Welcome!

I am currently holding a post-doctoral position at Magique3D, Inria. This collaboration offers me the opportunity to vastly improve my skills in applied mathematics, studying finite elements numerical schemes applied to wave propagation equations, among many other things that you can discover here.

I pursue research in Acoustics and Signal processing. I have strong knowledge in the acoustic of resonators, and the definition/resolution of inverse problem relying on simulations, notably based on the Monte Carlo method. I am also highly interested in Psychoacoustics and how humans perceive their sonic environment. Regarding Signal processing, my skills range from supervised classification, analysis of 3D-surfaces, to time-frequency methods (spectrogram, wavelets). Up to now, the scope of my work ranges from the design of musical instruments, to cell biology, and art related projects.

Currently, my line of research involves:

• measuring, modeling, and simulating the functionning of wind instruments,
• designing optimal wind instruments,
• undertaking perceptive studies focused on physical model validity and subjective evaluation of optimal wind instrument.

My hope is to dive into wind instrument musicality in a near future.