•Understanding the integration between static and dynamic data in a coherent and consistent manner

•Characterising the reservoir rock types

•Building a geological framework with a zonation scheme

•Understanding how to integrate seismic and faults in the reservoir framework

•Using deterministic and stochastic algorithms to propagate petro physical properties in three-dimensions

•Learning the process of ranking realisations and perform averaging and upscaling of properties

•Petroleum engineers

•Technical/reservoir engineers

•Drilling engineers

•Processing engineers

•Commercial analysts

•Decision makers/ investors in oil and gas sector

Day 1

•Fracture Mechanics

•Data Collection

•Analysis of Fracture Orientations

•Scaling Relationships

•Analysis of Fracture Spacing

•Geoscience Aspects

•Petro physical & Seismic Aspects

Day 2

•Fault Damage Zones

•Styles of Fault Propagation

•Interaction and Linkage in Fault Zones

•Complex Fracture Networks

•Characterising Fracture Networks

•Fault Reactivation

 Day 3

•Fold/Fracture Relationships

•Mechanical Stratigraphy

•Rock Fabric

•Rock-Fluid Interaction

•Brecciated Carbonate Rocks

•Fault Sealing and Fluid Flow

•Comparison between oil fields and exposed analogues

Day 4

•Fractured Reservoir Modelling

•Reservoir Models

•Economics and Risking

•Organizational Structure

•Lab Data

•Assessment and Evaluation

Day 5

•Flow Units

•Prediction of Reservoir Rock Types in Uncored Wells

•3D modelling

•Ranking Multiple Realisations Using Streamlines

•Upscaling Techniques