Giving back, to me, means creating access—opening doors for others that were once difficult for me to find. My journey as an immigrant student moving between India and the United States has shown me how unequal that access can be, particularly in STEM education. These experiences have shaped not only how I give back today but also how I plan to positively impact the world in the future. Women of color face significant challenges in pursuing higher education, particularly in STEM fields. These obstacles often stem from systemic barriers such as limited access to research opportunities, lack of mentorship, and under-representation in academia. In my junior year, I moved from India to the USA due to my father's job relocation. I joined Scientella and participated in a research project on cardiovascular genomics. That experience gave me my first real taste of scientific inquiry beyond the classroom. I was amazed by how access to mentorship and structured research could expand a student's confidence and potential. Yet, I couldn’t stop thinking about the girls I knew back in Pune, India who were just as capable but with far fewer resources. That’s when I decided to act. I pitched the idea of bringing Scientella to India. With the support of my former teachers and the organization’s co-founder, I launched a virtual chapter for Indian students, particularly girls in underrepresented schools. I led weekly sessions on research skills, introduced students to credible scientific methods, and mentored them through their own projects. What started with 11 students has now grown to 57—all passionate about STEM and many preparing to present their work to international audiences. Currently, I lead the India chapter of Scientella, a nonprofit that provides research and consulting opportunities to high school students interested in STEM. Giving back through education has shown me how powerful belief and mentorship can be. It’s not just about sharing knowledge; it’s about making someone feel seen and capable. That sense of empowerment is contagious, and I plan to carry it into every stage of my career. Looking ahead, I plan to pursue a career in neuroscience, with a focus on mental health equity. I want to investigate how untreated emotional and psychological conditions—often ignored in under-resourced communities—impact physical well-being. Whether through clinical research, public policy, or direct patient care, I want to dismantle the stigma around mental health and ensure that science is used to serve everyone, not just those with privilege. At the same time, I hope to continue mentoring girls in STEM, expanding Scientella chapters globally and advocating for inclusive research opportunities in schools. I believe that when young women see themselves represented in scientific spaces, they not only envision new futures for themselves, they redefine what is possible for others too. My vision for the future is rooted in equity, education, and empathy. By combining research with outreach, science with storytelling, and passion with policy, I aim to make a tangible difference in people’s lives—especially those who are most often overlooked. Giving back has never been a side mission for me. It is the heart of my journey, and the fuel for my future. I give back because I know what it feels like to almost miss an opportunity—and I’m determined to be the reason someone else doesn’t.

Some stories are not passed down—they are lived in front of you, every day, with quiet strength. My family’s story is one of persistence, compassion, and service. Growing up, I did not always understand the weight of those values. But over time, they became the framework through which I began to see the world—and myself. I was born in Minnesota, but due to my father’s job, we moved frequently between India and the United States. From an early age, I learned how to adapt to new environments, educational systems, and communities. Each move brought its own challenges—language barriers, social reintegration, and academic gaps. When we returned to India for my 9th and 10th grades, I began to see my country not just as a place of personal history, but one of deep contrasts. In my classrooms in Pune, I noticed the lack of research exposure, especially for girls. There was intelligence and curiosity, but few opportunities to explore them. It planted a seed that would later define much of my high school journey. My grandfather has been a quiet but enduring force in my life. A rural physician in India, he still practices medicine in his seventies. His patients often pay little or nothing, but he never turns them away. Medicine, for him, is not just a job—it is a calling. As a child, I was fascinated by his daily rituals, his worn stethoscope, and his stories. But what stayed with me most was his unshakable belief that dignity should never be denied by poverty. That belief became mine, too. At thirteen, I stumbled upon an article on neuroplasticity, the brain’s ability to change and heal. Something clicked. I became captivated by the complexity of the human brain—how trauma, environment, and biology intertwine to shape our thoughts and actions. The more I read, the more I realized how misunderstood and stigmatized mental health still is, especially in communities like mine. Even my grandfather, despite his compassion, often spoke of mental illness with the cultural hesitation I saw echoed in neighbors, teachers, and peers. I wanted to change that. After moving to the U.S. again for 11th grade, I joined a STEM nonprofit called Scientella and began working on a research project in cardiovascular genomics. The opportunity was eye-opening—but it also reminded me of what girls back in India lacked. So, I proposed and launched Scientella’s India chapter. Starting with just 11 girls, I led research mentorship sessions, introduced them to scientific methods, and guided them in presenting their findings. Today, our chapter includes 57 students. Watching them gain confidence reminded me that access is not just about information—it is about belief. Belief that your ideas matter, and your voice belongs. My family’s story—one of resilience, mobility, and compassion—shaped my decision to pursue a career in neuroscience with a focus on mental health equity. I want to bridge the gap between scientific discovery and community outreach, especially in under-served populations. Whether through research, medicine, or policy, I aim to make science a tool of healing, not just knowledge. My parents taught me to persevere through instability. My grandfather taught me that serving others is the highest purpose. These values guide every step I take. And one day, I hope to stand as an example for someone else—proof that your story, no matter how winding, can become your strength.

When I first learned about the concept of neuroplasticity at thirteen—the brain’s ability to adapt and heal—I was struck not only by the science but by the hope embedded within it. That single concept opened the door to a passion that has only deepened over time. Today, as I prepare to study Neurobiology, Physiology, and Behavior at UC Davis, my goals are grounded in a desire to bring that same sense of hope to others—especially those who face systemic barriers to healthcare and education. My future begins with becoming a neuroscientist or physician who works at the intersection of brain science and mental health equity. I plan to explore how untreated mental and emotional health issues affect physical well-being, particularly in underserved and immigrant communities, where stigma and lack of access continue to prevent timely diagnosis and treatment. In the short term, I plan to engage in neuroscience research at UC Davis while pursuing clinical certifications and volunteering in community health settings. I’m especially interested in participating in mentorship programs and health advocacy initiatives that prioritize inclusive, culturally informed care. This path is more than just a career—it’s a mission informed by experience. My family’s frequent relocations between India and the United States due to my father’s job exposed me to vast differences in access to medical care and STEM education. Growing up in a financially limited household, I saw how difficult it was for families like mine to afford specialized care, therapy, or even basic consultations. Watching my grandfather serve as a compassionate physician in rural India, never turning away a patient who could not pay has shaped my understanding of what healthcare should be: a right, not a privilege. These personal experiences inspired me to take action early. After joining Scientella, a student-led nonprofit providing consulting and research opportunities, I proposed launching its first international chapter in India. There, I taught research and data literacy to girls who had never been exposed to STEM careers. The chapter grew from 11 to 57 students in just a few months. I also participated in a bioinformatics project with Illumina, conducted research at the Bethel College summer neuroscience internship, and am currently working toward publishing my first neuroscience paper. Each of these opportunities has confirmed my commitment to research and my belief that science, when made accessible, can drive global change. Looking ahead, I hope to combine clinical work with research to improve how we diagnose and treat mental health conditions with neurological roots. I plan to earn an MD or PhD, focusing on neuropsychiatry, and work in both academic and clinical settings to bridge the gap between lab discoveries and patient care. Long term, I want to influence policy and education, ensuring that mental health is integrated into primary care and that youth—especially from underrepresented backgrounds—are given early access to research experiences that can shape their futures. Growing up in a low-income household with immigrant parents, I came to understand the importance of working hard and also how unfair the financial systems can be. My family income fluctuates due to constant shifting. This scholarship would ease the financial burden on my family and allow me to pursue these goals without compromising on opportunities for learning and service. It would support my participation in unpaid research, clinical training, and mentorship programs, and enable me to continue expanding Scientella chapters in communities that need them most. More than financial assistance, this scholarship would be a vote of confidence in my commitment to making healthcare more inclusive, equitable, and compassionate. It is the fuel for my aspirations.

When I first heard the term “bioinformatics,” I was intrigued. The fusion of biology, computer science, and data analysis opened up an entirely new way of thinking—one where patterns in genetic sequences could explain diseases, and algorithms could save lives. That realization came into full focus during a six-week research consulting project I completed through Scientella, a nonprofit dedicated to giving high school students access to real-world STEM research experiences. Our project, conducted in partnership with Illumina, a leader in genomics, focused on analyzing genetic variations linked to cardiovascular disease. It was my first direct exposure to bioinformatics—and it completely changed how I saw the future of medicine. During the project, I learned how to interpret genetic data, compare sequencing results, and draw conclusions using both scientific databases and coding tools. Working alongside a diverse team of high school students from across the globe, I discovered the collaborative nature of bioinformatics and the importance of clear communication when navigating complex datasets. I also realized that bioinformatics is not just about solving theoretical problems—it has immediate, tangible implications for patient care, diagnostics, and treatment customization. The experience sharpened my analytical skills, but it also sparked a passion to go deeper. That passion has since shaped both my academic and extracurricular journey. After the project, I proposed launching an India chapter of Scientella, where I could bring similar research opportunities to girls who lacked access to scientific mentorship and resources. Many of them, like me just a year prior, had never even heard of bioinformatics. We began with 11 students and soon grew to 57, introducing them to fundamental research techniques, literature reviews, and even introductory data analysis. In doing so, I realized another dimension to bioinformatics: its potential to serve as an equalizer in STEM education. When taught with intention, it empowers students from underrepresented communities to participate in high-level science early on—helping them visualize themselves as future innovators. I also attended the Bethel College summer neuroscience internship, where I explored the intersection between neuroscience and data by studying how music impacts emotion regulation. Though the project wasn’t strictly bioinformatics, it involved parsing large sets of psychological survey data and identifying trends, further reinforcing my interest in combining data science with biology to address real human problems. As I begin my undergraduate journey at UC Davis, majoring in Neurobiology, Physiology, and Behavior, I plan to continue building on this foundation. My goals are threefold. First, I want to gain a deeper understanding of how bioinformatics can be applied to neurological diseases, especially in predicting the onset of conditions like Alzheimer’s and Parkinson’s. Second, I plan to pursue certifications and research opportunities that allow me to master the technical aspects of computational biology. Finally, I want to use my platform to increase access to STEM education for girls in underrepresented communities, especially in India and Southeast Asia. Bioinformatics is more than a field to me. It is the future of equitable, personalized healthcare. It sits at the crossroads of curiosity, compassion, and computation. Through my continued research, advocacy, and education, I hope to contribute to a world where science is not only smarter, but more inclusive.

I was thirteen when I first came across the concept of neuroplasticity—the brain’s ability to rewire and heal itself. It was a short article I found online, but the idea gripped me completely. I didn’t fully understand the science then, but I knew one thing: the brain held the secrets not just to memory and movement, but to who we are. That quiet moment of curiosity grew into a deep passion. Today, as I stand on the threshold of a future in medicine, I carry with me that same wonder, now shaped by lived experience, adversity, and an unwavering drive to serve. Born in Minnesota but raised between India and the U.S. due to my father’s job, I’ve experienced the complexities of transition firsthand. Each move brought cultural shifts, educational gaps, and financial instability. In India, science education focused heavily on memorization. Research, mentorship, and experimentation were luxuries—especially for girls. When I moved to the U.S. in high school, I was overwhelmed by the academic rigor, but I also discovered what access to opportunity could look like. I joined Scientella, a student-led nonprofit offering research consulting experiences, and led a genomics project on cardiovascular disease. It was exhilarating. But it also left me thinking about the girls I had studied alongside in India—equally bright, but without the same opportunities. That question—how do we ensure equity in access to education and healthcare?—became central to my goals. I decided to act. I returned to my former school in Pune and proposed a new initiative: a Scientella India chapter that would teach research skills to high school girls. I worked with my former teachers and U.S. mentors to design workshops on how to structure hypotheses, conduct literature reviews, and present findings. We began with 11 students. Within a few months, we had 57. Watching these girls develop their voices as researchers reminded me that change doesn’t have to start big—it has to start somewhere. I have also pursued my own medical growth by attending the Bethel College summer neuroscience internship, where I researched music and emotion regulation, and I am currently working on publishing my first neuroscience paper. My long-term goal is to become a physician focused on neuropsychiatry and mental health equity. I plan to investigate the biological roots of mental illness, reduce stigma—especially in under-served and immigrant communities—and make healthcare more culturally responsive and integrative. At UC Davis, where I will study Neurobiology, Physiology, and Behavior, I aim to deepen this mission. I plan to earn clinical certifications, join research labs, and participate in public health outreach. I want to engage not just in discovery, but in dialogue—with patients, with policymakers, and with communities. My career in medicine will be grounded not just in treating illness, but in expanding access, rebuilding trust, and transforming systems that have historically excluded vulnerable populations. I carry with me the lessons of my grandfather, a physician in rural India who never turned away a patient who couldn’t pay. His belief in the dignity of every person is my compass. Like him, I want to practice medicine that heals not just the body, but the person. This is more than a career. It’s a calling.

Life, I’ve learned, doesn’t offer the luxury of stillness. It moves, shifts, and sometimes knocks you off balance without warning. Over the past two years, I’ve lived through two international relocations—first from Pune, India to Charlotte, North Carolina, and then again to California. Each move brought disruption: new schools, unfamiliar expectations, financial strain, and the overwhelming pressure of rebuilding everything from scratch. And yet, in the face of this instability, I found resilience not in perfection, but in persistence. When I moved to the U.S. in my junior year, I faced one of the steepest academic learning curves of my life. I had to catch up on AP-level classes that students here began in 9th and 10th grade, all while adjusting to a different curriculum and academic culture. I enrolled in the most rigorous courses available AP Biology, AP Calculus, AP Chemistry, AP Physics, dual-enrollment college trigonometry not because I was confident, but because I refused to let my circumstances limit me. I often struggled with anxiety and self-doubt, especially when balancing coursework with a mid-semester move across the country. But in the process, I discovered that resilience doesn’t always look like straight A’s or perfect grades—it looks like showing up anyway, asking for help, and turning setbacks into fuel. That same drive to overcome adversity is what shaped my work within my community, particularly for girls in STEM. During my 9th and 10th grades in India, I noticed how few research opportunities were available to high school students, especially girls. When I joined Scientella—a student-led nonprofit offering real-world consulting and research experiences—I realized the contrast. In the U.S., I had immediate access to genomics projects and mentorship. In India, students were still being told to memorize facts rather than question them. Determined to change that, I proposed launching Scientella’s first international chapter. I collaborated with my former science teachers and the organization’s leadership to host guided research sessions for Indian high school girls. We taught everything from literature review techniques to designing surveys and analyzing data. What began as a small group of 11 students soon grew to 57. For many of them, this was the first time they saw themselves as scientists and not just students. Their excitement, their questions, their courage to present to global audiences, all of it reminded me why creating access matters. At the same time, I pursued opportunities to grow as a researcher myself. I attended the Bethel College summer neuroscience internship, where I explored how music affects emotion regulation in adolescents, and I am currently working on publishing my first research paper. I also led STEM consulting projects with companies like Illumina and Microsoft, applying scientific inquiry to real-world issues in healthcare and technology. These experiences helped me grow my skills and, more importantly, reaffirmed my belief that science is not just about discovery—it’s about impact. My journey has been anything but linear, but that is exactly what has made it meaningful. I’ve learned that hardship doesn’t define you—how you rise from it does. And I’ve chosen to rise by reaching back, creating opportunities for others, and refusing to shrink in the face of difficulty. If success is measured by resilience and impact, then I am proud of what I’ve built so far—not just for myself, but for the communities I care about. And I am just getting started.

