Supervision

Internship supervision

  • Unloading OA-induced knee animal model : kinematic analysis of the walk and dynamic weight-bearing
    • GABOR Radu-Nicolae, L3 STAPS, AMU — 2019-2020 — ~150h
    • ROUX Mathilde, L3 Biologie, AMU — 2018-2019 — ~300h
    • CORTES Alicia, M1 STAPS, AMU — 2018-2019 — ~150h
    • COUSTELLIER Cécile, M1 STAPS, AMU — 2018-2019 — ~150h
  • Design of a anatomical plate for the fixation of the knee exo-prosthesis
    • TAOUAB Noaman, M1 STAPS, AMU — 2018-2019 — ~150h
  • Contribution to the development of an implantable medical device: histological quantification and drafting of specifications for the manufacturer
    • COLOMBANI Roxane – L3 STAPS, AMU — 2018-2019 — ~150h
    • BON Aurélien – L3 STAPS, AMU — 2018-2019 — ~150h
  • Mechanical unlaoding of the knee : review and applications
    • BARDOT Léo-Pôhl – M1 Santé publique — 2018-2019 — ~150h
  • Optimisation of the bone plate design for knee exo-prosthesis conception
    • CHIVET Aurélien — Ecole Centrale Marseille — 2017-2018 — ~100h
    • BARREAU Emeric– Ecole Centrale Marseille — 2017-2018 — ~100h
    • CLAUSSE Nicolas — Ecole Centrale Marseille — 2017-2018 — ~100h
  • Multi-physics modelisation of the articular cartilage
    • LOUETTE Victor, M1 STAPS, AMU — 2017-2018 — ~150h
    • CESETTI William, L3 STAPS, AMU — 2017-2018 — ~150h
  • Implementation of an experimental protocol for evaluating a new implantable medical device for the knee osteoarthritis treatment
    • BONNEFOY Adeline — M1 STAPS, AMU — 2017-2018 — ~150h
    • SPUHLER Max — L3 STAPS, AMU — 2017-2018 — ~150h
  • Morphometric analysis of the knee for the conception of a biomimetic implantable medical device
    • CASTILLO Cynthia, M1 STAPS, AMU — 2017-2018 — ~150h
    • MAUREL Anaïs, L3 STAPS, AMU — 2017-2018 — ~150h
  • Conception about a new implantable medical device
    • LOUETTE Victor — L3 STAPS, AMU — 2016-2017 — ~150h
  • 2D numerical analysis of the bone-screw interface :
    • MANIERE Adrien — M1 STAPS, AMU — 2016-2017 — ~150h

Teaching

  • « Mecanobiology » (3h, M2 BTI, 2019-2020)
  • « Applied Mechanics » (15h, M2 IEMH, 2019-2020)
  • « Introducing Finite Element Method » (20h, M1 BTI, 2019-2020)
  • « Instrumentation » (28h, M1 IEAP, 2019-2020)
  • « Mathematical basics » (32h/y, L1 STAPS, 2018-2019/2019-2020) (students : find your ressources here)
  • « Mathematical basics for movement analysis » (12h, L1 STAPS, 2017-2018)
  • « From patent to patient : numerical models and virtual surgery » (2h, L3 STAPS 2016-2017)
  • Private tutor (2008-2016, high school level)