
Detail-oriented biomedical engineering student with research experience in cardiac imaging, data analysis, and experimental design. Skilled in translating complex scientific data into clear insights and practical solutions. Passionate about applying a strong foundation in biology, computation, and quantitative reasoning to biotechnology and healthcare consulting. Detail-oriented research intern with a strong foundation in data analysis and project management. Demonstrated success in conducting independent experiments and presenting findings, ready to leverage analytical skills to drive impactful research initiatives.
As a PILOT leader at Johns Hopkins University, I facilitated collaborative, peer-led learning sessions for General Chemistry I. I guided small groups of students through problem-solving and conceptual review exercises to strengthen their understanding of key topics, such as stoichiometry, thermochemistry, and atomic structure. In this role, I worked with faculty and the PILOT program staff to develop session materials, encourage active participation, and create a supportive environment that promoted teamwork and academic growth.
As a member of the re-founding class and Philanthropy Chair of Tau Epsilon Phi at Johns Hopkins University, I organized and led fraternity initiatives supporting local and national causes. I coordinated a 'Pie a Brother' fundraiser to benefit The Baltimore Station, where our chapter volunteered by cooking and serving meals for more than 50 residents in recovery. In this role, I managed event planning, budgeting, and promotion, while encouraging chapter-wide participation and strengthening partnerships with campus and community organizations.
I manually contoured hundreds of CMRI scans of patients with repaired tetralogy of Fallot. I also headed a research study comparing different contouring methods (mouse vs. stylus). I anonymized and organized patient data to run data analysis. Shadowed numerous open-heart surgeries and cardiac catheterizations. I completed multiple quantum computing courses and presented a poster about my research at a culmination ceremony.
I was part of the Dammaser biomedical engineering lab, where I tested parameters on the Uromonitor device. I also conducted independent experiments and presented a research poster in culmination related to the uromonitor device. I also had a two-week experience in a quantum computing lab, applying concepts to an MRI research project.