Some dreams arrive quietly and take root before you even realize it. Mine began at thirteen, when I first read about the brain’s plasticity—the incredible ability of our minds to adapt, heal, and grow. I was fascinated not only by what the brain could do, but by how much remains unknown. From that moment, a quiet but powerful calling took hold: to become a neuroscientist, not just to unravel the mysteries of the brain, but to use that knowledge to serve others and uplift lives. At seventeen, my path isn’t fully laid out, but the passion driving me is unmistakable and deeply rooted. Over the years, this aspiration has only grown stronger. I once told myself to dream smaller, to set modest goals I could reach and show for, but those dreams never felt big enough. This dream defines my worth—it’s the constant, intense desire that grounds me. Every opportunity I’ve pursued—from internships to outreach projects—has been driven by this passion. The more I learn, the more I feel this calling, this sense that neuroscience is not just a career path, but my purpose. Although I was born in Minnesota, my early life was marked by frequent relocations between the United States and India due to my father’s job. These transitions uprooted me repeatedly—shifting school systems, languages, expectations, and social circles. Each move brought emotional and financial instability, as my family constantly had to rebuild, rent new homes, and adapt to unfamiliar environments. In India, I often studied in classrooms with limited resources, and in the U.S., I had to enroll in advanced coursework just to keep pace with my peers. The academic whiplash was real, and I often suffered from anxiety and overwhelming self-doubt. Yet with each transition, I chose to see not just loss, but resilience. These relocations—though exhausting—made me adaptable, empathetic, and determined to find opportunity in unlikely places. Financially, these moves strained us. My father’s income fluctuated and often barely covered essentials. College savings were never an option. Even now, tuition, housing, and textbooks feel like insurmountable costs. During our most recent move—from Charlotte, North Carolina, to California—I was in the middle of a college-level trigonometry course. Completing assignments while moving cross-country, living out of suitcases, and adjusting to new Wi-Fi networks made it difficult to perform at my best. Still, I finished every task and advocated for myself when challenges arose. That summer taught me grit in action and reminded me that progress is still progress, even when it’s hard-won. My greatest influence has been my grandfather, a rural physician in India. At seventy-seven, he still works long hours, seeing patients who cannot afford even the most basic care. He never turns them away. He heals not just with medicine but with compassion. He was the first person I shared neuroscience articles with as a teenager. Our bond—nurtured through long-distance calls and handwritten letters—reminded me that medicine is not just about treating illness, but about affirming dignity. His example instilled in me a deep belief that science must serve humanity, especially those pushed to the margins. That belief shaped everything that followed. In the U.S., I joined Scientella, a student-led nonprofit providing research and consulting opportunities in STEM. I participated in a project on cardiovascular genomics and discovered what it meant to collaborate, ask questions, and explore solutions beyond textbook theory. But it also made me painfully aware of what I had lacked in India: access, mentorship, and opportunity. I wanted to change that for others. With support from my science teachers and Scientella’s co-founder, I launched a chapter in India to guide high school girls through their first research projects. We started with 11 students. I led sessions on how to form hypotheses, conduct literature reviews, and share findings. The girls thrived. Eventually, we grew to 57 students, each discovering their potential as scientists. Many of them had never imagined research could be for someone like them. Watching them present to international sponsors was a transformative moment—for them and for me. I realized that empowering others through education is one of the most powerful things you can do. At UC Davis, I plan to major in Neurobiology, Physiology, and Behavior, and join the university’s robust network of research and mentorship programs. I’m excited to pursue neuroscience in a hands-on environment where science and service are deeply connected. UC Davis’s emphasis on undergraduate research and community outreach aligns perfectly with my goals. I plan to participate in the Mentorships for Undergraduate Researchers in Agriculture, Letters and Science (MURALS) program and earn certifications through clinical volunteer work in partnership with local hospitals. These experiences will prepare me for a research or pre-medical path focused on mental health equity, especially for underrepresented communities. My long-term goal is to explore the biological roots of mental illness and advocate for treatment that is both scientifically effective and culturally sensitive. In many communities—including those I’ve lived in—mental health remains taboo. Emotional distress is either dismissed or misdiagnosed, leading to worsening physical health outcomes. I want to change that. I plan to bridge neuroscience research with public health policy, advocating for inclusive care models that recognize the intricate connection between mind and body. This scholarship would relieve the financial pressure that shadows every step of my college journey. It would allow me to focus on deepening my studies, earning clinical certifications, and expanding outreach efforts like Scientella into more underrepresented regions. More importantly, it would be a tangible affirmation that my story—my setbacks, my resilience, and my hopes—matter. It is more than just financial support. It’s a belief in my ability to build something lasting: a career that blends compassion with discovery, science with justice. With your help, I will continue the work my grandfather began—only now through the lens of the brain, mental wellness, and the science that connects us all.

I have always been drawn to what makes us feel. Not just the biology of emotion, but the silence around it—the moments when people hesitate to admit that something is wrong because culture or fear tells them not to. Growing up between Minnesota and India due to my father’s frequent job relocations, I saw how mental health was treated very differently in both places—ignored in one, whispered in the other. My grandfather, a physician in rural India, often spoke of how patients preferred herbal remedies to medically prescribed treatments. While he respected cultural traditions, he struggled with how mental and emotional health were often neglected completely. Watching him care for patients with limited resources and no mental health support left a lasting impression. It was the first time I understood that medicine was not just about curing disease—it was about restoring dignity. When I entered high school, I developed a fascination with neuroscience. I was thirteen when I began reading scientific papers for fun, fascinated by how the brain regulates emotion, perception, and memory. But it wasn’t until my move to the United States in junior year that I saw an opportunity to turn that passion into action. Adjusting to a new education system was difficult—different teaching methods, unfamiliar grading scales, and the pressure of college looming. I experienced anxiety for the first time and realized how little we talk about emotional well-being, even in “advanced” systems. At my new school, I joined Scientella, a student-run nonprofit focused on research access for high schoolers. While working on a genomics project, I discovered just how important inclusive education could be—not just academically, but emotionally. I remembered my own past in India, where girls rarely got to participate in research, and how the lack of mentorship could limit a student’s confidence. With the help of my teachers, I launched a Scientella chapter in India and mentored 57 girls through workshops on conducting research and presenting data. Over time, it became about more than science—it became a space for sharing emotions, building trust, and supporting each other. This experience cemented my commitment to studying Neurobiology, Physiology, and Behavior at UC Davis. I want to work at the intersection of neuroscience and advocacy, exploring how untreated emotional disorders affect physical health and pushing for mental health care that is not only accessible but inclusive and culturally competent. I hope to conduct research that makes its way into clinics and policy, and I plan to continue creating mentorship networks that give underrepresented voices a chance to be heard. Mental health is deeply personal to me—not just as a student or aspiring scientist, but as someone who has seen how silence around it can damage lives. I want to break that silence, build inclusive systems of care, and help others do the same. This is not just a career path. It is my purpose.

The sun was setting on a dusty playground in Pune, India, as I stood in front of a small group of younger girls, trying to explain what a hypothesis meant. We didn’t have a lab, fancy equipment, or even a whiteboard, but we had curiosity. That moment—surrounded by eager faces and endless questions—was when I first realized the power of access. Even without privilege or resources, the drive to learn was there. I just had to find a way to open the door wider. Although I was born in Minnesota, my early years were shaped by frequent relocations between the U.S. and India due to my father’s job. These transitions taught me early on to adapt to new environments, cultures, and school systems, even when it felt unsettling or unfamiliar. As a girl interested in science, I quickly became aware of the barriers that exist in STEM, especially for those from marginalized communities. These challenges became even more evident when my family relocated once again, this time permanently, to the United States before my junior year. Starting over in a new academic system was daunting, but it also gave me my first opportunity to engage in real-world scientific research. I joined Scientella, a student-led nonprofit that creates consulting and research experiences for high school students. I signed up for a six-week cardiovascular genomics project and found myself immersed in a world beyond textbooks. I learned to analyze data, think critically, and collaborate with students from across the country. It was thrilling—but also deeply humbling. I knew that back in India, many students like the girls I once mentored would never have access to such experiences. Women of color face significant challenges in pursuing higher education, particularly in STEM fields. They stem from systemic barriers such as limited access to research opportunities, lack of mentorship, and under representation in academia. Determined to bridge this gap, I proposed expanding Scientella’s reach to India. With support from my teachers and Scientella’s co-founder, I launched a new chapter focused on mentoring high school girls in research skills. We conducted virtual sessions on everything from literature reviews to interview techniques. What began with 11 students quickly grew into a thriving community of 57. For many, it was their first time seeing someone who looked like them guiding them through scientific exploration. Watching their confidence grow reinforced my belief that mentorship and access are essential to equity in education. These experiences have profoundly shaped my academic and career aspirations. I plan to major in Neurobiology, Physiology, and Behavior at UC Davis, where I will explore how the brain influences emotion, behavior, and mental health. My goal is to address the stigma surrounding mental illness in immigrant and under-served communities, drawing from both scientific research and personal experience. This scholarship would help me stay focused on these goals by reducing the financial burden of college and allowing me to dedicate more time to research, community-building, and advocacy. It would also validate the work I’ve already done and affirm my belief that young people from underrepresented backgrounds, given the right tools and support, can become the next generation of scientists, leaders, and change-makers. I know the challenges women of color face in higher education are real but not insurmountable. Through education, mentorship, and systemic inclusion efforts, we can reshape the landscape of STEM for the better. This scholarship will bring me one step closer to making that vision a reality—not just for myself, but for every student who has ever questioned whether they belong in science.

I grew up in Pune, India, in a household that was modest in size but rich in values. Education was never seen as optional. It was a quiet expectation, a form of respect, and a path toward serving others. My grandfather, a rural doctor who continues to practice medicine at the age of seventy-seven, taught me that science could be deeply human and profoundly healing. He never wore his title as a symbol of status, but rather treated it as a promise to the people who walked miles to reach his small clinic. As a child, I admired him for his dedication. As I grew older, I began to understand the depth of his purpose. Watching him care for patients with limited tools and no luxury of technology, I came to believe that knowledge carries with it a responsibility to uplift, to protect, and to bring hope. My father, an engineer, inherited that same ethic of service. Over the past two years, he has moved our family three times. First, we relocated from India to North Carolina, and then again to California. Each move was made with love and the intention to give me better opportunities. However, these transitions also meant leaving behind familiarity, friends, and the sense of belonging I had spent years building. In India, I knew who I was. I thrived academically, held leadership positions, and felt grounded. Suddenly, in the United States, I was a high school junior trying to adapt to a system that did not recognize many of my previous courses. To stay competitive, I enrolled in an intense schedule filled with advanced STEM classes while also navigating cultural adjustments and emotional displacement. There were moments when the pressure became overwhelming. I struggled with anxiety and self-doubt. I remember breaking down in the school library, wondering if the sacrifices my parents had made were worth the weight I now carried. It was during one of these low points that I realized something essential. If I wanted to grow and thrive, I had to care for my mental and emotional health. I began journaling regularly, reached out to a school counselor, and gave myself permission to rest when I needed it. I started to speak openly about mental health, even though I came from a culture where such conversations are often silenced or stigmatized. That turning point sparked new growth. I took what I had learned and used it to empower others. I launched the India chapter of Scientella, a STEM nonprofit that offers research and mentorship opportunities for girls. I wanted to create the access and support that I had once struggled to find. Through this work, I saw how mentorship and representation could reshape confidence and redefine what is possible for young women in science. Choosing to major in Neurobiology, Physiology, and Behavior at University of California - Davis is an extension of this journey. My interest in the brain began as curiosity, but it has grown into a mission. I want to understand how the brain shapes identity, emotion, and healing. My goal is to combine research and advocacy to reduce the stigma around mental illness, especially within immigrant and under served communities. As a South Asian immigrant, I have learned that resilience is more than enduring hardship. It is the ability to transform pain into purpose and isolation into empathy. I carry with me the strength of my grandfather’s wisdom, my parents’ sacrifices, and my own journey across countries and classrooms. Every step I take now honors the past and prepares me to serve others with heart, humility, and hope.

In the span of twelve months, I moved from Pune, India to Charlotte, North Carolina, and then once again to California. These transitions were not only geographic but also deeply academic and emotional. Adapting to vastly different education systems across continents, I quickly realized that the curriculum I had followed in India did not align with the standards and expectations in the United States. To stay on track for college, I had to enroll in a full schedule of rigorous courses, many of which students in the U.S. typically complete during their ninth and tenth grade years. I knew that relocating to a new country should feel exciting. The idea of starting fresh in a new place carried the promise of adventure. However, the reality of school life in the United States stood in complete contrast to what I had known. The differences were not just academic; they were cultural, social, and emotional. I went from a structured, exam-based system in India to a dynamic, discussion-driven environment where students had already spent years building foundational knowledge I was expected to know. I felt like I had stepped into the middle of a race that had already begun without me, and I was sprinting just to catch up. I found myself immersed in advanced STEM classes, AP courses, and unfamiliar extracurriculars, all while trying to adjust to new grading systems and teaching styles. Because junior year is often considered the most critical academic year for college admissions, I placed immense pressure on myself to maintain a high GPA. Every quiz, exam, and assignment began to feel like it would determine my entire future. Beneath my determination to succeed, I wrestled with constant self-doubt. I questioned whether I was too far behind and whether I would ever truly catch up. These overwhelming thoughts eventually developed into anxiety. I began to obsess over every answer I gave in class, overanalyze my writing, and sleep less in an attempt to stay ahead. I was afraid to ask for help, fearing it would be seen as weakness or incompetence. I became emotionally depleted, no longer feeling curious. I was trying to survive everyday. Eventually, I reached a breaking point that forced me to reevaluate everything. I made the intentional decision to prioritize my mental and emotional well-being. I sought out support from a school counselor and began journaling, which helped me process the feelings I had been ignoring. I gave myself permission to slow down when needed and stopped equating self-worth with academic performance. I also started practicing mindfulness and reconnected with my love for learning, rather than seeing education solely as a means to an end. When my family relocated again, this time from Charlotte to California, I approached the change with a new mindset. I no longer tried to do everything at once. Instead, I focused on building a healthy routine, seeking small sources of stability like walking to the library or finding a peaceful study spot. I continued mentoring girls in STEM through Scientella, a nonprofit I helped expand to India. Supporting others reminded me that growth is not always linear and that setbacks can become fuel for transformation. This experience taught me that academic success must be built on a strong foundation of mental and emotional health. As I pursue a degree in neuroscience, I carry this lesson forward. I want to be part of a movement that treats mental well-being with the same urgency and care as physical health. Choosing to prioritize my mental health did not set me back. It helped me move forward with clarity, confidence, and resilience.

Growing up in India, I was raised in a community where tradition often dictated ambition, especially for girls. Yet within that framework, I was fortunate to have a grandfather who defied expectations. As a rural physician, he modeled compassion, resilience, and purpose. Watching him treat patients in underserved areas, I learned that science and service are not separate paths. This foundation, combined with my identity as a young woman of color navigating both Indian and American cultures, has shaped how I see the world. I now view it not as a fixed structure but as something that can be questioned, challenged, and reshaped through access, empathy, and advocacy. When I moved to the United States during high school, I experienced both privilege and invisibility. Joining a STEM nonprofit called Scientella gave me the tools to bridge that gap. I expanded its reach back to India by mentoring girls who, like me, were once unsure if they belonged in science or had the right to lead. My identity is now inseparable from my purpose. I see myself as someone who understands both scarcity and opportunity, tradition and change, silence and voice. These experiences have deepened my commitment to neuroscience, where I hope to challenge stigma surrounding mental health in overlooked communities. My identity does not limit my vision; instead, it fuels it. It compels me to question norms, build connections, and contribute to a more inclusive and compassionate future through science and education.

