase diverse volunteer opportunities. Additionally, I aim to launch a mentorship program where experienced volunteers guide newcomers, making service more approachable. By continuing to shift the perspective on community engagement, I hope to foster a culture where students see service not as an obligation, but as an opportunity to create real change.

My aunt’s laughter could light up a room, but it was her strength that I admired most. When she was diagnosed with liver cancer, we sought hope and a form of superficial happiness, but the disease spread relentlessly—to her spine, her kidneys, and eventually, her spirit. Watching her fight was heartbreaking, but it also ignited something in me: a determination to make a difference for patients like her and their families. In light of her condition, she remained joyful and kind: I vividly remember her bringing in an Indian pastry, called samosa, for all of the doctors and nurses on her floor. Her experience showed me both the huge challenges of battling disease and the urgent need for innovative solutions in medicine without losing hope. This is why I’m drawn to biomedical engineering. To me, it’s a field where science meets empathy, where technology has the power to transform lives. My aunt’s journey made me acutely aware of the gaps in current treatments and the toll they take on patients and their loved ones. I want to fill those gaps, designing tools and technologies that not only extend life but improve its quality. As I’ve delved into the field, I’ve become fascinated by the possibilities of precision medicine and targeted therapies. What if we could develop devices that identify and attack cancer at its earliest stages, sparing patients the agony of invasive treatments? What if we could create implants that deliver medication directly to tumors, minimizing side effects and maximizing effectiveness? These are the questions that drive me, and I see biomedical engineering as the path to answering them. But my ambition goes beyond innovation; it’s about accessibility. During my aunt’s illness, I saw how financial barriers and geographic limitations could restrict access to care. I want to ensure that the technologies I help develop are not just groundbreaking but also affordable and available to those who need them most, regardless of their circumstances. Outside of academics, my experiences as a student-athlete and a musician have prepared me for this journey in unique ways. Soccer has taught me how to lead under pressure, adapt to changing circumstances, and approach challenges with a strategic mindset. Music, particularly as a saxophonist in a jazz ensemble, has shown me the importance of collaboration and finding harmony even in complexity. Both have instilled in me the resilience and creativity I’ll need to tackle the multifaceted problems in biomedical engineering. Ultimately, my goal is to channel the lessons I’ve learned from my aunt’s battle into meaningful change. I want to create technologies that bring hope to families facing the most difficult moments of their lives. Whether it’s a device that makes treatments less invasive or a diagnostic tool that detects diseases earlier, I want my work to honor her strength and leave a legacy of compassion and innovation. Through biomedical engineering, I hope to ensure that fewer families have to endure what mine did—and that more patients can reclaim their laughter and their lives.

Soccer has always been more than a sport for me—it’s been a classroom, a stage, and, at times, a battlefield. As captain of my high school team, I’ve had to juggle the physical demands of the game with the mental challenges of leading others. I’ve strategized under pressure, learned to adapt to unpredictable scenarios, and cultivated the resilience to recover from setbacks, like the ACL tear that temporarily took me off the field. These lessons have shaped the way I approach life and have had a profound influence on my future career goals. On the field, every match is like solving a complex problem: figuring out how to outmaneuver an opponent, communicating effectively with teammates, and making split-second decisions under intense pressure. These skills directly connect to my aspirations in biomedical engineering, where every project requires teamwork, strategy, and creative problem-solving. My ACL injury further solidified this connection. Spending months in physical therapy opened my eyes to the intersection of medicine and technology and how they can restore both function and hope. Witnessing the design and precision of medical devices firsthand inspired me to pursue a career creating tools that help others overcome physical challenges and return to the activities they love. Outside of soccer, I’ve found another kind of rhythm in music. As a saxophonist, I’ve spent years learning to blend technical skills with emotional expression, especially in a jazz ensemble. Music has taught me the importance of listening—both to myself and to others—and how small contributions can create something much greater than the sum of their parts. This perspective mirrors my engineering approach: individual components work in harmony to solve larger problems. Beyond music, I’m passionate about community service. As the social manager for Piscataway Gives Back, I’ve helped organize initiatives that address local needs, from food drives to outreach programs. This role has taught me how to balance leadership with empathy, a quality I hope to carry into my future career. Biomedical engineering, for me, isn’t just about innovation; it’s about creating solutions that are accessible and meaningful to the people who need them most. Whether on the soccer field, in a band rehearsal, or planning a community event, I’ve learned that the most impactful work happens when people come together with a shared purpose. As I look to the future, I’m excited to bring this collaborative spirit into the field of biomedical engineering, where I can combine my love for problem-solving with my commitment to making a difference. Soccer taught me how to navigate challenges, music taught me how to listen, and service taught me how to lead with compassion. Together, these experiences have shaped not just my goals but the kind of person I strive to be.

