My research integrates thermo-fluid dynamics, computational modeling, biomechanics, and data-driven methods to study complex physical and biological systems. My current doctoral research focuses on human voice production and examines how the respiratory, phonatory, and articulatory systems interact during phonation. I develop computational models to study airflow, pressure, vocal-fold motion, airway mechanics, and glottal jet dynamics. My work also uses high-speed medical imaging, image processing, machine learning, and optimization to develop subject-specific models of voice production. Beyond voice research, my research interests include turbulent flows, heat transfer, thermal systems, additive manufacturing, and multiscale fluid mechanics.