Growing up in a Marathi family that moved from India to North Carolina and then to California, I’ve had to rebuild my sense of community multiple times. Throughout these changes, books became my constant—my refuge and my guide. From reading The Man Who Mistook His Wife for a Hat by Oliver Sacks to When Breath Becomes Air by Paul Kalanithi, I was drawn to stories that blended neuroscience with human emotion. These books didn’t just inform me; they reshaped my goals. I realized that I wanted to be more than a student of science—I wanted to understand the soul behind the brain, and use that knowledge to bring healing and empathy into healthcare. This passion led me to pursue hands-on experiences in neuroscience, including a student research project through the Youth Neuroscience Association of Charlotte, where I investigated Alzheimer’s disease and explored how sad music can activate emotional empathy. As someone who also experienced loneliness after moving away from my closest friends in India, I deeply resonated with the therapeutic power of music and memory. I plan to major in Neurobiology, Physiology, and Behavior at UC Davis and eventually work in neurological rehabilitation, where I can integrate science and compassion to support patients and their families. My commitment to community has taken many forms. In India, I led a children’s committee to transform an unused plot into a safe playfield, rallying neighbors, raising funds, and working with the council to install safety nets. In the U.S., I founded new chapters of Scientella, a student-led nonprofit that empowers high school girls to explore STEM. Through workshops and mentorship, I’ve tried to create the support system I once longed for. Mentorship has been crucial in my life. When I joined a consulting program for ResMed in high school, I was overwhelmed by the scientific jargon and data analysis. But my team leader saw potential in me and took the time to guide me through. Her encouragement taught me that mentorship isn’t about having all the answers—it’s about listening, guiding, and believing in someone. That experience inspired me to become a mentor myself, especially to younger girls navigating the intimidating world of STEM. Of course, my journey hasn’t been without failure. Last summer, due to an unexpected move from North Carolina to California, I struggled to complete a dual enrollment trigonometry course. I received a C—not for lack of effort, but because of missed deadlines during the transition. It was a humbling reminder that intention doesn’t always protect you from setbacks. Still, it taught me to advocate for myself, communicate with professors, and adapt under pressure—skills I now carry with confidence. I am proud of my roots, my curiosity, and my resilience. Whether it’s through neuroscience, service, or mentoring, I aim to be the kind of person who leaves places better than I found them—one brain, one girl, one idea at a time.

The sun was setting on a dusty playground in Pune, India, as I stood in front of a small group of younger girls, trying to explain what a hypothesis meant. We didn’t have a lab, fancy equipment, but we had curiosity. That moment, surrounded by eager faces and endless questions, was when I first realized the power of access. If given even a sliver of opportunity, these girls could do so much more. Women of color face significant challenges in pursuing higher education, particularly in STEM fields. These obstacles often stem from systemic barriers such as limited access to research opportunities, lack of mentorship, and under representation in academia. In my junior year, I moved from India to the USA due to my father's job relocation. As I started my academic year, I immediately got the opportunity to join Scientella, a non-profit organization that provides student consulting and research opportunities. I eagerly signed up for a six-week project on cardiovascular genomics, where I learned to navigate research beyond simple online searches. This experience sharpened my analytical skills and allowed me to explore real-world scientific applications. However, it also made me realize the educational disparities that exist for women of color, especially in underprivileged regions. While I had the opportunity to engage in research in the U.S., similar platforms were unavailable during my 9th and 10th grades in India. I recognized how a lack of early exposure to research and mentorship can deter young women from pursuing higher education in STEM. Determined to address this gap, I pitched the idea of expanding Scientella's reach to India. In collaboration with my science teachers and the co-founder of Scientella, I launched research sessions for high school girls. These sessions provided guidance on conducting research effectively, gathering credible information, and presenting findings. I encouraged participants to explore diverse research methods, from literature reviews to interviews and surveys. What started as a small initiative with 11 students grew into a thriving chapter with 57 girls, all eager to explore STEM fields. Through this initiative, I witnessed the power of representation and mentorship. Many girls in the India chapter had never envisioned themselves in research-oriented careers. By providing structured guidance and a supportive network, I helped them gain the confidence to pursue STEM opportunities. Seeing these students present their research to sponsors worldwide reinforced my belief that creating access to mentorship and research opportunities can dismantle systemic barriers that women of color face in higher education. My experiences in Scientella have shown me firsthand how these challenges manifest and, more importantly, how they can be addressed through education, mentorship, and community-building. I plan to expand my impact by continuing to mentor young women of color in STEM. I aim to establish additional Scientella chapters in underrepresented communities, ensuring that more girls gain exposure to early research opportunities. Beyond Scientella, I aim to carry this mission into my academic and professional journey. At the University of California - Davis as a Neurobiology, Physiology & Behaviour major, I plan to engage in mentorship programs, advocate for diversity in STEM, and work toward policies that promote equal opportunities for women of color. By combining my passion for research with a commitment to inclusivity, I hope to break barriers for future generations of women in STEM. The challenges women of color face in higher education are real but not insurmountable. Through mentorship, advocacy, and expanded access to resources, I believe we can reshape the landscape of STEM education and create a future where every aspiring scientist, regardless of background, has the opportunity to succeed.

Some dreams arrive quietly and take root before you even know it. Mine began at age thirteen, when I stumbled across an article about the brain’s plasticity. I was captivated by how our minds adapt, heal, and grow and even more amazed that we still have so much left to discover. From that moment, I felt a spark, a quiet but powerful calling to become a neuroscientist. Not just to explore the mysteries of the brain, but to use that knowledge to serve others and bring hope. My educational journey has been shaped by frequent moves, as my father’s job required our family to relocate between India and the USA nearly every year. Each move meant adjusting to new schools, new friends, and new routines. The uncertainty was hard and sometimes lonely, but it also taught me to be adaptable and resilient. I learned how to find strength in change and to keep my focus even when everything around me was shifting. Despite these challenges, I maintained a competitive GPA of 3.8 by cultivating problem-solving skills and a determination to succeed. Growing up in a low-income household with immigrant parents, I have lived firsthand the strain of financial instability. Our family income fluctuates because of the constant moves and the difficulty of steady work, making it tough to plan for the future. The cost of education is a mountain my family cannot climb alone. These financial worries pull my attention away from my studies and dreams. Relationships have always been my anchor. My grandfather, a physician in rural India, refuses to take money from poor patients, treating everyone with dignity and care no matter their means. His humility and kindness inspire me daily. Our bond formed through quiet moments—letters exchanged, stories shared, and his patient guidance. He has taught me that knowledge holds its greatest power when it is used to uplift others. I’ve tried to live by this lesson through my work with Scientella, a nonprofit that empowers high school girls in STEM. After experiencing research opportunities in the U.S., I realized how rare those chances were for girls like me when I lived in India. So I took a leap and launched Scientella’s India chapter. What started as a group of eleven eager girls grew to fifty-seven, all hungry to learn and explore. I guided them through research techniques encouraging deeper thinking instead of surface answers. Watching these young women present their projects to international sponsors was a proud moment. This work expanded into global consulting projects with companies like Illumina and Microsoft, connecting students from Turkey, Egypt, Pakistan, and beyond. It showed me how science builds bridges across borders, creating communities that transcend differences. This scholarship is more than just financial aid; it is an investment in my potential to give back. It will not only ease the heavy financial burden on my family as I begin my neuroscience journey at UC Davis but allow me to channel my energy into both academic excellence and social impact.

The sun was setting on a dusty playground in Pune, India, as I stood in front of a small group of younger girls, trying to explain what a hypothesis meant. We didn’t have a lab, fancy equipment, but we had curiosity. That moment, surrounded by eager faces and endless questions, was when I first realized the power of access. If given even a sliver of opportunity, these girls could do so much more. I just had to find a way to open the door wider. Women of color face significant challenges in pursuing higher education, particularly in STEM fields. These obstacles often stem from systemic barriers such as limited access to research opportunities, lack of mentorship, and underrepresentation in academia. In my junior year, I moved from India to the USA due to my father's job relocation. As I started my academic year, I immediately got the opportunity to join Scientella, a non-profit organization that provides student consulting and research opportunities. I eagerly signed up for a six-week project on cardiovascular genomics, where I learned to navigate research beyond simple online searches. This experience sharpened my analytical skills and allowed me to explore real-world scientific applications. However, it also made me realize the educational disparities that exist for women, especially in underprivileged regions. While I had the opportunity to engage in research in the U.S., similar platforms were unavailable during my 9th and 10th grades in India. I recognized how a lack of early exposure to research and mentorship can deter young women from pursuing higher education in STEM. Determined to address this gap, I pitched the idea of expanding Scientella's reach to India. In collaboration with my science teachers and the co-founder of Scientella, I launched research sessions for high school girls. These sessions taught how to gather credible information and present findings. I encouraged participants to explore diverse research methods, from literature reviews to interviews & surveys. What started as a small initiative with 11 students grew into a thriving chapter with 57 girls, all eager to explore STEM fields. Through this initiative, I witnessed the transformative power of representation and mentorship. Many girls in the India chapter had never envisioned themselves in research-oriented careers. By providing structured guidance and a supportive network, I helped them gain the confidence to pursue STEM opportunities. Seeing these students present their research to sponsors worldwide reinforced my belief that creating access to mentorship and research opportunities can dismantle systemic barriers that women face in higher education. My experiences in Scientella have shown me firsthand how these challenges manifest and, more importantly, how they can be addressed through education, mentorship, and community-building. I plan to expand my impact by continuing to mentor young women in STEM. I aim to establish additional Scientella chapters in underrepresented communities, ensuring that more girls gain exposure to early research opportunities. Beyond Scientella, I aim to carry this mission into my academic and professional journey. At the University of California - Davis as a Neurobiology, Physiology & Behaviour major, I plan to engage in mentorship programs, advocate for diversity in STEM, and work toward policies that promote equal opportunities for women of color. By combining my passion for research with a commitment to inclusivity, I hope to break barriers for future generations of women in STEM. The challenges we face in higher education are real but not insurmountable. Through mentorship, advocacy, and expanded access to resources, I believe we can reshape the landscape of STEM education and create a future where every aspiring scientist, regardless of background, has the opportunity to succeed.

I chose to pursue neuroscience because of its powerful intersection of science, service, and representation. My fascination with the human brain began in fifth grade, when I was first introduced to the wonders of human biology. That early curiosity deepened during a sheep brain dissection in high school—my first opportunity to physically explore what I had only seen in textbooks. Holding the brain in my hands during that 11th-grade Human Anatomy and Physiology class, everything clicked. It was at lab table number three that I realized neuroscience wasn’t just an interest—it was my calling. I plan to specialize in neurodegenerative disease research or neurosurgery and hope to make meaningful contributions to both science and society. This passion for healthcare and community impact further took root during my summer job as a Front Desk Assistant at a rural general physician clinic in India. The clinic served patients from under-resourced villages who often lacked access to basic medical care. I helped with patient intake, translated for non-Marathi-speaking visitors, and assisted in organizing medical records. While my tasks were administrative, I witnessed firsthand the challenges faced by underserved communities—overcrowded waiting rooms, resource shortages, and long travel times just to see a doctor. It was here that I truly understood the meaning of healthcare inequality and the importance of compassionate, accessible care. That experience reinforced my desire to combine science with service and showed me how crucial empathy and cultural understanding are in medicine. In high school, I also participated in a research project with Scientella, a nonprofit offering student-led consulting opportunities. During a six-week project on cardiovascular genomics, I learned to navigate scientific literature and present research findings. Although enriching, the experience also made me aware of how uneven access to such programs can be. During my time in India for 9th and 10th grade, I noticed a lack of early research exposure and mentorship, particularly for girls. To help bridge that gap, I worked with Scientella and my school’s science department to launch a smaller initiative for girls in India, encouraging them to explore science through literature reviews and presentations. The goal was simple: make STEM research accessible and relatable, even without expensive labs or materials. At UC Davis, I will pursue a degree in Neuroscience to build a strong foundation in understanding the brain and human behavior while continuing to advocate for equity in healthcare and science education. I plan to engage in clinical volunteering, shadowing, and undergraduate research to prepare myself for medical school. Growing up in a low-income household with immigrant parents, I’ve experienced the realities of financial instability and frequent relocation. These challenges have taught me to adapt quickly, persevere through uncertainty, and remain committed to my goals. The path to becoming a neuroscientist will not be easy, but it is one I am determined to follow. This scholarship would be instrumental in helping me complete my undergraduate degree and eventually pursue a Master’s in medicine. My ultimate goal is to become a physician who not only treats physical illness but also understands the broader social factors that shape health—someone who bridges science with service, medicine with humanity, and ensures that no one is left behind, regardless of where they live or what language they speak.

I chose to pursue neuroscience because of its powerful intersection of science, service, and representation. My fascination with the human brain began in fifth grade, when I was first introduced to the wonders of human biology. That early curiosity deepened during a sheep brain dissection in high school—my first opportunity to physically explore what I had only seen in textbooks. Holding the brain in my hands during that 11th-grade Human Anatomy and Physiology class, everything clicked. It was at lab table number three that I realized neuroscience wasn’t just an interest—it was my calling. I plan to specialize in neurodegenerative disease research or neurosurgery and hope to make meaningful contributions to both science and society. This passion for healthcare and community impact further took root during my summer job as a Front Desk Assistant at a rural general physician clinic in India. The clinic served patients from under-resourced villages who often lacked access to basic medical care. I helped with patient intake, translated for non-Marathi-speaking visitors, and assisted in organizing medical records. While my tasks were administrative, I witnessed firsthand the challenges faced by underserved communities—overcrowded waiting rooms, resource shortages, and long travel times just to see a doctor. It was here that I truly understood the meaning of healthcare inequality and the importance of compassionate, accessible care. That experience reinforced my desire to combine science with service and showed me how crucial empathy and cultural understanding are in medicine. In high school, I also participated in a research project with Scientella, a nonprofit offering student-led consulting opportunities. During a six-week project on cardiovascular genomics, I learned to navigate scientific literature and present research findings. Although enriching, the experience also made me aware of how uneven access to such programs can be. During my time in India for 9th and 10th grade, I noticed a lack of early research exposure and mentorship, particularly for girls. To help bridge that gap, I worked with Scientella and my school’s science department to launch a smaller initiative for girls in India, encouraging them to explore science through literature reviews and presentations. The goal was simple: make STEM research accessible and relatable, even without expensive labs or materials. Growing up in a low-income household with immigrant parents, I’ve experienced the realities of financial instability and frequent relocation. These challenges have taught me to adapt quickly, persevere through uncertainty, and remain committed to my goals. Through every transition, my dream has remained constant: I want to become a doctor who serves with skill, compassion, and cultural sensitivity. At UC Davis, I will pursue a degree in Neuroscience to build a strong foundation in understanding the brain and human behavior. I plan to engage in clinical volunteering, shadowing, and undergraduate research to prepare myself for medical school. My ultimate goal is to become a physician who not only treats physical illness but also understands the broader social factors that shape health—someone who bridges science with service, and medicine with humanity.

