I am a senior undergraduate and first-year graduate student in the accelerated B.E./M.S. Biomedical Engineering program at Stony Brook University, with a minor in Electrical Engineering. My work combines engineering innovation and healthcare, focusing on advancing medical technology to improve patient outcomes.

During my internship at VJ Technologies, I contributed to the design and testing of non-destructive computed tomography imaging systems. I developed synchronization systems for LINAC-based imaging and collaborated with physicists and engineers to optimize device performance. In the Cardiac Electrophysiology Lab, I use MATLAB to model cardiac action potentials and investigate therapeutic solutions for Long QT Syndrome. My research blends computational modeling with practical applications to address cardiac health challenges.

I am also a certified paramedic with extensive experience in emergency medicine. I have provided advanced life support in high-pressure situations, including 911 calls and interfacility transports. This clinical background informs my engineering work, allowing me to design medical devices that address real-world healthcare needs. My goal is to bridge the gap between clinical practice and technological innovation.

Beyond my academic and professional work, I am passionate about medical imaging, collaborative problem-solving, and translating research into impactful healthcare solutions. I aim to use multidisciplinary approaches to drive advances in patient care and medical technology.

Feel free to connect with me on LinkedIn to learn more about my work and interests!