- Participated on prospect evaluation in black sea (Han Asparuh block - Bulgaria) + Well preparation- Participated on prospect evaluation in Caspian sea (Absheron - Azerbaidjan)

- Structural modeling support (Fault and horizon modeling)- Reservoir model infilling support (petrophysics and Facies uncertainties)- Reservoir volume computation support- Fault and horizon juxtaposition analysis - Map creation support (Sedimentological map, Shapefile management) - Well data and seismic management (Import/Exort, well log computation)- Seismic interpretation : seismic attribute computation, spectral decomposition - Sedimentological interpretation support- Well correlation support

- Structural modeling support (Fault and horizon modeling)- Reservoir model infilling support (petrophysics and Facies uncertainties)- Reservoir volume computation support- Fault and horizon juxtaposition analysis - Map creation support (Maturity map, sedimentological map, Shapefile management) - Well data and seismic management (Import/Exort, well log computation)- Seismic interpretation : seismic attribute computation, spectral decomposition - Sedimentological interpretation support

TOTAL (CSTJF - Pau) : Reservoir modeling (fast gridding) – Prospect E evaluation – Seismic interpretation Block 48 (Angola) - Turbidites: - Seismic interpretation (intra-prospect-picking – reservoir unit determination for 3D model)- Sedimentological analysis of reservoir (coherency, amplitude analysis), Facies map- Reservoir grid construction, reservoir model infilling (Facies and petrophysics parameters)- Structural network integration in reservoir model via SISMAGE;- Structural uncertainties study, GRV computation and integration in 3D reservoir model- STOIIP computation, tornado;- Block 17 prospect inventory & potex review and Nearby consolidation

Fast geomodeling on Sismage software.- prospect evaluation- Time depth conversion - Reservoir modeling- Seismic interpretation - Petrophysics parameters estimation

TOTAL (Internship location : Pau) : Petroleum evaluation of Turbiditic complex (CX1) in Violeta area (Block 17) in order to compare 2 methods : EXOPX and T-STORM :- Basin synthesis (tectonic and sedimentology);- Seismic interpretation (Fault, horizon top and base reservoir with Sismage software) and Time/depth conversion;- Prospect evaluation (Trap and fluid contact analysis, well log analysis, sedimentology);- Risks analysis;- Volume calculation with ESOPX software;- Reservoir modelling (fast gridding) and volume calculation with T-STORM for an exploration case (AE picking and using of 2 methods for volume calculation : Deterministic and multirealization; "Parameter Browser"

The AAPG Imperial Barrel Award is a competitive, exploration-based project undertaken bygroups of students (typically 4-5 students per team) studying masters-level petroleumgeoscience in academic institutions from around the world.Study Area : Taranaki Basin (New Zealand - Offshore)Project duration : 2 monthsThe main steps of the project were: - Load the data into Petrel- Basin analysis: geological setting (tectonic, stratigraphy, geodynamic, paleogeography), petroleum system- Data analysis: Source rock analysis (burial history, critical moment, petroleum event chart), seismic interpretation (2D seismic), well logs interpretation (11 wells, Techlog), dry hole analysis- Plays analysis: conventional (shallow water and deep water), risks assessment- Prospect evaluation: volume calculation & risk analysis- Ranking of prospect and technical recommendationSoftware: Petrel, Techlog, PetroMod, ArcGIS Skills developed : International and professional experience, Oil & Gas exploration, Teamwork, Managing multiple priorities

Subject : Study of the evolution and distribution of the Albian (including turbidite facies) in order to identify prospective areas Albian in the study area Experience acquired : Synthesis and data management (scanned or paper) -Introduction to Kingdom Suite software - Thickness map - Depth map, Lithological map - Introduction to petrophysics calculation - Study report and Oral presentation