The sun was setting on a dusty playground in Pune, India, as I stood in front of a small group of younger girls, trying to explain what a hypothesis meant. We didn’t have a lab, fancy equipment, but we had curiosity. That moment, surrounded by eager faces and endless questions, was when I first realized the power of access. If given even a sliver of opportunity, these girls could do so much more. I just had to find a way to open the door wider. Women of color face significant challenges in pursuing higher education, particularly in STEM fields. These obstacles often stem from systemic barriers, including limited access to research opportunities, a lack of mentorship, and underrepresentation in academia. In my junior year, I moved from India to the USA due to my father's job relocation. As I began my academic year, I immediately had the opportunity to join Scientella, a non-profit organization that offers student consulting and research opportunities. I eagerly signed up for a six-week project on cardiovascular genomics, where I learned to navigate research beyond simple online searches. This experience sharpened my analytical skills and allowed me to explore real-world scientific applications. However, it also made me realize the educational disparities that exist for women of color, especially in underprivileged regions. While I had the opportunity to engage in research in the U.S., similar platforms were unavailable during my 9th and 10th grades in India. I recognized how a lack of early exposure to research and mentorship can deter young women from pursuing higher education in STEM. Determined to address this gap, I pitched the idea of expanding Scientella's reach to India. In collaboration with my science teachers and the co-founder of Scientella, I launched research sessions for high school girls. These sessions discussed conducting research effectively, gathering credible information, and presenting findings. I encouraged participants to explore diverse research methods, from literature reviews to interviews and surveys. What started as a small initiative with 11 students grew into a thriving chapter with 57 girls, all eager to explore STEM fields. Through this initiative, I witnessed the transformative power of representation and mentorship. Many girls in the India chapter had never envisioned themselves in research-oriented careers. By providing structured guidance and a supportive network, I helped them gain the confidence to pursue STEM opportunities. Seeing these students present their research to sponsors worldwide reinforced my belief that creating access to mentorship and research opportunities can dismantle systemic barriers that women of color face in higher education. My experiences in Scientella have shown me firsthand how these challenges manifest and, more importantly, how they can be addressed through education, mentorship, and community-building. I plan to expand my impact by continuing to mentor young women of color in STEM. I aim to establish additional Scientella chapters in underrepresented communities, ensuring that more girls gain exposure to early research opportunities. Beyond Scientella, I aim to carry this mission into my academic and professional journey. At the University of California - Davis as a Neurobiology, Physiology & Behaviour major, I plan to engage in mentorship programs, advocate for diversity in STEM, and work toward policies that promote equal opportunities for women of color. I hope to break barriers for future generations of women in STEM. The challenges women of color face in higher education are real but not insurmountable. Through mentorship, advocacy, and expanded access to resources, I believe we can reshape the landscape of STEM education and create a future where every aspiring scientist, regardless of background, has the opportunity to succeed.

My name is Advika Pundlik, and I’m a seventeen-year-old high school senior from San Jose, California. I have not mapped out my entire life at 17, but each time I close my eyes, I see my future unfolding from a single, vivid point: my dream of becoming a neuroscientist. I plan to specialize in neurodegenerative disease research or neurosurgery, and I’m determined to make a meaningful contribution to the field of neuroscience. My fascination with the human brain began in fifth grade, when I was first introduced to the wonders of human biology. That curiosity deepened in high school during a sheep brain dissection—my first chance to physically explore what I had only seen in textbooks. Holding the brain in my hands, I could finally connect the anatomy to its remarkable functions. It was in that 11th-grade lab, at lab table number 3 of my Human Anatomy and Physiology class, that everything clicked. I knew then that neuroscience wasn’t just an interest—it was my calling. Whether through research in neurodegenerative diseases like Alzheimer's or neurosurgery, I wanted to dedicate my life to understanding and unlocking the mysteries of the brain. Women of color face significant challenges in pursuing higher education, particularly in STEM fields. These obstacles often stem from systemic barriers such as limited access to research opportunities, lack of mentorship, and underrepresentation in academia. In my junior year, I got the opportunity to join Scientella, a non-profit organization that provides student consulting research opportunities. I eagerly signed up for a six-week project on cardiovascular genomics, where I learned to navigate research beyond simple online searches. This experience sharpened my analytical skills and allowed me to explore real-world scientific applications. However, it made me realize the educational disparities that exist for women of color, especially in underprivileged regions. While I had the opportunity to engage in research in the U.S., similar platforms were unavailable during my 9th and 10th grades in India. I recognized how a lack of early exposure to research and mentorship can deter young women from pursuing higher education in STEM. Determined to address this gap, I pitched the idea of expanding Scientella's reach to India. In collaboration with my science teachers and the co-founder of Scientella, I launched research sessions for high school girls. I encouraged participants to explore diverse research methods, from literature reviews to interviews and surveys. What started as a small initiative with 11 students grew into a thriving chapter with 57 girls. Through this initiative, I witnessed the transformative power of representation and mentorship. Many girls in the India chapter had never envisioned themselves in research-oriented careers. I aim to carry this mission into my academic and professional journey. At the University of California - Davis as a Neurosciences major, I plan to engage in mentorship programs, advocate for diversity in STEM, and work toward policies that promote equal opportunities for women of color. By combining my passion for research with a commitment to inclusivity, I hope to break barriers for future generations of women in STEM. Growing up in a low-income household with immigrant parents, I came to understand how important it is to keep working hard through difficulties and how unfair financial systems can be. My family income fluctuates due to constant shifting. This scholarship will be integral to support my college education in completing my Bachelor's degree, and to go on further and apply for a Master's degree in medicine. It is the fuel for my aspirations of giving back to the community and bridging the gap between society and health through the aspect of neuroscience.

My name is Advika Pundlik, and I’m a seventeen-year-old high school senior from San Jose, California. I have not mapped out my entire life at 17, but each time I close my eyes, I see my future unfolding from a single, vivid point: my dream of becoming a neuroscientist. I plan to specialize in neurodegenerative disease research or neurosurgery, and I’m determined to make a meaningful contribution to the field of neuroscience. My fascination with the human brain began in fifth grade, when I was first introduced to the wonders of human biology. That curiosity deepened in high school during a sheep brain dissection—my first chance to physically explore what I had only seen in textbooks. Holding the brain in my hands, I could finally connect the anatomy to its remarkable functions. It was in that 11th-grade lab, at lab table number 3 of my Human Anatomy and Physiology class, that everything clicked. I knew then that neuroscience wasn’t just an interest—it was my calling. Whether through research in neurodegenerative diseases like Alzheimer's or neurosurgery, I wanted to dedicate my life to understanding and unlocking the mysteries of the brain. Women of color face significant challenges in pursuing higher education, particularly in STEM fields. These obstacles often stem from systemic barriers such as limited access to research opportunities, lack of mentorship, and underrepresentation in academia. In my junior year, I got the opportunity to join Scientella, a non-profit organization that provides student consulting research opportunities. I eagerly signed up for a six-week project on cardiovascular genomics, where I learned to navigate research beyond simple online searches. This experience sharpened my analytical skills and allowed me to explore real-world scientific applications. However, it made me realize the educational disparities that exist for women of color, especially in underprivileged regions. While I had the opportunity to engage in research in the U.S., similar platforms were unavailable during my 9th and 10th grades in India. I recognized how a lack of early exposure to research and mentorship can deter young women from pursuing higher education in STEM. Determined to address this gap, I pitched the idea of expanding Scientella's reach to India. In collaboration with my science teachers and the co-founder of Scientella, I launched research sessions for high school girls. I encouraged participants to explore diverse research methods, from literature reviews to interviews and surveys. What started as a small initiative with 11 students grew into a thriving chapter with 57 girls. Through this initiative, I witnessed the transformative power of representation and mentorship. Many girls in the India chapter had never envisioned themselves in research-oriented careers. I aim to carry this mission into my academic and professional journey. At the University of California - Davis as a Neurosciences major, I plan to engage in mentorship programs, advocate for diversity in STEM, and work toward policies that promote equal opportunities for women of color. By combining my passion for research with a commitment to inclusivity, I hope to break barriers for future generations of women in STEM. Growing up in a low-income household with immigrant parents, I came to understand how important it is to keep working hard through difficulties and how unfair financial systems can be. My family income fluctuates due to constant shifting. This scholarship will be integral to support my college education in completing my Bachelor's degree, and to go on further and apply for a Master's degree in medicine. It is the fuel for my aspirations of giving back to the community and bridging the gap between society and health through the aspect of neuroscience.

My name is Advika Pundlik, and I’m a seventeen-year-old high school senior from San Jose, California. I have not mapped out my entire life at 17, but each time I close my eyes, I see my future unfolding from a single, vivid point: my dream of becoming a neuroscientist. I plan to specialize in neurodegenerative disease research or neurosurgery, and I’m determined to make a meaningful contribution to the field of neuroscience. My fascination with the human brain began in fifth grade, when I was first introduced to the wonders of human biology. That curiosity deepened in high school during a sheep brain dissection—my first chance to physically explore what I had only seen in textbooks. Holding the brain in my hands, I could finally connect the anatomy to its remarkable functions. It was in that 11th-grade lab, at lab table number 3 of my Human Anatomy and Physiology class, that everything clicked. I knew then that neuroscience wasn’t just an interest—it was my calling. Whether through research in neurodegenerative diseases like Alzheimer's or neurosurgery, I wanted to dedicate my life to understanding and unlocking the mysteries of the brain. Women of color face significant challenges in pursuing higher education, particularly in STEM fields. These obstacles often stem from systemic barriers such as limited access to research opportunities, lack of mentorship, and underrepresentation in academia. In my junior year, I got the opportunity to join Scientella, a non-profit organization that provides student consulting research opportunities. I eagerly signed up for a six-week project on cardiovascular genomics, where I learned to navigate research beyond simple online searches. This experience sharpened my analytical skills and allowed me to explore real-world scientific applications. However, it made me realize the educational disparities that exist for women of color, especially in underprivileged regions. While I had the opportunity to engage in research in the U.S., similar platforms were unavailable during my 9th and 10th grades in India. I recognized how a lack of early exposure to research and mentorship can deter young women from pursuing higher education in STEM. Determined to address this gap, I pitched the idea of expanding Scientella's reach to India. In collaboration with my science teachers and the co-founder of Scientella, I launched research sessions for high school girls. I encouraged participants to explore diverse research methods, from literature reviews to interviews and surveys. What started as a small initiative with 11 students grew into a thriving chapter with 57 girls. Through this initiative, I witnessed the transformative power of representation and mentorship. Many girls in the India chapter had never envisioned themselves in research-oriented careers. I aim to carry this mission into my academic and professional journey. At the University of California - Davis as a Neurosciences major, I plan to engage in mentorship programs, advocate for diversity in STEM, and work toward policies that promote equal opportunities for women of color. By combining my passion for research with a commitment to inclusivity, I hope to break barriers for future generations of women in STEM. Growing up in a low-income household with immigrant parents, I came to understand how important it is to keep working hard through difficulties and how unfair financial systems can be. My family income fluctuates due to constant shifting. This scholarship will be integral to support my college education in completing my Bachelor's degree, and to go on further and apply for a Master's degree in medicine. It is the fuel for my aspirations of giving back to the community and bridging the gap between society and health through the aspect of neuroscience.

My name is Advika Pundlik, and I’m a seventeen-year-old high school senior from San Jose, California. I have not mapped out my entire life at 17, but each time I close my eyes, I see my future unfolding from a single, vivid point: my dream of becoming a neuroscientist. I plan to specialize in neurodegenerative disease research or neurosurgery, and I’m determined to make a meaningful contribution to the field of neuroscience. My fascination with the human brain began in fifth grade, when I was first introduced to the wonders of human biology. That curiosity deepened in high school during a sheep brain dissection—my first chance to physically explore what I had only seen in textbooks. Holding the brain in my hands, I could finally connect the anatomy to its remarkable functions. It was in that 11th-grade lab, at lab table number 3 of my Human Anatomy and Physiology class, that everything clicked. I knew then that neuroscience wasn’t just an interest—it was my calling. Whether through research in neurodegenerative diseases like Alzheimer's or neurosurgery, I wanted to dedicate my life to understanding and unlocking the mysteries of the brain. Dedicated, creative, and persistent are three adjectives I chose to describe myself. They are the pillars that help me strive toward my fullest potential. I use persistent to describe how, in each instance, when I am out of my comfort zone, I find new and better ways to rebuild ties with new communities. I have always been dedicated to my passions and the creative outlets that I enjoy. I have continued to pursue extracurricular activities that align with my career interest in neuroscience. I always strive to look for creative outlooks on situations. I use creativity to set myself apart from the crowd while pursuing activities like poetry writing that help me explore platforms apart from STEM to remain continually curious about the world around me. This mindset has been especially important throughout my life, as my journey has been shaped by frequent relocations. My father’s job required our family to move between India and the USA nearly every year. Constantly adapting to new educational systems and social environments was challenging, often disrupting my academic routine and leaving me feeling unsettled. Despite these obstacles, I maintained a competitive GPA by developing strong adaptability and problem-solving skills. Growing up in a low-income household with immigrant parents, I came to understand how important it is to keep working hard through difficulties and how unfair financial systems can be. My family income fluctuates due to constant shifting. My parents faced significant challenges navigating a new financial landscape, often lacking the opportunities others took for granted. Witnessing their struggles fueled my passion to pursue a career focused on financial stability. However, belonging to a low-income family also means that paying for college does not necessarily guarantee you grants. Getting through all four years of college on grants alone and based solely on financial aid packages is getting increasingly challenging. But the affordability of college tuition is not deterring me from pursuing a college education and my passion and ambition for neuroscience. This scholarship will be integral to support my college education in completing my Bachelor's in Neurobiology at the University of California Davis, and to go on further and apply for a Master's degree in medicine. It is the fuel for my aspirations of giving back to the community and bridging the gap between society and health through the aspect of neuroscience.

Where I lived in India, summers meant teams of players playing football, volleyball, and cricket in the same playground. It was routine to see a ball flying by, smashing windows, and tripping little kids. The importance of finding a permanent solution was underscored when a football left the field and struck an elderly pedestrian. Several community council meetings extensively addressed the issue of limited play areas for children. They had identified a spare piece of land that could be converted into a playfield, but it was covered in weeds and creepers. With no manpower to immediately clean up, the space was useless. Collaborative leadership is the essence of innovation. I realized that we children could step in and clean up the space. I formed a children’s committee to tackle the main issue- removing all the clover weeds and fibrous grass growth. Cleaning of the grassroots remained the task for which we needed all the help that we could get. I encouraged everyone on the committee, volunteers, to get clippers for themselves,s but their parents remained reserved about letting their children touch dusty weeds. I made it a point to get donated surgical gloves from a local pharmacy for all members. I made it a point to use my gardening experience from school to properly teach everyone weeding, how to cut at the stem, and remove all the roots. While manpower was crucial, seeing that small children were also part of the cleanup cause, I could not risk them handling and getting hurt from the sharp clippers or stray thorns in the weeds. I delegated the task of cleaning fallen paper plates and plastics scattered in the space. I told them to work their way around cleaning the space. With the materials they collected, we approached a scrap dealer outside our complex. This was the best way to procure money for extra amenities. But the money was not enough, so we created a petition to buy safety nets to be put around the land so that the ball doesn't go off the ground. Going door-to-door, I gathered signatures for a petition stating that the community council would match funds raised by children for safety nets from the annual budget. The job was more daunting than I expected. Negotiating with elders was difficult as they are often unreceptive to ideas from children. I remained unfettered, explaining to each person how their signature paved the way to safety. By the end of summer, the same extent of happiness could be heard from a distance beyond the polished boundary fence on the lush green field turf. Identifying a problem is key, but true leadership comes from acting on it. Through this experience, I learned that leadership is about seeing problems and finding solutions. Most importantly, it’s about attitude and kindness. Watching a small grassroots initiative in our community benefit everyone showed me the power of putting actions to your words. The lesson on initiative guided me in being a student representative for my freshman-year class and earned me a place on the interdistrict student council in my sophomore year, providing me the stepping stone for learning more about problem-solving and effective strategizing.

