• 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 petrophysical 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
• Petrophysical & 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
• Stylolites in 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
• Predition of Reservoir Rock Types in Uncored Wells
• 3D Wodelling
• Ranking Multiple Realisations Using Streamlines
• Upscaling Techniques

RECTUS attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration