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Reservoir Engineering and Management: Analysis, Characterization, Simulation, Integration, Statistics and Naturally Fractured

Dates Venues Register
18/10/2026 - 22/10/2026 DUBAI

Introduction

Reservoir Engineering and Management: Analysis, Characterization, Simulation, Integration, Statistics and Naturally Fractured

COURSE OBJECTIVES:

After completion of the course, the participants will be able to:

  • Explain the role of reservoir engineering within the integrated field development and reservoir management process.
  • Describe the main reservoir drive mechanisms and their impact on pressure behavior, production performance, and recovery factor.
  • Apply volumetric methods to estimate hydrocarbons in place and to frame recovery expectations and development options.
  • Use material balance concepts and plots to assess original hydrocarbons in place, drive mechanism, and reservoir performance.
  • Interpret production trends using decline curve analysis and understand the limitations and correct application of different decline models.
  • Apply basic rate transient analysis concepts to understand flow regimes and estimate key reservoir parameters from production data.
  • Interpret pressure transient data from well testing to quantify permeability, skin, boundaries, and well deliverability.
  • Understand the workflow for building static reservoir descriptions and how key petrophysical and geological inputs affect dynamic performance.
  • Construct and use simple tank models and more detailed numerical reservoir simulation models to forecast production and test development scenarios.
  • Integrate geological, petrophysical, production, and surveillance data into coherent reservoir models and management strategies.
  • Apply basic statistical and probabilistic techniques to handle uncertainty in reservoir parameters and forecast ranges.
  • Define and monitor key performance indicators for reservoir management, including recovery factors, sweep efficiency, and well productivity.
  • Design practical surveillance and data acquisition programs to support reservoir management and model updating.
  • Participate effectively in integrated reservoir studies, challenge assumptions, and contribute to balanced, risk-informed development and optimization decisions.

 

TARGET AUDIENCE:

  • Reservoir engineers and reservoir engineering technologists
  • Petroleum engineers are involved in field development and production optimization
  • Geoscientists participating in integrated reservoir characterization and modeling
  • Production and planning engineers who use reservoir forecasts for facilities and business planning
  • Asset team members and subsurface coordinators are in charge of reservoir management strategies
  • Technical managers and team leaders who review reservoir engineering work and approve development plans

 

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