First and foremost we are scientists driven by natural curiosity to understand physical processes and desire to make a difference to the real world problems. Our work brings together knowledge from across different disciplines, enabling sustainable development through understanding, predicting, and controlling fluid flows and noise generation mechanisms associated with fluid-structure interactions. We are working on both fundamental and applied research problems and always look for opportunities to apply our work outside a laboratory environment.

We draw our greatest satisfaction from translating high-quality research into tangible designs that industry can adopt. The unique physics of fluids and generation of aerodynamic sound holds challenges in understating basic physical phenomena and opportunities in leveraging these phenomena toward new technologies. Our research group combines experimental, analytical, and computational tools to study aeroacoustic problems, characterized by coupling between fluid mechanics and aeroacoustics and focuses on reducing acoustic signature.