I received a Bachelor’s degree in Mathematics from the University Claude Bernard of Lyon, France (2011), and a Master’s degree in Advanced Scientific Computing from the University of Lille, France (2013). I have completed a Ph.D at INRIA Lille in the DEFROST team, France (2018).

R&D Engineer [2021-current]inria-vector-logo
INRIA Lille | DEFROST team

R&D Engineer [2021 (4 months)]insaRennesLogo
Project: Suction cup simulation.
Freelance for INSA Rennes 

R&D Engineer [2020 (6 months)]1523872538_logo_fedii
Project: Simulator for robotic surgery.
University of Naples Federico II 

Postdoctoral Researcher UMcGill[2019-2020 (1 year 3 months)]
Advisor: Paul G. Kry
McGill University Montreal 

R&D Engineer [2019 (5 months)]inria-vector-logo
Project: Online control of soft   robot locomotion and manipulation tasks.
Advisor: Christian Duriez
INRIA Lille | DEFROST team

Ph.D in Computer Science [2017-2018 (2 years)]
Title: Optimization-based inverse model of soft   robots with contact handling.
Commitee: François Chaumette (Chair), Jamie Paik (Reviewer), Nicolas Mansard (Reviewer), Allison Okamura (Examiner), Hadrien Courtecuisse (Examiner), Adrien Escande (Examiner), Christian Duriez (Supervisor)
INRIA Lille | DEFROST team

R&D Engineer [2014-2017 (3 years)]
Project: Plugin for the simulation soft   ware SOFA. The aim of the plugin is to facilitate the modeling of a soft robot and enable its control through an inverse simulation. The real-time control of soft robots is implemented using a very fast inverse Finite Element method.
Supervisor: Christian Duriez
INRIA Lille | DEFROST team

R&D Engineer [2013-2014 (5 months)]
Project: Simulator prototype reproducing the microsurgical approach and the intracranial aneurysms clipping, with bimanual haptic feedback. The aim of this simulator is to train students to the procedure and maintain the high level of expertise that is expected.
Supervisor: Christian Duriez
Collaboration: Laurent Thinès
INRIA Lille | SHACRA team

R&D Engineer [2013-2014 (7 months)]
Project: Semi-automatic registration of anatomical structure deformations. The idea is to use an interactive inverse simulation of physics-based deformable model, computed in real time.
Supervisor: Christian Duriez
Collaboration: Luis Schiappacasse and Nick Reynaert
INRIA Lille | SHACRA team


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