En résumé

Previous roles include but are not limited to:

Suction piles design for both In-place and Installation studies. Engineer, specialising in the use of Finite Element packages, Isymost and NSO.

Dynamic/Extreme analysis of large scale In-place subsea flexible systems, primarily at Tender stage. Dynamic Installation Analysis of Rigid Pipelines, Umbilicals, and Flexibles as part of project teams. Structural design calculations (Seafastenings for FPSO deck modules, winches, etc.). [use of Finite Element packages,Orcaflex, Deeplines and Flexcom] Project Management. [Open Project]

Enterprise organisation and business plan accuracy.

Prepared to relocate. Temporary or permanent roles.

Graduated from ENSTA-Bretagne University as an Offshore and Naval engineer.

Ps: "​ Shoot for the moon. Even if you miss, you'll land among the stars. " Oscar Wilde


  • Jan De Nul - Project Engineer Offshore Works

    2015 - maintenant Superintendant
  • Technip - Offshore Structural Engineer [FEED]

    Paris 2015 - 2015 Suction piles design for following studies:
    • Sea Transport
    • Lifting
  • Technip France / Offshore BU - Ingénieur Appels d'offre

    2015 - 2015 • Riser simulations. – Riser System. (Dynamic Analysis _ France-Paris)
    Future riser system for an FPSO in spread moored configuration and placed in West Africa. Applying simple methods while using Orcaflex and Flexcom software.
    • One riser simulations. (Dynamic Analysis _ France-Paris)
    Dynamic analysis for a tender of an FPSO in spread moored configuration with only one riser. Hybrid riser as two sections: one Carbon Fiber Armor (CFA) and one flexible.
    • Umbilical Termination Head Study. (Buoyancy Accuracy and Installation Analysis _ France-Paris)
    Umbilical that has to be changed. New umbilical cable installation. Study done from the cable lay to the cable connection.
    • Trainings: Orcaflex, Flexcom and VIV. (France-Paris)
    • Spool study: as a checker of hydrodynamic model: Hysteretic bending stiffness and shear forces on the spool dues to buoyancy force.
  • Vulcain Ingénierie - Engineer Project Studies

    NEUILLY SUR SEINE 2015 - 2015 Contractor for SURF (Subsea, Umbilicals, Risers & Flowlines) and Offshore Structure
  • Principia North - VIE

    2013 - 2014 • Riser simulations. – Riser System. (Dynamic Analysis _ Scotland-Aberdeen)
    Future riser system for an FPSO. Applying simple methods while using Deeplines. Explaining to client the good understanding and using of the software. Advantages: Irregular wave simulation during 500s rather than 10800s. Energy and Efficiency. (Project Management and Research – Hydrodynamics Studies _ Denmark-Svendborg)
    Research study with several partners as Danish government. Theoretical study only, Sea trials done by a partner.
    • Cable Laying and Pulling analysis. (Installation Analysis _ Denmark-Svendborg)
    Analyzing cable laying for renewable energies fields. Studying behavior when current arrival from portside or starboard.
    • Numerical model design. For Cable Laying studies. (FEM _ Denmark-Svendborg)
    Mesh, hydrodynamic data base extraction and data extraction from drawings.
    • Mooring system analysis. (Dynamic Analysis _ Denmark-Svendborg)
    FPSO Mooring. Justifying time simulation analysis. Study inducted by problems on other mooring systems using same components.
    Support for drafting technical and financial proposals.
  • Thales underwater systems - Apprenti

    2012 - 2013 • Structural design and sizing. (Structural Studies and FEM _ France-Brest)
    Pulling military sonar under a vessel for deepwater detection. The structure allowing its pulling have to support high tensions created by the sonar due to hydrodynamics forces.
    • Vibration studies. (Modal Analysis _ France-Brest)
    The same structure have to support efforts created by accelerations (explosions i.e. 1g10ms).
    • Specification documents redaction. (General Mechanics _ France-Brest)
    Results: Weigh reduction. Competition solutions compare to TUS solutions.