🛢️ Introduction to Reservoir Engineering

📘 Course Description

This foundational course is designed to introduce the principles, methodologies, and calculations used in reservoir engineering. Participants will gain a clear understanding of fluid behavior in porous media, reservoir drive mechanisms, material balance, well testing basics, decline analysis, and an overview of reservoir simulation. By the end of the course, attendees will be able to apply core reservoir engineering concepts to estimate reserves, predict performance, and contribute effectively to reservoir management.

🎯 Learning Objectives

✅ Understand the fundamentals of reservoir rock and fluid properties
✅ Learn reservoir drive mechanisms and their impact on production
✅ Apply material balance methods for reserve estimation
✅ Interpret basic well test data for reservoir characterization
✅ Conduct decline curve analysis for production forecasting
✅ Gain an overview of reservoir simulation and its applications

👥 Who Should Attend

• Graduate reservoir, petroleum, production, and drilling engineers

• Geoscientists seeking reservoir engineering fundamentals

• Asset managers & planners

• Technical staff involved in field development

• Professionals transitioning into reservoir management roles

🗂️ Training Format

✅ Instructor-led lectures with step-by-step examples
✅ Interactive exercises & calculations
✅ Real field case studies
✅ Group discussions for practical understanding
✅ Daily Q&A sessions

📅 Day-by-Day Agenda with Time Breaks

📅 Day 1: Introduction to Reservoir Engineering & Rock Properties

📅 Day 2: Fluid Properties & Phase Behavior

📅 Day 3: Drive Mechanisms, Material Balance & Reserve Estimation

📅 Day 4: Well Testing & Reservoir Performance

📅 Day 5: Reservoir Simulation & Integrated Field Development

📦 Materials Provided

✅ Course manuals & slides
✅ Reservoir engineering calculation templates
✅ Reference charts for PVT & material balance
✅ Practical case studies
✅ Certificate of Completion