Life, to me, has always felt like a giant puzzle. Some pieces click into place effortlessly—like picking up the saxophone in fourth grade or mastering calculus. Others are jagged and frustrating, like recovering from my ACL tear or watching my mom face the daily challenges of Vogt-Koyanagi-Harada Syndrome, an autoimmune disorder that affects her vision and skin. These moments, as disjointed as they may seem, have taught me an invaluable truth: growth happens in the gaps between the pieces, in the spaces where things don’t immediately make sense. And it’s in these spaces that I’ve discovered who I am and what I want to do. Take my experience with music. I first picked up the saxophone because my older brother did. At first, I just wanted to mimic him. But as I spent hours practicing, struggling to master tricky jazz solos or perfect my tone, I realized something deeper: music is about more than hitting the right notes. It’s about listening, adapting, and creating harmony in chaos. Playing in a jazz ensemble taught me the value of collaboration, of trusting others to play their part while focusing on my own. I hope to carry this balance—between the individual and the collective—into my future career as a biomedical engineer. Then there’s soccer, which has shaped me in ways I never anticipated. As my team captain, I’ve had to navigate the tension between strategy and spontaneity, between leading and listening. On the field, every play is a puzzle of moving parts, and success depends on seeing how those parts fit together in real-time. When I tore my ACL, the game changed. Suddenly, the field wasn’t a place of freedom but a reminder of what I’d lost. Yet, through months of physical therapy and determination, I learned to appreciate the process of rebuilding—not just my knee but my mindset. That experience deepened my resolve to tackle challenges head-on, no matter how insurmountable they might seem. These personal puzzles are what draw me to biomedical engineering. It’s the ultimate intersection of creativity and problem-solving, where science meets human needs. Whether it’s designing a prosthetic that helps an athlete return to the game they love or creating affordable diagnostic tools for underserved communities, biomedical engineering offers the chance to fill the gaps in people’s lives with practical and transformative solutions. Beyond the technical, I want my work to reflect the lessons I’ve learned from music and soccer: the importance of collaboration, adaptability, and resilience. I want to create devices that function and resonate, helping people regain not just their mobility or health but their sense of possibility. Ultimately, I see my career as a way to complete a much larger puzzle. The pieces are already out there, scattered across disciplines and communities. My role is to help connect them, to build something bigger than myself, and to leave behind a picture that’s whole and vibrant for others to see.

