Project Manager and IMR Engineer for various Subsea Maintenance and Inspection Engineering (MIEC) contracts. This includes:- Engineering and drafting activities supervision (Design reviews, Inspection Manuals, Intervention Manuals, Criticality studies, ERS, EPRS, Spare Parts, 3D Modelling) - 4-10 people team ;- Interface with Client and Reporting;- Engineering works;

Subsea Superintendant onboard a production platform offshore Congo for Total (Moho Bilondo).Supervision of Subsea Production System activities (2 manifolds, 9 prodction wells, 5 injection wells, flowlines, flexible risers, umbilicals).Technical assistance to operate the subsea equipment in accordance with the operating philosophy, within the design specifications.Preparation and follow-up of Integrity programs.Supervision of subsea inspection, maintenance and repair activites.Reporting to management team onshore.

In charge of Inspectability, Maintainability and repair studies for all Subsea equipment for Moho Bilondo (Congo) field development.Technical recommendations to Client (Total).Preparation of all the technical documentation related to future inspection and maintenance activites for all subsea equipment.Preparation os Spare parts recommendations for these equipment.

METHOD / INSTALLATION ENGINEER - 3 YEARSIn charge of the preparation, redaction and offshore implementation of the fabrication and installation procedures for Production and Injection risers (single and pipe-in-pipe top tensioned risers) for Kizomba B Project (Exxon, Angola). 2 years of engineering preparation, 8 weeks of offshore installation campaign.CONSTRUCTION ENGINEER - 1 YEARSite representative for Alto Mar Girassol in Angola (Lobito), I was in charge of the fabrication follow-up of various offshore structures for Girassol Phase 2. This also included the preparation of cargo-barges, rigging, load-out, interface with Subcontractor (Sonamet) and with Client (TFEA), and reporting to AMG office in Paris.TRAINEE - R&D DEPARTMENT - 6 MONTHSI participated to a feasability study for offshore wind farms (COEF project), involving auto-installable gravity base structures (SeaFlower) for large offshore turbines.