I distinctly remember how, ever since fifth grade, as I started to learn about human biology, I always yearned to learn anything and everything about human anatomy. The most memorable moment of my high school biology class was when I did my first dissection- a sheep’s brain. Suddenly, all the parts of the brain came together before me, and that was when I did not want to stop peering into what marvels the brain and neuroscience unraveled for me. It was there, in 11th grade, in my Human Anatomy and Physiology class at lab table number 3, where I knew that my major would surely be neuroscience. That was when I decided on my long-term path of contributing to the neuroscience field, whether it was research or actual neurosurgery. My efforts materialized through my extracurriculars to continue learning about the brain. I enrolled in a neuroscience club (YNAC) at UNC-Charlotte and was mentored by Dr. Kristin Funk. Being in YNAC allowed me to look at this field from a medical perspective by determining how one can adequately diagnose neurological diseases and how to perform medical sutures, and even allowed me to look at technological developments that are being used to strengthen the scope of neurological studies. I spent my junior year leading online organizations (Mind4Youth, UpNext Scientists), which revolved around the importance of mental health. I spent my time in those organizations generating compelling social media posts about the importance of teen mental health and even conducting online research on topics like play therapy and mental health. I had to shift residences once more from North Carolina to California, due to my father's job relocation. It was again a period of disruption in our family due to constant moving. But in the summer between my junior and senior years, I decided to focus on the neurology research section. Through an organization called the International STEM Research Program, I was able to conduct a meta-review on the neural correlates of the human brain and study the aspects of emotional regulation and intelligence of the human brain. This journey that I embarked on that summer in compiling a review of articles that properly outlined how multifaceted even a singular topic like the emotional regulation capability of the brain was, and how much scope there is to research in just a section of neuroscience. My meta-review was published in the Journal of Knowledge and Science. Another opportunity in which I enrolled was a summer science program at Bethel College Summer Science Institute (BCSSI) to learn the correlation between neuroscience and music. I found this subject extremely interesting because it correlated two very unseemly topics of the brain and music in a way that made me realize how neuroscience can be applied to even daily activities that we do (like music listening). I have certainly come a long way from being amazed by biology to the actual applications of neuroscience in both the medical field and the research-oriented field. The advent of neuroscience is progressing immensely today, and there are numerous facets in which the development of neuroscience can assist society in the medical, pharmaceutical, research, and biotechnological sectors. I want to contribute to these fields by pursuing my passion for neuroscience. One thing that has remained with me from the start is how much we still don’t know about neurology. I hope to work at the intersection of neuroscience and technology, developing treatments for neurodegenerative diseases and advancing brain-computer interface research. I envision a career where I contribute to scientific innovation while mentoring the next generation of students, particularly young women in STEM.

Education has profoundly shaped my life, providing me the tools to explore my passions and contribute meaningfully to society. The most integral part of learning is applying knowledge to solve real-world challenges. This grant represents more than financial support—it is a gateway to pursuing my aspirations in neuroscience and its applications in medicine, research, and technology. I’ve always been fascinated by the human brain. As a child, I constantly wondered how memory works, why we dream, and what causes emotions to shift. But it wasn’t until my 11th-grade Human Anatomy and Physiology class—during a sheep brain dissection—that my interest transformed into something deeper. Holding a tangible representation of thought, memory, and consciousness was awe-inspiring. In that moment, I knew neuroscience would shape my future. Determined to explore beyond the classroom, I joined the Youth Neuroscience Association of Charlotte (YNAC) at UNC Charlotte. Under the mentorship of Dr. Kristin Funk, I delved into case studies on neurodegenerative diseases, practiced medical suturing, and explored technological advancements in neurological research. One lecture—on music therapy for Alzheimer’s patients—was particularly impactful. Watching music unlock memories for patients who had long forgotten their loved ones revealed the emotional and restorative power of neuroscience. That intersection of science and humanity drew me further in. I expanded my involvement through organizations like Mind4Youth and UpNext Scientists, where I focused on mental health awareness and research. Mental health is an area of neuroscience that deeply resonates with me, not only due to its growing societal impact but because understanding the brain’s role in emotional well-being can shape better treatments and policies. After relocating to California for my senior year, I deepened my research experience through the International STEM Research Program. There, I conducted a meta-review on the neural correlates of emotional regulation and intelligence, which culminated in a publication in the Journal of Knowledge and Science. I also attended the Bethel College Summer Science Institute (BCSSI), where I studied how sad music affects brain activity and empathy. Running 60 simulations in R-Studio helped me link emotional response to specific brain regions, reinforcing the versatility of neuroscience and sharpening my data analysis skills. But this journey hasn’t been without adversity. When I moved from India to the U.S., I encountered a stark contrast in academic environments. In India, my passion for science had to be nurtured through textbooks. Research opportunities were rare, and hands-on experience was nearly nonexistent. Arriving in the U.S. opened an entirely new world—one where science could be explored through experiments, collaboration, and innovation. That contrast left a lasting impression on me, not just for what I had gained, but for what others were missing. Motivated by this disparity, I pitched the idea of expanding Scientella, a student-led research nonprofit, by launching a chapter in India. In collaboration with my teachers and Scientella’s co-founder, I organized research sessions for high school girls, guiding them through scientific inquiry, data analysis, and research presentation. What began with 11 girls is now a thriving community of 57, each gaining confidence as they present their findings to sponsors and mentors from around the world. My goal is to develop innovative treatments for neurodegenerative diseases and contribute to brain-computer interface research. But beyond scientific innovation, I am committed to uplifting the next generation of girls in STEM, ensuring that opportunities are not defined by geography, gender, or background. For me, empowerment is both a responsibility and a lifelong pursuit. By turning obstacles into stepping stones and lifting others along the way, I hope to make a lasting impact, not just in labs or journals, but in lives.

When I first joined a student consulting initiative through a nonprofit called Scientella, I wasn’t entirely sure what I was getting into. All I knew was that the words “cardiovascular genomics” sparked something in me—curiosity, excitement, maybe even a little fear. I signed up for the six-week project without hesitation, eager to dive into the unknown. My team and I sifted through dense scientific journals, exploring how genetic data could reshape the field of cardiovascular surgery. I carefully cited studies, cross-checked sources, and helped craft a cohesive presentation for our project sponsors. It was my first real research experience in high school, and it changed the way I approached learning. I realized research wasn’t about finding quick answers on Google—it was about asking sharper questions, engaging with complex material, and thinking critically about every piece of information. Having access to meaningful research opportunities in high school helped me connect what I was learning in class to real-world problems in a way that textbooks never could. It taught me to think not just as a student, but as a contributor to scientific conversations. Those habits stuck. Even now, when I write essays for English or evaluate sources in History, I approach them with the same analytical mindset I began developing during that project. But it also made me reflect. During my 9th and 10th grades in India, I hadn’t seen opportunities like these. I thought about my peers back home—girls who loved science as much as I did but didn’t have the same access to resources. That thought stayed with me, and eventually, it turned into action. I pitched the idea of expanding Scientella’s reach internationally. With support from my science teachers in India and the co-founder of Scientella, we launched the organization’s first international chapter. I started leading weekend research sessions for interested high school girls, teaching them how to ask research questions, gather credible information, conduct interviews and surveys, and ultimately present their findings with confidence. At our first meeting, there were eleven girls. Today, that number has grown to fifty-seven. Watching students evolve from curious participants to confident presenters—fielding questions from global sponsors, referencing academic journals, and designing their own surveys—was one of the most rewarding experiences of my life. I had used my own opportunity not just to deepen my research skills, but to create a pathway for others to do the same. Starting this chapter didn’t just make me a better researcher—it helped me become a better mentor, communicator, and leader. It gave me a chance to give back to the community where I first discovered my love for science. And it reminded me that the best kind of learning happens when knowledge is shared.

For the longest time, I believed every problem had a concrete solution. Each question had an answer, and with age came the wisdom of knowing more of them. That, I thought, was what made someone wise. But over time, I began to understand how multi-faceted problems really are. Sometimes, just sitting down and talking without trying to fix anything can offer the deepest sense of resolution. You don't always have to come together to find a solution. Sometimes, being present is enough. I found myself in a situation where this subtler, more emotional approach opened my eyes. A close friend of mine, who came from a turbulent home, ended up in a teen mental health facility. She came to school from that facility every day, but something always seemed conflicted in her eyes. Slowly, she began to open up. She was on the cusp of moving out of her parents' household—a vast and life-altering decision. My mind immediately flooded with "standard" adult solutions: get a job, find an apartment, start budgeting. And so I offered her those answers, one after another, believing I was being helpful. But I wasn't. In fact, I was overwhelming her. I could see in her expression that my words pushed her further away. I was frustrated with myself. I had the opportunity to support her, and yet my help made her recoil. Looking back, I realize something important: if those "appropriate" solutions came so quickly to me, someone hearing about her situation for the first time, of course they had already crossed her mind. She didn't need direction. She needed space. Eventually, she returned thawed and more sure of herself. She had decided how she wanted to move forward. And this time, I simply listened. I became someone she could talk to about her progress, her fears, and her small victories. Those quiet moments just sitting together were more meaningful than any solution I had tried to offer. That experience changed me. It taught me that helping someone isn't always about doing something. Sometimes,, it's about being something: a source of comfort, encouragement, or belief in someone else's strength. It's not always the act of moving forward that scares people; it's the fear of doing it alone. In those moments, empathy and quiet faith matter more than anything. This realization has shaped how I show up for others and how I solve problems. I've learned that sometimes, the solution is already there. But if you rush in too quickly, you might make the challenge even harder. Patience, trust, and emotional support aren't passive; they're powerful.

Every dream needs a little push to take flight. For me, that push is education—and this scholarship would be the wind beneath my wings. I still remember sitting on my bedroom floor with neuroscience articles scattered around me like puzzle pieces. I had no lab access, no fancy equipment—just curiosity and an internet connection. College isn’t just the next step—it’s the launchpad. Tuition, lab fees, textbooks, and even basic tools like a laptop that runs neuroimaging software come with a hefty price tag. This scholarship would allow me to afford those necessities without burdening my family. More importantly, it would give me the freedom to say yes—to unpaid research opportunities, neuroscience conferences, and internships that offer experience instead of paychecks. With this support, I see myself diving deep into research on neurodegenerative diseases, spending weekends volunteering at clinics, and mentoring girls who, like me, are trying to carve a path in science. I don’t want to just study the brain—I want to be someone who changes how we treat it, understand it, and get to do that work. This scholarship wouldn’t just cover school costs. It would help me stay in the lab longer, read more papers, ask better questions, and share what I learn with others. It’s a hand reaching out to help me climb so I can turn around and do the same for someone else. Dreams don’t flourish in isolation—they grow when someone believes in them. And if selected, I promise to make this investment count.

The silence was deafening. Since the online math lecture began, no one answered a single question. Cameras were off, microphones muted—we were present in name only. The pandemic had drained us of confidence, curiosity, and connection. My high school freshman year in India was supposed to be foundational. However, online learning left deep gaps, especially in math. For me, it wasn’t just about falling behind—it was about watching my classmates give up on themselves. I couldn’t stay silent, either. I wasn’t a top scholar or a math genius. But I cared. So I started where I could: by building something useful. I envisioned an online academic library tailored to our class’s needs. I reached out to teachers for guidance and credible resources. I taught myself how to design mind maps, flowcharts, and visual aids to break down difficult concepts. I curated a question bank aligned with exam patterns and included video explanations and interactive platforms like Kahoot and Quizziz to make learning active, not passive. At first, no one showed up to the help sessions. The silence continued. I doubted myself—maybe I wasn’t good enough to lead. Maybe no one needed this. But something told me to try again. I started weekly Google Meet study groups, inviting classmates one by one. I didn’t lecture; I asked what they needed. Slowly, a few students came. Then a few more. We formed study teams, rotated peer tutors, and talked through learning techniques like spaced repetition and chunking. Together, we rebuilt confidence. It wasn’t easy. Some nights, I stayed up redesigning materials that didn’t land. Some weeks, participation dropped again. But I kept showing up, knowing that leadership sometimes means listening more than speaking and building quietly when no one else will. By the end of the semester, our class average in math had risen by 15%. But to me, the real win was something more powerful—students speaking up in class again, asking questions, laughing during group quizzes, and walking into tests with confidence. That experience reshaped how I see leadership. It’s not about being the loudest voice or having the most answers. It’s about seeing a problem, no matter how overwhelming, and choosing to act. It’s about carrying the weight of discouragement, pushing through, and finding solutions anyway. Because of that one decision—to start an online library when everything felt hopeless—I was selected for a national student leadership summit. But the recognition isn’t what stayed with me. It’s the memory of those quiet, awkward meetings that eventually turned into a 45-student academic community built on resilience and trust. When I think about hardship now, I don’t think of silence. I think of the voices that returned.

I didn't map out my entire life at 17, but every time I close my eyes, I see my future begin from a single, unwavering point: my dream of becoming a neuroscientist. It's not just a fleeting desire; it's a vision that has consumed my thoughts since I was 13. I want to uplift lives, to change them—and maybe even save them—through the power of neuroscience. This dream didn't start small; it bloomed early and grew louder with time. For years, I tried to keep my dreams modest. I told myself to focus on achievable goals and chase results I could show on paper. But those results never matched the intensity of what I truly longed for. My dream felt like home—something I could completely place myself in. Over the past four years, the life I envision has slowly and naturally become part of me. It doesn't feel like a career path but a calling. That sense of belonging, of knowing who I am and what I want, seeps into everything I do. I can't imagine myself in any other profession. Every internship, every extracurricular, every project—I gravitate toward neuroscience without a second thought. I still remember the nervous excitement I felt before my Human Anatomy class at 10:05 a.m. during my junior year. I thrived in that class, academically and emotionally, finding joy in every detail I learned about the human body and brain. Sharing random facts became my favorite way to start conversations, and with every new piece of knowledge, my dream felt even more within reach. Dreams have something in common—whether they visit you in your sleep or keep you up at night: they're both powered by persistence. The dreams you have while sleeping ask nothing of you but rest. But the ones that keep you awake? They demand everything. They require that you lay each brick of your path with effort, time, and belief. I've come to see that the path to your dream isn't pre-laid; it's something you build—stone by stone, moment by moment. My love for human biology and neuroscience is my most profound and enduring passion. Nothing else has come close to the energy and excitement I feel when I engage with the science of the body we live in—and, dare I say, dream in. That fire keeps me going, studying, and dreaming even when the work gets tough. I rest easy not because I've done enough but because I know my efforts are pointed directly at what defines my success. I don't chase this dream with lofty, unrealistic ambition. I know my limits—and I value that knowledge. Understanding my potential allows me to stretch, reshape, and grow within it. I don't see this dream as unreachable. I see it as the greatest goal to which I can give my whole self—an aspiration that aligns with everything I know about who I am. Becoming a neuroscientist isn't just a goal on a list. It's the dream that has defined me. It has given me direction, grounded my values, and shaped the person I am today.

