Training courses
are regularly offered at the Universität Freiberg or
in-house, and cover required theory and realistic hands-on exercises and projects.
3d Geomodeling (3 days) 
- Fundamental concepts
- Discrete Model: topology, geometry, properties, constraints
- Gocad Data Model
- Discrete Smooth Interpolation (DSI)
- General features, user interface
- PointsSet and general object features:
Data Import, Properties, Regions, Scripts
- Curves: Digitizing seismic data, Editing
- Surfaces: Interpolation, Editing, Adapting a Surface to honor data, Faults and Folds, Model3d
- Structural Modeling Workflow
- Wells, Groups & Stratigraphic Column
- SGrid: Creation and Editing, Porosity interpolation
- Reservoir SGrid Modeling Workflow
- Voxet: Common Earth Model, Seismic velocity modeling
Geostatistics and reservoir characterisation (3 days)
- Preliminaries: spatial data analysis
- 1d-3d variograms and their interpretation
- Estimation of continuous properties (Kriging, Cokriging) and facies (Indicator Kriging)
- Simulation of continuous properties (SGS) and facies (SIS), Multiple point geostatistics, Risk assessment
- Case studies: from seismic and well log data to facies and porosity model
Gocad plug-in development (2 days)
- Gocad software architecture, design patterns
- Plug-in programming examples and guided exercises using the Gocad
C++ class library and Qt
- Scripts and creation of wizards
GIS in geosciences (2 days)
- Data model and data management
- Geoprocessing, data analysis, query
- Spatial analyst: raster processing
- Geostatistical analyst
- Development with ArcObjects
Geoscience data management (1 day)
- Relational and object-oriented geoscience data modeling
- spatial and spatio-temporal data models
- Introduction to UML and XML Schema
- POSC and OpenGIS standards (GML)
- Spatial database management systems and query
© Marcus Apel
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