I first started working on acoustic noise and vibrations of electrical machines during my industrial PhD in Electrical Engineering in 2005, which focused on magnetic noise reduction in traction induction motors. I really enjoyed working on that topic for its multiphysic nature (electrical engineering, electromagnetics, structural mechanics, acoustics, but also heat transfer and signal processing), and because it also covers all fields of engineering (experimental tests, mathematical modeling, and numerical simulation). As a founder of EOMYS, I have been involved in more than 100 e-NVH projects at design stage or after manufacturing.

"I like taking part in technical trainings at EOMYS for the rich technical discussions we have with the engineers, and the effort that it requires to explain things in different ways."

I have been working on magnetic noise and vibrations in electrical machines since the beginning of my PhD thesis in 2015, from which I keep studying and developing fast and accurate multiphysics models inside MANATEE software. I also use these tools daily to perform noise prediction and root-cause analysis within EOMYS’s e-NVH consulting team.

"As a member of EOMYS’s e-NVH training team, my main motivation lies in mutualizing the experience of each person attending to the training (trainer or trainee) so that we progress all together on better understanding magnetic noise issues and how to avoid or mitigate them. The e-NVH topic is more and more interesting and challenging to me as I look at the growing need of low-noise and pleasant-noise design of electrical machines, especially in transport and domestic applications."

I have been working since 2014 on noise and vibrations of electric devices. Following a M. Sc. specialized in Applied Mechanics, I made an electrical engineering PhD focusing on noise and vibration root cause analysis and reduction techniques of industrial reactors. As an R&D engineer at Eomys Engineering, I participated in solving e-NVH issues on electrical machines for several customers in various applications (automotive, industry, railway…) using simulation and testing skills.

"Being part of EOMYS training team allows me to share those various experiences. It also provides the opportunity to discuss with the trainees the vibroacoustic challenges raised by recently developed Emachine topologies."

Following a M.Sc. specialized in acoustics (Ecole Centrale Marseille, France) in 2006, I worked as an acoustic engineer focusing of noise emitted by industrial sites and home appliances. In my current job position, I like the complementarity between NVH numerical simulation and vibro-acoustic measurements to characterize and troubleshoot noise issues.

"Being a trainer gives me the opportunity to summarize, communicate and transfer knowledge in my specialty. I particularly enjoy lively trainings with high interactivity."

After a PhD in aeroacoustics in 2006, I worked 10 years, as an NVH engineer, in the railway industry. I developed wide technical and metrological competencies in vibro-acoustic. In parallel, I delivered, for 5 years as a guest teacher, an introduction to acoustic and vibration to MS student in industrial risks course. I joined Eomys in 2020. My activities are mainly focused around vibro-acoustic measurements of electric drives, applied R&D in acoustic noise and vibrations due to magnetic forces in rotating machines and R&D in electric motors sound quality assessment.

"When teaching, I like the challenge of trying to make complex phenomenon understandable to various audiences and finding illustrative examples from everyday life"

I have been working on scientific software engineering since 2014 when I joined EOMYS. The best part of working on scientific software is that there is always something to improve, to experiment, to tune. The most challenging part is to come up with software design that are flexible enough to handle all these evolution and simple enough to enable scientist to focus on science instead of memory management. In particular, I am in charge of the development and architecture of EOMYS’ commercial software MANATEE. and am also working on open-source projects.

"As a trainer, I like to exchange with scientist to discover their field to help them becoming more efficient with some good IT/software practices enhancing reproducible science and knowledge management."

I received a M.Sc. degree in Aerospace Engineering from ISAE-Supaéro, Toulouse, France and a M.Sc. degree in Fundamental and Applied Mathematics from Univ. Paul Sabatier, Toulouse, France, both in 2017. I am now working on an industrial PhD thesis at the L2EP laboratory (Université Lille, France) and LSEE laboratory (Univ. Artois, France) with the company EOMYS ENGINEERING. My PhD thesis focuses on the numerical methods to perform magneto-mechanical coupling for e-NVH analysis.

"For me, each training is a nice opportunity to discuss with various engineering profiles, and transfer my PhD thesis findings to industry."