Main research field concerns the dynamics of machining systems. I'm also acting as a teacher, applied to the numerical modelling (mainly Finite Elements) and Machining Process to student engineers and scientists in Mechanics at Ecole Nationale d'Arts et Metiers. 

I am in charge of the  Nessy2m solver development (network solver system dedicated to machining). The Nessy2m program is unique temporal approach applied to machining process modeling : milling, boring and turning operations. It allows to predict the final geometrical defects of machined surfaces : form, waviness and partly roughness. 
  

Lounes Illoul, another member of the PIMM laboratory, is Nessy2m Solver Senior Developer.

On going or recent Machining Collaborative Projects:

Distributed Digital Twins for industrial SMEs: a big-data platform

• Acronym: IoTwins
• Funding: Europe, H2020-ICT 
• Duration: 09/2019-09/2022
• Links: IoTwins presentation

Smart machining to control part deformation / Usinage intelligent pour la maîtrise de la déformation des pièces

• Acronym: iMade
• Funding: ANR PRC
• Duration: 12/2019-12/2023
• Links: Imade project

Simulation of the dynamics of the machine-tool-part system for virtual machining of milling operations / Simulation de la dynamique du système machine-outil-Pièce pour l'usinage virtuel des opérations de fraisage

• Acronym: Sinusoide
• Funding: Région Auvergne-Rhône-Alpes, projet Booster
• Duration: 03/2019-03/2021
• Links: Sinusoide Nuclear Valley, Booster region Auvergne-Rhône-Alpes

Experimental platform for the development of a hybrid twin of a robot machiner: HERCULE / Plateforme expérimentale de développement et de démonstration de jumeau numérique hybride d'un robot usineur : HERCULE

• Acronym: HERCULE project
• Funding: Institut Carnot ARTS
• Duration: 01/2020-07/2023