Course contents: Geological and geophysical data preparation. • Preparing of horizon and fault data (Fault picks in seismic): • Procedures • Data enhancement o Seismic attributes (Structure smoothing, Coherence/Variance, Ant-tracking, ...) • Seismic horizon interpretation o Methods • Well correlation • Cutoff determination • Automatic facies interpretation • Mapping o Procedures o Grid cell size • Surface Calculation • Velocity Modeling an depth conversion • Fault model overview o Structural styles overview o Classical Framework construction (working in time and depth domains) o Fault gridding approach o Develop only one structure model o Structural uncertainty o Gridding refining at well locations • Stratigraphic framework & Geocellular gridding o Building layering into the static model o Vertical resolution • Facies modeling techniques o Data analysis o Variograms o Facies modeling options Deterministic Object based Stochastic (SIS and MPS) • Petrophysical modeling techniques o Which properties are modeled? o Property modeling workflow Upscaling of well logs Data preparation Data analysis Variograms o Geostatistical methods Kriging (Predicition) Stochastic (SGS) o Modeling of water saturation • Volumetric calculation (Net rock volume, pore volume...) • Basics of process manager (Automatic recalculation)