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Reservoir Engineering Fundamentals

Reservoir Engineering Fundamentals

1 Weeks
Professional Level
Certificate Included
Course Content

Available Events

Available Events
CityDatePriceStatus
AmsterdamNetherlands
September 14, 2026
€4,900
Confirmed date
LondonUnited Kingdom
September 22, 2026
£4,800
Confirmed date
GenevaSwitzerland
September 26, 2026
€4,900
Confirmed date
TunisTunis
October 10, 2026
€4,400
Confirmed date
LisbonPortugal
October 22, 2026
€4,800
Confirmed date
SingaporeSingapore
October 25, 2026
€5,100
Confirmed date
Kuala LumpurMalaysia
November 8, 2026
€4,800
Confirmed date
ParisFrance
November 10, 2026
€4,900
Confirmed date

Course Information

Duration

1 Weeks

Category

Oil & Gas

Level

Professional Level

Certificate

Included

INTRODUCTION

Reservoir engineering is one of the core disciplines that supports successful oil and gas exploration, development, production, and long-term asset management. It focuses on understanding how hydrocarbons are stored, how fluids move through porous rock, and how reservoirs respond to production over time. A strong understanding of reservoir engineering fundamentals is essential for making reliable technical and economic decisions in petroleum projects. This course provides participants with a structured introduction to the principles, tools, and workflows used by reservoir engineers in daily practice. It explains key topics such as porosity, permeability, saturation, pressure, drive mechanisms, reserves estimation, and production forecasting. The course is designed to simplify complex engineering concepts without reducing their professional depth or technical value. Participants will explore how reservoir data is collected, analyzed, interpreted, and transformed into actionable development recommendations. The program also supports collaboration between geologists, production engineers, drilling teams, economists, and field development planners. Through practical examples and applied discussions, participants will develop the confidence to understand reservoir performance and contribute meaningfully to field optimization.

COURSE OBJECTIVES

Participants will achieve the following objectives by this course:

  • Understand the fundamental principles of reservoir engineering and their role in petroleum asset development.
  • Explain key rock and fluid properties affecting reservoir performance and hydrocarbon recovery.
  • Interpret reservoir pressure, saturation, porosity, permeability, and production behavior using practical concepts.
  • Identify common reservoir drive mechanisms and evaluate their impact on field performance.
  • Apply basic volumetric methods to estimate hydrocarbons initially in place.
  • Understand material balance concepts and their use in reservoir performance evaluation.
  • Analyze production decline trends and support basic forecasting decisions.
  • Recognize the importance of reservoir characterization in development planning and uncertainty reduction.
  • Evaluate primary, secondary, and enhanced recovery methods from a reservoir engineering perspective.
  • Communicate reservoir engineering findings clearly within multidisciplinary oil and gas teams.

TARGET AUDIENCE

This program targets a professional audience seeking to improve knowledge and skills:

  • Reservoir engineers starting their professional development in petroleum engineering.
  • Production engineers involved in field performance monitoring and optimization.
  • Petroleum engineers seeking stronger understanding of reservoir behavior.
  • Geologists and geoscientists working with subsurface development teams.
  • Drilling engineers needing broader awareness of reservoir performance factors.
  • Field development planners supporting technical and economic decisions.
  • Asset managers responsible for oil and gas production strategies.
  • Technical professionals transitioning into reservoir engineering roles.
  • Energy professionals involved in reserves, recovery, and production evaluation.
  • Managers seeking practical understanding of reservoir engineering fundamentals.

COURSE OUTLINE

Day 1: Reservoir Engineering Foundations

  • Role of reservoir engineering in petroleum asset development.
  • Reservoir types and hydrocarbon accumulation principles.
  • Porosity, permeability, saturation, and net pay concepts.
  • Reservoir pressure and temperature fundamentals.
  • Rock compressibility and reservoir compaction effects.
  • Fluid distribution within porous reservoir systems.
  • Reservoir heterogeneity and its development implications.
  • Key reservoir engineering data sources and workflows.

Day 2: Rock and Fluid Properties

  • Laboratory and field measurement of rock properties.
  • Permeability relationships and flow capacity interpretation.
  • Capillary pressure and wettability fundamentals.
  • Relative permeability and multiphase flow behavior.
  • Reservoir fluid types and classification methods.
  • Pressure volume temperature data interpretation.
  • Formation volume factors and solution gas concepts.
  • Impact of fluid properties on recovery performance.

Day 3: Reservoir Drive Mechanisms and Reserves Estimation

  • Solution gas drive behavior and production response.
  • Gas cap drive principles and field implications.
  • Water drive systems and aquifer support evaluation.
  • Combination drive reservoirs and performance complexity.
  • Volumetric estimation of hydrocarbons initially in place.
  • Recovery factor concepts and uncertainty considerations.
  • Reserves classification and estimation fundamentals.
  • Data quality impact on reserves confidence.

Day 4: Material Balance and Production Performance

  • Material balance principles for reservoir evaluation.
  • Pressure production relationships in reservoir analysis.
  • Water influx recognition and analytical considerations.
  • Production decline curve analysis fundamentals.
  • Rate, cumulative production, and trend interpretation.
  • Forecasting production under basic operating assumptions.
  • Well performance indicators and reservoir contribution.
  • Surveillance data for reservoir management decisions.

Day 5: Recovery Methods and Reservoir Management

  • Primary recovery limitations and performance indicators.
  • Waterflooding concepts and displacement efficiency.
  • Gas injection principles and reservoir response.
  • Enhanced oil recovery screening fundamentals.
  • Reservoir simulation concepts and practical applications.
  • Field development planning and reservoir optimization.
  • Integrated reservoir management and team collaboration.
  • Course review, applied discussion, and action planning.

COURSE DURATION

Duration: 1 Weeks

The course is delivered over five training days and can be conducted in classroom, online, or blended formats depending on organizational requirements, participant availability, and delivery objectives. Each day combines technical explanation, applied examples, guided discussion, and practical interpretation exercises to ensure that participants understand reservoir engineering fundamentals in a professional and usable way. The program may be customized for specific oil and gas assets, operational environments, staff competency levels, or corporate training objectives.

INSTRUCTOR INFORMATION

The training will be delivered by a team of experts specialized in reservoir engineering, petroleum engineering, field development, production optimization, reserves evaluation, and subsurface asset management. Instructors combine technical expertise with practical industry experience, enabling participants to connect reservoir engineering principles with real operational challenges, multidisciplinary workflows, and business decisions in oil and gas organizations. The delivery approach focuses on clarity, practical relevance, professional discussion, and direct application of reservoir engineering fundamentals.

FREQUENTLY ASKED QUESTIONS

This course is suitable for engineers, geoscientists, managers, and technical professionals involved in oil and gas reservoir development.

CONCLUSION

Reservoir Engineering Fundamentals provides participants with a clear and practical foundation in one of the most important technical disciplines in the oil and gas industry. The course helps professionals understand reservoir behavior, evaluate performance trends, and support better field development decisions. It strengthens technical communication between subsurface, drilling, production, and asset management teams. Participants leave with practical knowledge that can be applied to reservoir analysis, recovery planning, and production optimization. This program is a valuable starting point for professionals seeking to build confidence and competence in reservoir engineering.

Reservoir Engineering Fundamentals

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