I research focuses on computational acoustics, particularly on advancing numerical modeling techniques for simulating sound propagation and vibroacoustic phenomena in complex environments. My work emphasizes the time-domain discontinuous Galerkin (DG) method, aiming to improve simulation accuracy, efficiency, and robustness for room acoustics applications.
I am also deeply engaged in open-source scientific software development, contributing to transparent and reproducible research workflows in acoustics. Within the SAM group, I current activities bridge room and machine acoustics, exploring methods for auralization, sound field prediction, and digital learning tools for computational acoustics education.
