| 8.45 | Installation | Licensing of 3D GeoModeller software |
| 9.15 | Introduction | The geothermal project site exploration & development challenges |
| 9.45 | Presentation | Mapping and model-building for EGS project sites. (Including interpolation methods for sparse geological data) |
| 10.35 | Demonstration | Overview of a ready-prepared geology model (EGS geothermal) |
| 10.50 | Exercise | Add more geological data to your geology model. Geo-register a map-image, digitize geological data, compute the 3D geology model, render 2D and 3D views. |
| 11.50 | Presentation | Principles of heat flow, physical properties assignment in your model. |
| 12.10 | Exercise | Direct calculation of 3D temperatures, heat flow & temperature gradients in your geology model for the steady-state, assuming simple conductive heat flow. |
| 2.00 | Presentation | Managing and interpreting processed induced micro-seismic data sets for the purpose of structural and geological interpretation. |
| 2.20 |
Exercise | Filter and visualize micro-seismic data in a 3D geology workspace |
| 3.45 | Presentation | High pressure rock behaviour, and fractures in nature. |
| 4.30 | Presentation | Modelling fault networks (including exporting tetrahedron meshes of faults and geology, ready for fluid flow stimulation) |
| 4.50 | Presentation | Refining 3D geology models with geophysical data. |