Training Outline
Our three-day Public Training courses follow the fixed topics below. An in-house training can include any of the topics below, customised to suit specific requirements.
Day 1
Introduction to Move
- Data import
- Working in simultaneous views
- Analysing data: histograms, cross plots, stereo plots, SCAT
- Export options and formats
Introduction to the basic concepts of 2D model building
Importing, conditioning and digitising your data
- Importing and conditioning a map
- Importing a section
- Digitising surface data (map)
- Importing wells, seismic data, and dips
- Digitising cross section
- Preferred section orientation (analysis)
- Section construction from surface data
Introduction to the basic concepts of 3D model building
3D model building and conditioning
- Importing sections, surface data, wells
- 3D model building
- Surface construction from 2D cross sections
- 3D model construction from field geology and dip measurements
- Thickness analysis, reconstructing eroded surfaces, fold construction
Day 2
Validating and balancing cross-sections using the 2D Kinematic Modelling Module
- Restoration strategies: unfolding/block/move-on-fault restorations, back stripping and forward modelling.
- Balancing and restoring sections: e.g. block restoration
- Backstripping
- Balancing and restoring sections using Move-on-fault algorithms
- Forward modelling
Day 3
3D model validation and balancing using the 3D Kinematic Modelling Module
- Restoration strategies: block restoration, move-on-fault restoration, back stripping and forward modelling.
- Algorithms and workflows for block restoration, tracker tool and area misfit
- Balancing and restoring models using Move-on-fault algorithms
- Input parameters for Geomechanical restoration
- Sensitivity to input parameters: analysing scenarios
- Statistical fracture modelling
- Condition data for fracture modelling
- Analyse well and field data to define inputs for fracture modelling
- Connectivity, porosity and permeability of a fracture network
- Forward and inverse modelling of turbidite flows
- Input parameters for turbidite flow modelling
- Forward and inverse modelling
- Sensitivity of the sediment modelling to input parameters: analysing scenarios
Day 4
Some of our Glasgow Public Training courses include a 4th day for Digital Field Mapping using FieldMove
- An introduction to field mapping digitally
- Working with stratigraphic database
- Configuring and using the GPS unit
- Data collection
- Using other Move components and exporting data
Would you like to come on one of our training courses? Dates can be found in the Calendar section.
