1. Tell us about yourself.
My name is Kareena Desai, and I’m a first-generation Indian-American woman passionate about science, community health, and equity. I’m currently pursuing a degree in neuroscience, with deep involvement in public health and biomedical research. I’ve shadowed physicians, volunteered in hospice and pediatric units, conducted experiments using EEG and fMRI, and developed simulation models to improve chronic disease diagnoses.
What drives me is the belief that science and empathy must go hand-in-hand especially in healthcare. I care deeply about lifting up underserved communities and ensuring that innovation doesn’t leave people behind. My personal mission is to use science to close the gap between diagnosis and prevention, especially for communities that are historically overlooked. I want to become a physician-scientist who leads with heart and designs solutions that reach beyond the lab or clinic.
2. What’s a real-world issue you feel deeply connected to, and why?
I’m deeply connected to the issue of chronic disease disparities in underrepresented populations, especially among older adults and low-income communities. Volunteering at hospices and hospitals has opened my eyes to how people suffer not just from illness but from being failed by systems. Many patients don’t get care until it’s too late. They don’t have access to early screenings, education, or even basic health literacy.
This issue matters to me because I’ve seen how devastating these delays can be. I’ve spoken with patients whose conditions could’ve been caught earlier if they had been offered a simple test or encouraged to make basic lifestyle changes. These aren't abstract policy issues but they're about people who deserve better.
3. If you had the power to make change in that area, what would you do?
If I could make change, I would build community-based preventative care centers that integrate technology, education, and human-centered design. These centers would provide mobile diagnostics, culturally-sensitive education programs, and AI-assisted screenings to catch diseases early. They would also serve as mentorship pipelines to bring more women and BIPOC individuals into healthcare careers in helping to createa cycle of representation and advocacy.
I believe combining research, innovation, and culturally-informed care can break the cycle of late diagnoses and mistrust in healthcare systems. My dream is to help design those systems where care is proactive, not reactive.
4. How did you choose your area of study, and what do you hope to do with it?
I chose neuroscience because I was fascinated by how the brain shapes our behaviors, emotions, and vulnerabilities especially as we age. My interests evolved at the crossroads of science and service. I began with curiosity about brain function but soon became more invested in how cognition intersects with diet, aging, and chronic disease.
I’ve worked on projects ranging from fMRI and EEG studies of working memory to building simulations for diabetes care and fluid dynamics in urology. Though my work spans disciplines, it all comes back to one purpose: understanding complex biological systems so I can make care more effective and accessible. I hope to become a physician-scientist focused on cognitive and metabolic health in older adults.
5. What’s one goal you’ve set for yourself in the next 5 years and how do you plan to get there?
My goal is to contribute to cutting-edge research on how the gut microbiome, nutrition, and metabolic health influence cognitive aging. Within five years, I aim to be working in a lab or clinical setting that studies these relationships and designs interventions to delay or prevent cognitive decline in at-risk populations.
To get there, I plan to apply to a graduate program or research fellowship that supports interdisciplinary work in neuroscience and public health. I’ll continue gaining research experience, deepening my clinical exposure, and applying for scholarships like this one that allow me to focus more fully on academic and service-based impact.
6. How has education helped you better understand yourself and your purpose?
Education has helped me connect science to service. In the classroom, I’ve learned the mechanisms behind disease. Outside of it, through volunteering and community events, I’ve seen how those mechanisms impact lives especially when people don’t have access to timely care.
Through challenges like retaking tough science classes and presenting my work at research symposiums, I’ve also discovered my resilience and adaptability. Education has taught me how to ask the right questions, and just as importantly, how to listen. It’s helped me understand that my purpose lies in combining knowledge with action.
7. How has your identity as a woman influenced the way you move through the world?
As a woman in STEM, I’ve often found myself as the only female or person of color in the room. It can be intimidating, but it’s also empowering. I’ve learned to lead with confidence, advocate for inclusion, and help others find their voice.
There have been moments where I’ve felt underestimated or questioned, especially in technical fields. But I’ve used those moments to fuel my growth and reach back to mentor others. Being a woman in STEM has taught me that leadership doesn’t always mean being the loudest, but it often means being the one who listens, uplifts, and creates space for others.
8. What does leadership mean to you and how have you embodied it?
Leadership to me means responsibility and service. It means stepping up not just to guide others, but to support them. Whether as President of Circle K, organizing charity events like the Honorine Golf Classic, or leading group research projects, I strive to lead with empathy and clarity.
Some of my proudest leadership moments weren’t public, they were when I helped a struggling classmate prepare for an exam, or made a nervous patient feel comfortable during a telehealth intake. I believe leadership can be incorporated into everyday actions
9. Describe a time you had to be resourceful or resilient. What did you learn from it?
During my first semester of college, I struggled with the transition and had to withdraw from physics. A year later, I retook that class and organic chemistry at the same time. It was one of the hardest academic years of my life, but it taught me how to build sustainable habits, ask for help, and believe in myself.
I created study groups, sought out tutors, and changed how I approached learning. That year, I didn’t just bounce back but I grew stronger. I learned that resilience isn’t about perfection, it’s about persistence.
10. If awarded this scholarship, how would it help you pursue your dreams?
This scholarship would allow me to focus more deeply on my research, leadership, and community health initiatives without the constant burden of financial strain. It would also be a vote of confidence in the path I’m carving, not just for myself, but for the communities I want to serve.
It would help me continue exploring the connections between diet, aging, and cognitive health, and give me the freedom to engage in service work that makes science more accessible. Your support would empower me to keep pushing boundaries and to bring others along with me.