About me 

I am a scientific researcher specializing in high-speed aerodynamics. My work spans a wide range of complex flow phenomena, including laminar-to-turbulent transition, the design and development of high-speed test facilities, free jet flows, supersonic nozzle flows, shock wave boundary layer interactions, and supersonic cavity flows.

My research interests lie at the intersection of cutting-edge experimental and computational methods i.e. SWBLI, Laminar to turbulent transition, jet noise reduction, supersonic mixing, and the development of innovative experimental facilities.

My contributions to the field are recognized through publications in esteemed peer-reviewed journals and presentations at numerous international conferences. I am passionate about advancing the understanding and application of high-speed flow dynamics to solve complex engineering challenges.