I decided to pursue education in healthcare because of a personal connection to its impact on individuals and communities. My mother has Vogt-Koyanagi-Harada (VKH) Syndrome, a rare autoimmune disorder that affects her vision and causes chronic pain. Growing up, I watched her navigate a labyrinth of specialists and treatments, trying to manage a condition with no clear solution. The doctors who cared for her weren’t just practitioners; they were problem-solvers, educators, and sources of hope. Their work sparked a profound respect for the healthcare field in me and inspired a desire to contribute to it meaningfully. Healthcare combines my love for science with my drive to make a difference. The human body fascinates me—how it functions, adapts, and heals. But what captivates me is the potential to take scientific knowledge and turn it into real-world applications that improve lives. This passion grew stronger when I tore my ACL during a soccer match. The injury was physically painful, but the uncertainty about my recovery was even more difficult to endure. My orthopedic surgeon and physical therapist helped me navigate not just the physical healing process but also the emotional challenge of rebuilding my confidence. They treated me as more than just a patient—they treated me as a person. That experience taught me that healthcare isn’t just about curing diseases or fixing injuries; it’s about restoring hope and helping people reclaim their lives. This lesson solidified my commitment to pursuing a career where I can have a similar impact on others. It also influenced my interest in biomedical engineering, a field that bridges science, technology, and medicine to create innovative solutions for complex challenges. One transformative experience was participating in a project that explored the ethics of genetically engineered organisms. While the project focused on animals and agriculture, it opened my eyes to ethical dilemmas and possibilities in medical technology. I realized that the same principles applied to creating technologies like prosthetics or tissue-engineered organs. This intersection of innovation and morality is where I see myself making a difference. In the future, I aim to work in healthcare innovation, designing medical technologies that improve outcomes and expand access to care. I’m particularly drawn to addressing health disparities, which often stem from unequal access to advanced treatments. For example, while advanced prosthetics can transform lives, their high cost makes them inaccessible to many. I want to focus on developing solutions that are both effective and affordable, bridging the gap between progress and practical application. To achieve this, I plan to study biomedical engineering, a field that aligns with my interests and goals. Beyond technical skills, I’m eager to learn how to translate research into practice—whether through entrepreneurship, collaboration with clinicians, or policy advocacy. Programs like the Coulter Translational Research Partnership at the University of Michigan exemplify opportunities I hope to engage in, where innovation is tied to patient impact. Long-term, I envision leading efforts to integrate cutting-edge technology into healthcare. Whether it’s developing wearable devices that monitor chronic conditions or bioprinted tissues to address organ shortages, I want to be at the forefront of innovations that redefine what’s possible in medicine. Ultimately, my goal is to contribute to a future where healthcare is proactive, where everyone has access to the tools they need to lead healthy lives. Pursuing education in healthcare is more than just a career choice; it’s a calling shaped by personal experiences and a desire to serve others. Through hard work, curiosity, and compassion, I hope to honor the lessons I’ve learned and help others navigate their own paths toward healing and resilience.

Being a good citizen means embracing the rights and responsibilities of living in a democratic society. It’s not just about obeying laws or paying taxes; it’s about actively participating in the community, respecting others’ voices, and working to create a better future for everyone. My understanding of good citizenship has been shaped not only by what I’ve read in textbooks but also by stories passed down in my family—stories about those who once couldn’t vote and fought for the freedoms we sometimes take for granted today. When I was 12, I remember sitting at the dinner table as my dad told me about his parents, who immigrated to the United States in the early 1900s. They worked tirelessly in factories and farms, contributing to their new home in every way possible. Yet, despite their efforts, they were not allowed to vote because they hadn’t yet achieved citizenship. “They wanted to have a say,” my dad told me, “but back then, they could only watch as others decided the future.” This struck me deeply—how could anyone be denied the right to have a voice in shaping their own lives? Reflecting on those stories made me realize how vital voting is to remain a free nation. Voting is the foundation of democracy, ensuring that everyone is heard. It’s not just a right; it’s a responsibility. When we vote, we honor the struggles of those who fought for suffrage, whether it was the women of the early 20th century or the civil rights activists of the 1960s. These individuals risked everything to secure this fundamental freedom, and by voting, we keep their sacrifices alive. In studying history, I’ve learned about times when voting was a privilege reserved for a select few. The Constitution, as revolutionary as it was, initially granted voting rights to a narrow group: white, land-owning men. Women, African Americans, Native Americans, and countless others were excluded for generations. The 15th, 19th, and 26th Amendments marked critical steps in expanding suffrage, but the journey wasn’t easy. Imagine living in a time when people had to pass literacy tests or pay poll taxes just to cast a ballot. It’s a stark reminder of the importance of protecting the right to vote. Last year, I experienced the power of voting firsthand when volunteering at a local voter registration drive. At first, I wasn’t sure how many people would stop by, but the turnout amazed me. One elderly woman shared how she had been unable to vote as a young girl in the South because of Jim Crow laws. Her smile as she registered brought home just how far we’ve come—and how far we still have to go. The experience taught me that voting isn’t just a civic duty; it’s a way of giving hope and representation to those who feel unheard. To me, the Constitution embodies the promise of a nation that strives for equality, even if it doesn’t always achieve it right away. It’s a living document that grows with us, challenging us to do better and include more voices in the democratic process. The preamble’s words, “We the People,” remind me that this country belongs to all of us, not just those in power. Good citizenship requires us to care about more than our individual needs; it’s about contributing to the collective good. By voting, we ensure that democracy thrives through our voices. Whether we’re stepping into a polling booth or encouraging others to register, every action counts. We honor the struggles of those who came before us and ensure that future generations inherit the same freedoms we enjoy today.