- Lead development of B-Mode imaging on POCUS device Hepatoscope from R&D to FDA 510k clearance and CE marking - Lead development of quantitative imaging modes (UA, BsC, SoS, 2D Transient Elastography) on POCUS Hepatoscope device from R&D to FDA 510k clearance and CE marking- Actively involved in various product development stages e.g. transducer selection, AP&I, probe manufacturing and testing - Actively participate in innovation (8+ patents filed, publications in major journals and conferences) and in the design of E-Scopics innovation roadmap

Review papers in ultrasound imaging, compressed sensing, inverse problems

Working on compressive sensing applied to ultrasound imaging.Working in LTS5, supervised by Prof. Jean Philippe Thiran

- Airport passenger flows simulation: use of 3D models to make videos and extract KPi for airports.- Daily used simulation software: Demo3D, sim3D- Work on optimizing security processes applied to passengers: Dynamic and intelligent checkpoint lane assignment method, Optimization of checkpoint lanes opening methods...- Work for IATA and various airports: Charleroi, ADP-CDG, Malpenza, Heathrow

- Fake finger detection: mainly hardware based techniques (optics, electronics...) but also software based techniques (image processing using Python PIL library)- Elaboration of prototypes and testing-Validation of the final solution

Teaching mathematics and physics to high school students (2h to 4h/week)

Helping students in Electronics during exercise sessions (2h/week)

- Transformer primary current reconstruction from a saturated secondary current- Work with a team in the Power and Engineering Center (Grenoble) and with a team in the UK- Work included in the Schneider Project : FUSION- Work on Matlab and EMTP-ATP