Introduction to Reservoir Analysis: Understanding the basics of reservoir engineering and the importance of integrated analysis.

Geological Framework: Studying the geological framework, including rock types, mineralogy, and reservoir compartmentalization.

Petrophysical Analysis: Analyzing petrophysical properties such as porosity, permeability, and saturation.

Core and Log Analysis: Integrating core and well log data to characterize reservoir properties.

Reservoir Simulation: Introduction to static and dynamic reservoir simulation techniques.

Capillary Pressure and Wettability: Understanding capillary pressure, wettability, and their applications in reservoir analysis.

Flow Units and Saturation Modeling: Developing flow units and saturation height models.

Practical Applications: Applying integrated reservoir analysis techniques to real-world case studies.

Reservoir Characterization: Learn techniques to characterize reservoirs using geological, geophysical, and petrophysical data.

Integration of Data: Develop skills to integrate data from various sources (rock, pore, and fluids) for a comprehensive analysis.

Reservoir Modeling: Gain knowledge in building and interpreting reservoir models to predict future performance.

Flow Units and Rock Types: Understand the identification and analysis of flow units and petrophysical rock types.

Capillary Pressure and Saturation: Learn about capillary pressure, saturation height modeling, and their applications in reservoir analysis.

Practical Application: Apply knowledge to real-world scenarios through case studies and practical exercises.

Problem-Solving: Develop problem-solving skills to identify and exploit hydrocarbon reserves effectively.

Reservoir Engineering Concepts

Reservoir characterization

Depositional environments and systems

Pore System Model

Reservoir lithofacies and electrofacies

Petro physical and rock properties data analysis

concept of capillary pressure and applications

Capillary pressure analysis two-phase flow,

relative permeability, and wettability

Introduction to saturation height methods (SHM)

SHM case studies both clastic and carbonate

Complex Fluids with Compositional Grading/Variation

Flow Assurance Analysis and Studies (Asphaltene, Wax Gas condensate blockage)

Complex Fluids with Compositional Grading/Variation

Statistical analysis of production and pressure data

Reservoir performance analysis

Decline Curve Analysis

Fetkovich Type Curve Analysis

Senior Engineer and above

Senior Geologist and above

Senior Petroleum Engineer and above