A significant challenge I had to overcome was the upheaval of shifting homes and academic systems twice within two years—from India to North Carolina, and then again to California. Each move was more than just a change in location; it was a full reset of my academic, emotional, and social foundation. Leaving behind familiarity, friends, and the rhythm of life I had grown comfortable with in India, I found myself plunged into a completely different educational culture in North Carolina. Just as I began to settle in, feel the warmth of a new community, and find my footing in a new curriculum, we had to uproot once more and move across the country to California. Each time, I was the “new kid,” navigating new hallways, relearning social cues, adjusting to new accents, and finding my place in classrooms that ran on entirely different expectations. The initial months after each move were isolating and uncertain. I could have retreated into my quiet, introverted shell—but I chose otherwise. I challenged myself to speak up, to reach out, to ask questions, to join clubs. I threw myself into the process of adjusting. These moments tested my resilience more than anything else in my life, but they also taught me to adapt swiftly and embrace change not as a burden, but as a chance to grow. With every shift came new perspectives, new people, and new challenges that shaped me into a more open-minded, self-aware person. I stopped seeing myself as someone displaced—and started seeing myself as someone expanding. Alongside the emotional weight of these relocations was the financial uncertainty that came with them. Coming from a middle-income family, we’ve always budgeted and planned carefully—but constant moves meant unexpected expenses: new housing, transportation, and the hidden costs of rebuilding a life again and again. We aren’t in a position to qualify for extensive grants, yet we also aren’t at ease with the soaring costs of higher education. It’s a tightrope walk—too high to fall back on aid easily, too low to feel secure. I’ve watched my parents stretch every dollar to ensure I never had to compromise on my education, and it's fueled my drive to succeed, not just for me, but for them. Pursuing a college education in neuroscience isn’t just a dream—it’s my mission. I want to understand the brain, to help people bridge the chasm between mental health and society, and to become a changemaker in the world of science and compassion. This scholarship is more than financial support—it is a hand reaching out at a moment when every bit of belief and assistance counts. It will empower me to continue my education, fulfill my passion, and give back to a world that has given me both trials and the strength to overcome them.

Women of color face significant challenges in pursuing higher education, particularly STEM. These obstacles often stem from systemic barriers such as limited access to research opportunities, lack of mentorship, and underrepresentation in academia. In my junior year, I moved from India to the USA due to my father's job relocation. As I started my academic year, I immediately got the opportunity to join Scientella, a non-profit organization that provides student consulting research opportunities. I eagerly signed up for a six-week project on cardiovascular genomics, where I learned to navigate research beyond simple online searches. This experience sharpened my analytical skills and allowed me to explore real-world scientific applications. However, it also made me realize the educational disparities that exist for women of color, especially in underprivileged regions. While I had the opportunity to research in the U.S., similar platforms were unavailable during my 9th and 10th grades in India. I recognized how a lack of early exposure to research and mentorship can deter young women from pursuing higher education in STEM. Determined to address this gap, I pitched the idea of expanding Scientella's reach to India. In collaboration with my science teachers and the co-founder of Scientella, I launched research sessions for high school girls. These sessions guided me in conducting research effectively, gathering credible information, and presenting findings. I encouraged participants to explore diverse research methods, from literature reviews to interviews and surveys. What started as a small initiative with 11 students grew into a thriving chapter with 57 girls eager to explore STEM fields. Through this initiative, I witnessed the transformative power of representation and mentorship. Many girls in the India chapter had never envisioned themselves in research-oriented careers. By providing structured guidance and a supportive network, I helped them gain the confidence to pursue STEM opportunities. Seeing these students present their research to sponsors worldwide reinforced my belief that creating access to mentorship and research opportunities can dismantle systemic barriers that women of color face in higher education. My experiences in Scientella have shown me firsthand how these challenges manifest and, more importantly, how they can be addressed through education, mentorship, and community building. I plan to expand my impact by continuing to mentor young women of color in STEM. I aim to establish additional Scientella chapters in underrepresented communities, ensuring more girls gain exposure to early research opportunities. Beyond Scientella, I aim to carry this mission into my academic and professional journey. At university, I plan to engage in mentorship programs, advocate for diversity in STEM, and work toward policies that promote equal opportunities for women of color. By combining my passion for research with a commitment to inclusivity, I hope to break barriers for future generations of women in STEM. The challenges women of color face in higher education are real but not insurmountable. Through mentorship, advocacy, and expanded access to resources, I believe we can reshape the landscape of STEM education and create a future where every aspiring scientist, regardless of background, has the opportunity to succeed.

Going to college is more than just an academic pursuit—it is the culmination of my journey, the validation of my dreams, and the stepping stone to a future where I can make a real difference. It is a chance to turn the questions that have fascinated me since childhood into discoveries that can change lives. It is a testament to the struggles I have overcome, my family's sacrifices, and the resilience I have built along the way. I have always been captivated by the human brain—the way it holds memories, processes emotions, and shapes the essence of who we are. As a child, I would lie awake at night wondering why people dream or how our thoughts come and go like waves. But it wasn't until my 11th-grade Human Anatomy and Physiology class that my passion took form. The moment I held a sheep brain in my hands, I felt something click. I knew then that neuroscience was not just an interest but a calling. But getting to that moment wasn't easy. My journey has been anything but linear. Moving across countries and states in a year tested me in ways I never expected. I left behind familiarity, friendships, and the comfort of knowing where I belonged. In India, my love for science grew in the pages of textbooks, but hands-on research felt like a distant dream. When I moved to the U.S., that dream became a reality. I was no longer just reading about the brain—I was studying it, analyzing it, and engaging with experts in the field. It felt like stepping into a world I had longed for, yet the transition was overwhelming. New school systems, new expectations, and the weight of proving myself—it was a whirlwind. But through it all, my passion for neuroscience remained my anchor. In Charlotte, I found my place at the Youth Neuroscience Association of Charlotte, where I explored the profound impact of neurodegenerative diseases. I watched in awe as music reawakened memories in Alzheimer's patients who had long forgotten their loved ones. It was a revelation—science had the power to heal, reconnect, and restore dignity. When I moved again for my senior year, this time to California, I refused to let another change uproot my dreams. I dove deeper into research, publishing a meta-review on the neural correlates of emotional regulation and intelligence, pushing myself beyond the limits I thought existed. However, college is not just about what I will learn but also what I will give back. When I moved from India to the U.S., I saw firsthand how opportunities are not distributed equally. I knew I had to do something. I expanded Scientella, creating a space where young girls in India could engage in research, something I had once only dreamed of. Watching them present their findings with confidence, knowing that I had helped open that door, was one of the most fulfilling moments of my life. Going to college is not just about my future—it is about every student who has ever doubted if they belong in science, every young girl who has been told to dream smaller, and every patient who is waiting for a cure. I want to develop treatments for neurodegenerative diseases, push the boundaries of brain-computer interfaces, and bridge the gap between neuroscience and technology. This is why college matters to me. It is my chance to prove that where you start does not define where you end up. It is my opportunity to turn every challenge, setback, and moment of uncertainty into something more significant.

Women of color face significant challenges in pursuing higher education, particularly STEM. These obstacles often stem from systemic barriers such as limited access to research opportunities, lack of mentorship, and underrepresentation in academia. In my junior year, I moved from India to the USA due to my father's job relocation. As I started my academic year, I immediately got the opportunity to join Scientella, a non-profit organization that provides student consulting research opportunities. I eagerly signed up for a six-week project on cardiovascular genomics, where I learned to navigate research beyond simple online searches. This experience sharpened my analytical skills and allowed me to explore real-world scientific applications. However, it also made me realize the educational disparities that exist for women of color, especially in underprivileged regions. While I had the opportunity to research in the U.S., similar platforms were unavailable during my 9th and 10th grades in India. I recognized how a lack of early exposure to research and mentorship can deter young women from pursuing higher education in STEM. Determined to address this gap, I pitched the idea of expanding Scientella's reach to India. In collaboration with my science teachers and the co-founder of Scientella, I launched research sessions for high school girls. These sessions guided me in conducting research effectively, gathering credible information, and presenting findings. I encouraged participants to explore diverse research methods, from literature reviews to interviews and surveys. What started as a small initiative with 11 students grew into a thriving chapter with 57 girls eager to explore STEM fields. Through this initiative, I witnessed the transformative power of representation and mentorship. Many girls in the India chapter had never envisioned themselves in research-oriented careers. By providing structured guidance and a supportive network, I helped them gain the confidence to pursue STEM opportunities. Seeing these students present their research to sponsors worldwide reinforced my belief that creating access to mentorship and research opportunities can dismantle systemic barriers that women of color face in higher education. My experiences in Scientella have shown me firsthand how these challenges manifest and, more importantly, how they can be addressed through education, mentorship, and community building. I plan to expand my impact by continuing to mentor young women of color in STEM. I aim to establish additional Scientella chapters in underrepresented communities, ensuring more girls gain exposure to early research opportunities. Beyond Scientella, I aim to carry this mission into my academic and professional journey. At university, I plan to engage in mentorship programs, advocate for diversity in STEM, and work toward policies that promote equal opportunities for women of color. By combining my passion for research with a commitment to inclusivity, I hope to break barriers for future generations of women in STEM. The challenges women of color face in higher education are real but not insurmountable. Through mentorship, advocacy, and expanded access to resources, I believe we can reshape the landscape of STEM education and create a future where every aspiring scientist, regardless of background, has the opportunity to succeed.

Women of color face significant challenges in pursuing higher education, particularly STEM. These obstacles often stem from systemic barriers such as limited access to research opportunities, lack of mentorship, and underrepresentation in academia. I have always been fascinated by the human brain. From a young age, I was curious about how memory works, why people dream, and what causes emotions to fluctuate. My earliest exposure to neuroscience came in fifth grade when I learned about human biology. However, the defining moment that solidified my interest was my 11th-grade Human Anatomy and Physiology class during a sheep brain dissection. Seeing the brain’s structures come to life before me—holding a tangible, physical manifestation of human thought, memory, and consciousness—was awe-inspiring. That moment at my lab table was when I knew neuroscience would shape my future. Determined to immerse myself in the field, I sought opportunities to expand my knowledge beyond the classroom. I joined the Youth Neuroscience Association of Charlotte (YNAC) at UNC Charlotte, where Dr. Kristin Funk mentored me. YNAC introduced me to the medical aspects of neuroscience through case studies on neurodegenerative diseases, medical suturing, and discussions on technological advancements in neurological research. One of the most impactful experiences was learning about music therapy for Alzheimer’s patients. Witnessing how music could unlock memories in patients who had long forgotten their loved ones revealed the power of neuroscience in improving lives. This intersection of science and humanity captivated me, reinforcing my desire to contribute to the field. During my junior year, I took my passion further by engaging in neuroscience-related extracurriculars. I participated in organizations like Mind4Youth and UpNext Scientists, where I focused on mental health awareness and research. Mental health is an area of neuroscience that deeply interests me, as it affects individual well-being and has profound societal implications. Understanding the neural correlates of conditions such as depression, anxiety, and PTSD can help shape better treatments and policies. After moving to California for my senior year, I deepened my research experience through the International STEM Research Program. I conducted a meta-review on neural correlates of emotional regulation and intelligence there, culminating in a publication in the Journal of Knowledge and Science. I also attended Bethel College Summer Science Institute (BCSSI), where I studied the intersection of neuroscience and music. Running 60 simulations through R-Studio to analyze the correlation between brain activity and empathy in response to melancholic music reinforced my understanding of neuroscience’s versatility. The experience also strengthened my data analysis skills, which will be crucial in future research endeavors. Beyond my academic journey, I have worked to bridge gaps in STEM accessibility. When I moved from India to the U.S., I experienced firsthand the stark contrast in student research opportunities. In India, my passion for science was primarily nurtured through textbooks, whereas in the U.S., I could actively engage in hands-on research. This realization inspired me to expand Scientella, a student-led research initiative, by establishing the first international chapter in India. I collaborated with teachers and peers to introduce high school girls to research methodologies, guiding them in analyzing scientific literature and conducting research projects. What started with 11 students has become a thriving community of 57 young women exploring STEM fields through structured research. Watching them present their findings to global sponsors has been one of my most rewarding experiences. Graduating with a degree in neuroscience will allow me to continue exploring the complexities of the human brain and translate research into real-world applications. I hope to work at the intersection of neuroscience and technology, developing treatments for neurodegenerative diseases and advancing brain-computer interface research. I envision a career where I contribute to scientific innovation while mentoring the next generation of students, particularly young women in STEM. One of the key issues I hope to tackle in my career is the lack of effective treatments for neurodegenerative diseases such as Alzheimer’s and Parkinson’s. My experience with YNAC introduced me to the struggles faced by individuals and families affected by these conditions. The emotional and financial toll of these diseases is immense, and current treatment options only offer temporary relief rather than a cure. I aspire to contribute to research to develop more effective interventions through pharmacological advancements, gene therapy, or neuroprosthetic devices. Another area of neuroscience that excites me is brain-computer interface (BCI) research. The idea that technology can help restore lost neurological function is revolutionary. BCIs have the potential to restore movement in paralyzed individuals, aid in communication for those with neurological disorders, and even enhance cognitive abilities. By integrating my neuroscience education with emerging technological advancements, I hope to contribute to developing BCIs that improve the quality of life for individuals with disabilities. This scholarship would play a crucial role in my academic and professional journey. Easing the financial burden of my education would allow me to focus on research, internships, and professional development opportunities that will prepare me for a career in neuroscience. With this support, I can pursue advanced research experiences, collaborate with experts in the field, and continue advocating for STEM accessibility. I plan to expand my impact by continuing to mentor young women of color in STEM. I aim to establish additional Scientella chapters in underrepresented communities, ensuring more girls gain exposure to early research opportunities. Beyond Scientella, I aim to carry this mission into my academic and professional journey. At university, I plan to engage in mentorship programs, advocate for diversity in STEM, and work toward policies that promote equal opportunities for women of color. By combining my passion for research with a commitment to inclusivity, I hope to break barriers for future generations of women in STEM. The challenges women of color face in higher education are real but not insurmountable. Through mentorship, advocacy, and expanded access to resources, I believe we can reshape the landscape of STEM education and create a future where every aspiring scientist, regardless of background, has the opportunity to succeed.

Women of color face significant challenges in pursuing higher education, particularly STEM. These obstacles often stem from systemic barriers such as limited access to research opportunities, lack of mentorship, and underrepresentation in academia. In my junior year, I moved from India to the USA due to my father's job relocation. As I started my academic year, I immediately got the opportunity to join Scientella, a non-profit organization that provides student consulting research opportunities. I eagerly signed up for a six-week project on cardiovascular genomics, where I learned to navigate research beyond simple online searches. This experience sharpened my analytical skills and allowed me to explore real-world scientific applications. However, it also made me realize the educational disparities that exist for women of color, especially in underprivileged regions. While I had the opportunity to research in the U.S., similar platforms were unavailable during my 9th and 10th grades in India. I recognized how a lack of early exposure to research and mentorship can deter young women from pursuing higher education in STEM. Determined to address this gap, I pitched the idea of expanding Scientella's reach to India. In collaboration with my science teachers and the co-founder of Scientella, I launched research sessions for high school girls. These sessions guided conducting research effectively, gathering credible information, and presenting findings. I encouraged participants to explore diverse research methods, from literature reviews to interviews and surveys. What started as a small initiative with 11 students grew into a thriving chapter with 57 girls—all eager to explore STEM fields. Through this initiative, I witnessed the transformative power of representation and mentorship. Many girls in the India chapter had never envisioned themselves in research-oriented careers. By providing structured guidance and a supportive network, I helped them gain the confidence to pursue STEM opportunities. Seeing these students present their research to sponsors worldwide reinforced my belief that creating access to mentorship and research opportunities can dismantle systemic barriers that women of color face in higher education. My experiences in Scientella have shown me firsthand how these challenges manifest and, more importantly, how they can be addressed through education, mentorship, and community-building. I plan to expand my impact by continuing to mentor young women of color in STEM. I aim to establish additional Scientella chapters in underrepresented communities, ensuring more girls gain exposure to early research opportunities. Beyond Scientella, I aim to carry this mission into my academic and professional journey. At university, I plan to engage in mentorship programs, advocate for diversity in STEM, and work toward policies that promote equal opportunities for women of color. By combining my passion for research with a commitment to inclusivity, I hope to break barriers for future generations of women in STEM. The challenges women of color face in higher education are real but not insurmountable. Through mentorship, advocacy, and expanded access to resources, I believe we can reshape the landscape of STEM education and create a future where every aspiring scientist, regardless of background, has the opportunity to succeed.

Education has profoundly shaped my life, providing me with opportunities to explore my passions and contribute meaningfully to society. The ability to apply knowledge to real-world challenges is, to me, the most integral part of learning. This grant represents not just financial support but a gateway to pursuing my aspirations in neuroscience and its applications in medicine, research, and technology. I have always been fascinated by the human brain. From a young age, I was curious about how memory works, why people dream, and what causes emotions to fluctuate. My earliest exposure to neuroscience came in fifth grade when I learned about human biology. However, the defining moment that solidified my interest was my 11th-grade Human Anatomy and Physiology class during a sheep brain dissection. Seeing the brain’s structures come to life before me—holding a tangible, physical manifestation of human thought, memory, and consciousness—was awe-inspiring. That moment at my lab table was when I knew neuroscience would shape my future. Determined to immerse myself in the field, I sought opportunities to expand my knowledge beyond the classroom. I joined the Youth Neuroscience Association of Charlotte (YNAC) at UNC Charlotte, where Dr. Kristin Funk mentored me. YNAC introduced me to the medical aspects of neuroscience through case studies on neurodegenerative diseases, medical suturing, and discussions on technological advancements in neurological research. One of the most impactful experiences was learning about music therapy for Alzheimer’s patients. Witnessing how music could unlock memories in patients who had long forgotten their loved ones revealed the power of neuroscience in improving lives. This intersection of science and humanity captivated me, reinforcing my desire to contribute to the field. During my junior year, I took my passion further by engaging in neuroscience-related extracurriculars. I participated in organizations like Mind4Youth and UpNext Scientists, where I focused on mental health awareness and research. Mental health is an area of neuroscience that deeply interests me, as it affects individual well-being and has profound societal implications. Understanding the neural correlates of conditions such as depression, anxiety, and PTSD can help shape better treatments and policies. After moving to California for my senior year, I deepened my research experience through the International STEM Research Program. I conducted a meta-review on neural correlates of emotional regulation and intelligence there, culminating in a publication in the Journal of Knowledge and Science. I also attended Bethel College Summer Science Institute (BCSSI), where I studied the intersection of neuroscience and music. Running 60 simulations through R-Studio to analyze the correlation between brain activity and empathy in response to melancholic music reinforced my understanding of neuroscience’s versatility. The experience also strengthened my data analysis skills, which will be crucial in future research endeavors. Beyond my academic journey, I have worked to bridge gaps in STEM accessibility. When I moved from India to the U.S., I experienced firsthand the stark contrast in student research opportunities. In India, my passion for science was primarily nurtured through textbooks, whereas in the U.S., I could actively engage in hands-on research. This realization inspired me to expand Scientella, a student-led research initiative, by establishing a chapter in India. I collaborated with teachers and peers to introduce high school girls to research methodologies, guiding them in analyzing scientific literature and conducting research projects. What started with 11 students has become a thriving community of 57 young women exploring STEM fields through structured research. Watching them present their findings to global sponsors has been one of my most rewarding experiences. Graduating with a degree in neuroscience will allow me to continue exploring the complexities of the human brain and translate research into real-world applications. I hope to work at the intersection of neuroscience and technology, developing treatments for neurodegenerative diseases and advancing brain-computer interface research. I envision a career where I contribute to scientific innovation while mentoring the next generation of students, particularly young women in STEM. One of the key issues I hope to tackle in my career is the lack of effective treatments for neurodegenerative diseases such as Alzheimer’s and Parkinson’s. My experience with YNAC introduced me to the struggles faced by individuals and families affected by these conditions. The emotional and financial toll of these diseases is immense, and current treatment options only offer temporary relief rather than a cure. I aspire to contribute to research to develop more effective interventions through pharmacological advancements, gene therapy, or neuroprosthetic devices. Another area of neuroscience that excites me is brain-computer interface (BCI) research. The idea that technology can help restore lost neurological function is revolutionary. BCIs have the potential to restore movement in paralyzed individuals, aid in communication for those with neurological disorders, and even enhance cognitive abilities. By integrating my neuroscience education with emerging technological advancements, I hope to contribute to developing BCIs that improve the quality of life for individuals with disabilities. This scholarship would play a crucial role in my academic and professional journey. Easing the financial burden of my education would allow me to focus on research, internships, and professional development opportunities that will prepare me for a career in neuroscience. With this support, I can pursue advanced research experiences, collaborate with experts in the field, and continue advocating for STEM accessibility. Additionally, the scholarship would allow me to attend conferences where I could present my research and learn from leading neuroscientists. Exposure to such environments is essential for my growth as a researcher and would allow me to stay at the forefront of advancements in the field. Beyond research, I am passionate about mentoring and education. Increasing representation in neuroscience and STEM fields requires a strong support system for young students, particularly those from underrepresented backgrounds. My work with Scientella has shown me that access to mentorship and resources can make a significant difference in a student’s academic journey. With this scholarship, I could continue my efforts in expanding research opportunities for young women in STEM, ensuring that they have the guidance and encouragement they need to pursue their scientific ambitions. My plans extend beyond academic and professional success—I hope to contribute to society in a meaningful way. Neuroscience can transform lives, and I want to be at the forefront. Whether by working in a research lab developing innovative treatments or applying neuroscience principles to create better mental health interventions, I want my work to have a tangible, positive impact. I believe that the future of neuroscience lies not just in its groundbreaking discoveries but in who gets to make them. Diversity in research leads to more comprehensive and innovative solutions. By leveraging my education and experiences, I aspire to be at the forefront of neurological research and innovation while uplifting others. This grant will provide me with the means to continue my journey, strengthening my ability to contribute meaningfully to my field and community. Receiving this scholarship would be more than just financial support—it would be an investment in my potential to make a difference in neuroscience. It would allow me to pursue my academic goals without financial constraints, ensuring I can dedicate myself fully to my education and research. In turn, I hope to use my knowledge and experiences to give back, mentoring students, advocating for greater STEM accessibility, and ultimately contributing to the scientific advancements that shape the future of neuroscience. My journey in neuroscience is not just about academic discovery—it is about ensuring that others, especially young women in STEM, have the same access to resources and research experiences. Through this grant, I aim to further my education, contribute to neuroscience research, and continue fostering opportunities for others in this field. By committing myself to neuroscience, I hope to make a lasting impact—one that advances scientific knowledge and empowers the next generation of researchers to follow their passions, break barriers, and contribute to a future where scientific discovery benefits all.

Women of color face significant challenges in pursuing higher education, particularly STEM. These obstacles often stem from systemic barriers such as limited access to research opportunities, lack of mentorship, and underrepresentation in academia. Success, for me, is not just about personal achievements but about breaking these barriers and fostering an inclusive environment where aspiring scientists from all backgrounds have the opportunity to thrive. In my junior year, I moved from India to the USA due to my father's job relocation. As I started my academic year, I immediately got the opportunity to join Scientella, a non-profit organization that provides student consulting research opportunities. I eagerly signed up for a six-week project on cardiovascular genomics, where I learned to navigate research beyond simple online searches. This experience sharpened my analytical skills and allowed me to explore real-world scientific applications. However, it also made me realize the educational disparities that exist for women of color, especially in underprivileged regions. While I had the opportunity to research in the U.S., similar platforms were unavailable during my 9th and 10th grades in India. I recognized how a lack of early exposure to research and mentorship can deter young women from pursuing higher education in STEM. Determined to address this gap, I pitched the idea of expanding Scientella's reach to India. In collaboration with my science teachers and the co-founder of Scientella, I launched research sessions for high school girls. These sessions guided conducting research effectively, gathering credible information, and presenting findings. I encouraged participants to explore diverse research methods, from literature reviews to interviews and surveys. What started as a small initiative with 11 students grew into a thriving chapter with 57 girls—all eager to explore STEM fields. Through this initiative, I witnessed the transformative power of representation and mentorship. Many girls in the India chapter had never envisioned themselves in research-oriented careers. By providing structured guidance and a supportive network, I helped them gain the confidence to pursue STEM opportunities. Seeing these students present their research to sponsors worldwide reinforced my belief that creating access to mentorship and research opportunities can dismantle systemic barriers that women of color face in higher education. Beyond my academic journey, my vision of success is deeply tied to the impact I can make on others, particularly in mental health. Success is not just about professional accolades but about ensuring that education and well-being go hand in hand. In the professional dimension, success is acquiring the knowledge, skills, and ethical grounding necessary to become a competent and compassionate researcher and mentor. It is intrinsically linked to the impact I can make in the lives of those who struggle with mental health issues, especially in underprivileged communities where these services are often inaccessible. For me, empowerment is about breaking barriers and creating opportunities where none existed before. My journey in neuroscience and STEM advocacy is not just about academic discovery but about ensuring that others, especially young women in STEM, have the same access to resources and research experiences. Through this grant, I aim to further my education, contribute to neuroscience research, and continue fostering opportunities for others in this field. I plan to expand my impact by continuing to mentor young women of color in STEM. I aim to establish additional Scientella chapters in underrepresented communities, ensuring more girls gain exposure to early research opportunities. Beyond Scientella, I strive to carry this mission into my academic and professional journey. At university, I plan to engage in mentorship programs, advocate for diversity in STEM, and work toward policies that promote equal opportunities for women of color. Additionally, I am committed to integrating mental health advocacy into my work, ensuring that students facing systemic barriers gain access to education and receive the emotional and psychological support they need to succeed. This scholarship is not just financial support but a stepping stone that empowers me to turn my vision of success into reality. It offers the means to deepen my academic and professional capabilities, strengthen my personal growth, and enhance my ability to contribute positively to society. By leveraging my education and experiences, I aspire to be at the forefront of neurological research and innovation while uplifting others.

Mental health and neuroscience are deeply connected, and my passion for both has shaped my efforts to support others. Throughout high school, I worked to increase mental health awareness and accessibility, ensuring that those around me feel heard and supported. As a Mind4Youth and UpNext Scientists member, I advocated for mental health education and contributed to research on stress, anxiety, and emotional well-being in students. I led peer discussions, provided resources for managing academic stress, and participated in initiatives focused on early intervention and mental health destigmatization. Through the Youth Neuroscience Association of Charlotte (YNAC), I explored the neural underpinnings of mental health disorders, deepening my understanding of how trauma, environment, and neurobiology shape emotional resilience. One of the most impactful experiences was learning about music therapy for Alzheimer’s patients. Seeing how melodies could unlock lost memories and emotions inspired me to study how neuroscience can enhance therapeutic interventions. I have helped others by expanding access to research opportunities. After moving from India to the U.S., I witnessed disparities in STEM exposure. Determined to bridge this gap, I expanded Scientella, a student-led research initiative, by launching a chapter in India. Through this, I mentored young women in scientific inquiry, many exploring mental health topics like emotional regulation and stress management. Seeing these students gain the confidence to analyze and address mental health scientifically has been one of my most rewarding experiences. My research on the neural correlates of emotional regulation and intelligence has reinforced my goal of integrating neuroscience, technology, and mental health advocacy. In the future, I aspire to contribute to treatments for neurodegenerative and psychiatric disorders. I aim to work on brain-computer interfaces (BCIs) that enhance communication for individuals with neurological disorders and develop interventions for conditions like depression and PTSD. I will continue mentoring and advocating for mental health accessibility. Whether through clinical applications, public policy, or neuroscience education, I hope to empower individuals with knowledge and support. I firmly believe that science is most impactful when used to uplift others. Through my studies and career, I will strive to create a future where mental health resources are available and genuinely accessible to all.

Faith is foundational in my life, shaping my perspective on challenges, perseverance, and academic aspirations. As a devotee of Hinduism, the teachings of the Bhagavad Gita have guided my approach to intellectual and personal growth. Lord Krishna’s words—“The mind is both a friend and an enemy; one must train it with discipline”—have influenced my academic journey, helping me remain focused and resilient as I explore the complexities of neuroscience. From an early age, I have been fascinated by the intricacies of the brain—how it controls emotions, memory, and consciousness. My faith has deepened this curiosity, as the Gita describes the mind as a vast ocean capable of both stillness and turbulence, depending on one’s discipline and focus. This understanding has shaped my study habits and research pursuits, reinforcing that mastery requires patience, dedication, and a quest for deeper understanding. My interest in neuroscience and cognitive rehabilitation stems from this desire to bridge the gap between spiritual wisdom and modern science—understanding how thought patterns shape neural pathways, just as discipline and meditation shape spiritual growth. The Bhagavad Gita’s philosophy of karma yoga—learning through effort—has been especially relevant when I faced challenges in my academic journey. Moving between different countries and education systems was difficult, forcing me to adapt to new environments quickly. However, rather than seeing these transitions as setbacks, I viewed them as opportunities for personal and intellectual expansion. When I struggled to adjust to the American education system, faith in my abilities and a higher plan kept me determined. This mindset helped me overcome obstacles and eventually take on leadership roles, such as expanding the Scientella research chapter in India to empower young women in STEM. Beyond faith, my passion for neuroscience has fueled my desire to serve others. At UNC Charlotte’s Youth Neuroscience Association, I researched how music therapy benefits Alzheimer’s patients, further strengthening my belief in the connection between ancient wisdom and modern neuroscience. Hinduism teaches that sound vibrations influence consciousness, which aligns with recent findings on music’s impact on cognitive function. Similarly, neuroplasticity—the brain’s ability to rewire—parallels Gita’s lesson that transformation is always possible through discipline and practice. My faith also provides a sense of purpose beyond personal ambition. The Gita emphasizes selfless service—offering one’s knowledge and abilities for the betterment of others. Inspired by this, I see my future career not just as an academic pursuit but as a means to contribute to society. Whether through mentoring students, conducting research, or developing cognitive therapies for neurological disorders, I consider my work an offering, aligning with Gita’s call to serve with humility and dedication. While faith has been my guiding force, my family and mentors have encouraged my pursuit of higher education. My parents, who instilled in me a love for learning, always emphasized that education is the most powerful tool for personal growth and community impact. Additionally, my mentors in neuroscience have inspired me to push beyond academic curiosity and apply knowledge to real-world challenges. As I progress in my career, my faith will remain my anchor, reminding me that knowledge is not just about intellect but wisdom—the ability to see beyond the material and understand the interconnectedness of all things. Whether in a laboratory, a classroom, or a hospital, I will carry these teachings with me, striving to balance science with a deeper understanding of the human mind and spirit. My faith has given me resilience, purpose, and an insatiable curiosity about the brain. I know it will continue to guide me as I navigate the uncharted territories of neuroscience and consciousness.

Women of color face significant challenges in pursuing higher education, particularly in STEM fields. These obstacles often stem from systemic barriers such as limited access to research opportunities, lack of mentorship, and underrepresentation in academia. In my junior year, I moved from India to the USA due to my father's job relocation. As I started my academic year, I immediately got the opportunity to join Scientella, a non-profit organization that provides student consulting research opportunities. I eagerly signed up for a six-week project on cardiovascular genomics, where I learned to navigate research beyond simple online searches. This experience sharpened my analytical skills and allowed me to explore real-world scientific applications. However, it also made me realize the educational disparities that exist for women of color, especially in underprivileged regions. While I had the opportunity to engage in research in the U.S., similar platforms were unavailable during my 9th and 10th grades in India. I recognized how a lack of early exposure to research and mentorship can deter young women from pursuing higher education in STEM. Determined to address this gap, I pitched the idea of expanding Scientella's reach to India. In collaboration with my science teachers and the co-founder of Scientella, I launched research sessions for high school girls. These sessions provided guidance on conducting research effectively, gathering credible information, and presenting findings. I encouraged participants to explore diverse research methods, from literature reviews to interviews and surveys. What started as a small initiative with 11 students grew into a thriving chapter with 57 girls—all eager to explore STEM fields. Through this initiative, I witnessed the transformative power of representation and mentorship. Many girls in the India chapter had never envisioned themselves in research-oriented careers. By providing structured guidance and a supportive network, I helped them gain the confidence to pursue STEM opportunities. Seeing these students present their research to sponsors worldwide reinforced my belief that creating access to mentorship and research opportunities can dismantle systemic barriers that women of color face in higher education. My experiences in Scientella have shown me firsthand how these challenges manifest and, more importantly, how they can be addressed through education, mentorship, and community-building. I plan to expand my impact by continuing to mentor young women of color in STEM. I aim to establish additional Scientella chapters in underrepresented communities, ensuring that more girls gain exposure to early research opportunities. Beyond Scientella, I aim to carry this mission into my academic and professional journey. At university, I plan to engage in mentorship programs, advocate for diversity in STEM, and work toward policies that promote equal opportunities for women of color. By combining my passion for research with a commitment to inclusivity, I hope to break barriers for future generations of women in STEM. The challenges women of color face in higher education are real but not insurmountable. Through mentorship, advocacy, and expanded access to resources, I believe we can reshape the landscape of STEM education and create a future where every aspiring scientist, regardless of background, has the opportunity to succeed.

I have always considered biology a relaxing escape. It started with learning about Robert Hooke's revolutionary discovery of cells and peering through microscopes to see brain tissue samples. Going to my spring semester Human Anatomy class was the highlight of my junior year routine. I did my first dissection; the most prominent one had to be the sheep's brain. Seeing the separation of the two hemispheres, the corpus callus, and cutting into the arbor vitae made me realize the beauty of neurobiology. Driven by the same passion, I joined the Youth Neuroscience Association of Charlotte (YNAC) at UNC Charlotte. At YNAC, I reviewed case studies with my mentor, Dr. Kristen Funk, and assisted in lab simulations for symptoms of neurodegenerative diseases such as Alzheimer's. My favorite lecture was music therapy associated with dementia and Alzheimer's. Learning that music plays an immense role in neuroplasticity and aids in forming connections across the brain, helping in regeneration, was intriguing. This summer, I studied music therapy further by attending a course on neuroscience and music at Bethel College Summer Science Institute. I researched how sad music can influence a person's emotional state by affecting the level of empathy associated with musical sadness quotient. I correlated my learnings of the hippocampus and the medial prefrontal cortex to determine how sad music triggers those brain regions. At the end of the course, I ran 60 simulations through a program called R-studio to assess the intensity of the correlation between brain activity and empathy in music. This was yet another practical approach to neuroscience, but from a technological lens, it made me realize the versatility of neuroscience. As a woman aiming to pursue Neuroscience in healthcare, I want to push the boundaries of neuroscience while also breaking the barriers that keep women out of this field. But my love for science has never been just about personal discovery—it's about who gets to make those discoveries. When I moved from India to the U.S., I was struck by the stark difference in research opportunities. In India, my passion for science had to be nurtured through textbooks, while in the U.S., I could engage in hands-on research. In my junior year, I joined a non-profit organization called Scientella, through which I could participate in student consulting research opportunities. While I was thrilled to work on this immense research opportunity sponsored by global Biotech company Illumina, I pondered the real-life STEM impact this research opportunity had given me; I reflected on how such platforms were unavailable throughout my 9th and 10th grades in India. I felt the need to share my experiences with my peers in India, so I pitched the idea of expanding Scientella's scope and starting an international chapter in India. In collaboration with my science teachers and co-founder of Scientella, I began research sessions for interested high school girls to help them understand how to conduct research effectively, gather credible information, and present findings. Over one year, the India chapter has grown tremendously; what started with a team of 11 girls is now 57 high school girls strong, all exploring different medical fields through research projects. With each research project, I see girls from the India chapter being empowered as they showcase their talent to sponsors from across the world. I built on the academic opportunity to strengthen my own analytical and research-driven mindset. Starting this chapter made me embolden girls like myself to pursue their dreams in science. I want to uplift the next generation of women in STEM—because the future of healthcare isn't just about groundbreaking discoveries but about who gets to make them.

To me, empowerment is the ability to break barriers, lift others while lifting myself, and create opportunities where none existed before. It is the power to take charge of my journey, help others do the same, and challenge the limitations imposed by circumstances, societal norms, or even self-doubt. Empowerment is not just a feeling—an action, a movement, and a force that fuels change. Moving from India to the U.S. was a transformative experience. My passion for science in India was primarily confined to textbooks, where learning felt theoretical and abstract. When I arrived in the U.S., I discovered a stark contrast—science was not just something to be read about but something to be actively explored, experimented with, and questioned. The ability to participate in hands-on research was a revelation. I had been given a new lens to see my potential. During my junior year, I joined Scientella, a non-profit organization that enabled students to engage in research-based student consulting projects. In my first project focused on cardiovascular genomics, I learned to critically analyze research articles, cite credible sources, and synthesize complex information to present findings effectively. This experience reshaped my understanding of research, transforming it from a distant academic pursuit into a tangible skillset that could drive real-world change. But my love for science has never been just about personal discovery—it’s about who gets to make those discoveries. As I delved deeper into research, I couldn’t ignore the stark disparity between my experiences in India and the U.S. My opportunities in America vastly differed from what had been available to me and my peers back in India. This realization ignited a desire to bridge that gap and empower others who shared my passion but lacked the resources to pursue it. Fueled by this drive, I pitched the idea of expanding Scientella’s reach and starting an international chapter in India. With the support of my science teachers and the co-founder of Scientella, I initiated research sessions for high school girls, guiding them through the intricacies of scientific inquiry—how to gather credible information, analyze data, and present findings effectively. I introduced them to research methods like interviews, surveys, and article reviews, equipping them with tools to navigate the world of STEM confidently. Over the past year, what began as a small initiative with 11 girls has flourished into a thriving chapter of 57 girls, each empowered with the knowledge and skills to take charge of their scientific journeys. Watching them present their research to sponsors from across the world, seeing their confidence grow, and knowing that I played a role in their empowerment is one of the most fulfilling experiences of my life. Empowerment is a cycle that starts with an individual but extends far beyond them. My journey of empowerment began when I was allowed to explore science beyond textbooks, and I, in turn, strive to empower others by creating similar opportunities. It is about breaking the cycle of limitation and replacing it with a cycle of growth, confidence, and ambition. Empowerment has profoundly shaped my life. It has strengthened my analytical and research-driven mindset, solidified my belief in my potential, and given me the platform to make a meaningful impact. More importantly, it has taught me that true empowerment is not just about personal success—it is about paving the way for others, turning obstacles into stepping stones, and ensuring that every aspiring girl in STEM, no matter where she is, has the chance to turn her dreams into reality. For me, empowerment is not just a word but a responsibility and a lifelong pursuit.

I have always considered biology a relaxing escape. It started with learning about Robert Hooke's revolutionary discovery of cells and peering through microscopes to see brain tissue samples. Going to my spring semester Human Anatomy class was the highlight of my junior year routine. I did my first dissection; the most prominent one had to be the sheep’s brain. Seeing the separation of the two hemispheres, the corpus callusom, and cutting into the arbor vitae made me realize the beauty of neurobiology. Driven by the same passion, I joined the Youth Neuroscience Association of Charlotte (YNAC) at UNC Charlotte. At YNAC, I reviewed case studies with my mentor, Dr. Kristen Funk, and assisted in lab simulations for symptoms of neurodegenerative diseases such as Alzheimer’s. My favorite lecture was music therapy associated with dementia and Alzheimer’s. Learning that music plays an immense role in neuroplasticity and aids in forming connections across the brain, helping in regeneration, was intriguing. This summer, I studied music therapy further by attending a course on neuroscience and music at Bethel College Summer Science Institute. I researched how sad music can influence a person’s emotional state by affecting the level of empathy associated with musical sadness quotient. I correlated my learnings of the hippocampus and the medial prefrontal cortex to determine how sad music triggers those brain regions. At the end of the course, I ran 60 simulations through a program called R-studio to determine the intensity of the correlation between brain activity and empathy in music. This was yet another practical approach to neuroscience, but from a technological lens, it made me realize the versatility of neuroscience. As a woman aiming to pursue neuroscience in healthcare, I want to push its boundaries while also breaking the barriers that keep women out. But my love for science has never been just about personal discovery—it’s about who gets to make those discoveries. When I moved from India to the U.S., I was struck by the stark difference in research opportunities for high school students. In India, my passion for science had to be nurtured through textbooks, while in the U.S., I could engage in hands-on research. In my junior year, I joined a non-profit organization called Scientella, through which I could participate in student consulting research opportunities. While I was thrilled to work on this immense research opportunity sponsored by global Biotech company Illumina, I pondered the real-life STEM impact this research opportunity had given me; I reflected on how such platforms were unavailable throughout my 9th and 10th grades in India. I felt the need to share my experiences with my peers in India, so I pitched the idea of expanding Scientella's scope and starting the first international chapter in India. In collaboration with my science teachers and co-founder of Scientella, I started research sessions for interested high school girls to help them understand how to conduct research effectively, gather credible information, and present findings. Over one year, the India chapter has grown tremendously; what started with a team of 11 girls is now 57 girls strong, all exploring different medical fields through research projects. With each research project, I see girls from the India chapter being empowered as they showcase their talent to sponsors from across the world. I built on the academic opportunity to strengthen my own analytical and research-driven mindset. Starting this chapter made me embolden girls like myself to pursue their dreams in science. I want to uplift the next generation of women in STEM—because the future of healthcare isn’t just about groundbreaking discoveries but about who gets to make them.

From an early age, I have been captivated by the intricate workings of the human brain. My fascination with neuroscience has developed through experiences like dissecting a sheep's brain in Human Anatomy class, analyzing music therapy's effects on neuroplasticity at Bethel College, and researching Alzheimer's disease with YNAC at UNC Charlotte. My aspirations, however, extend beyond understanding the brain; I aim to leverage this knowledge to develop cognitive therapies that enhance lives. I aspire to become a neuroscientist specializing in neurodegenerative diseases, merging my passion for research, leadership, and creative problem-solving to impact healthcare significantly. I aim to earn a Bachelor's in Neuroscience, focusing on cognitive neurobiology and neurodegenerative diseases. After that, I plan to pursue a Ph.D. in Neuroscience, concentrating on cutting-edge research regarding Alzheimer's disease, neural plasticity, and cognitive rehabilitation therapies. My commitment to education and outreach is also strong. I hope to develop accessible neuroscience resources for high school students—particularly girls pursuing STEM—through initiatives like Scientella, a nonprofit organization I expanded to India. **Steps and Resources Required for Success** 1. **Undergraduate Education (4 Years)** Target Schools: I am applying to universities with strong neuroscience programs, such as UC Berkeley and UCLA Tuition: Approximately $40,000/year (covered through scholarships, financial aid, and research assistantships). Research Opportunities: I will seek lab assistant roles in university neuroscience labs and apply for summer research internships at institutions like the National Institutes of Health (NIH). Mentorship: I will connect with faculty advisors and neuroscience professionals through networking events. Continuous enhancement of my research and analytical skills is vital for my impact on neuroscience, which involves: - Taking advanced courses in neurobiology, psychology, and computational neuroscience. - Conducting research on Alzheimer's disease and cognitive rehabilitation therapies, following my past experiences at YNAC and Bethel College. Resources Required: - Access to research labs and funding (~$5,000/year for lab fees and materials). - Computational tools like R-Studio and MATLAB for neuroimaging data analysis. - Professional development conferences, such as the Society for Neuroscience Annual Meeting. Pursuing a Ph.D. allows me to specialize in neurodegenerative diseases and contribute to breakthrough research. Goal: To research early intervention strategies for Alzheimer's disease and the use of music therapy in neurocognitive rehabilitation. Resources Required: - Funding through graduate research fellowships (e.g., NSF Graduate Research Fellowship Program). - Access to advanced neuroimaging labs and data analysis software. - Collaboration with medical professionals for translational research in cognitive therapy. To achieve my educational goals, I must plan for associated financial demands: - Undergraduate Tuition & Living Expenses: $160,000 total (~$40,000/year). - Graduate School: Typically funded through research assistantships and fellowships. - Conferences & Workshops: ~$2,000/year for travel and participation. - Research and Lab Fees: ~$5,000/year. - Technology & Software: ~$1,500 one-time cost for computational tools, a laptop, and digital resources. I will seek scholarships, financial aid, and research assistantships while securing fellowships for graduate studies. While my primary goal is academic research, I am also contemplating alternative career pathways in: - Medical Technology & AI in Neuroscience: Creating AI-driven diagnostic tools for neurodegenerative diseases. - Science Communication & Education: Expanding initiatives like Scientella to provide neuroscience education resources. My journey—from leading my class as a representative to establishing a research chapter for high school girls in India and conducting neuroscience research in the U.S.—has strengthened my belief that science is about discovery and uplifting others through knowledge. The path ahead may be challenging, requiring persistence and adaptability, but my passion for neuroscience and its impact will motivate me. More importantly, I want to give hope for early Alzheimer's detection and the harnessing of neuroplasticity to improve lives.