The Subsurface Geology and Reservoir Engineering course in Paris is a specialized training course designed for professionals in the energy and natural resources sectors looking to enhance their expertise in reservoir management.
From:
10-08-2026
Course Overview
Understanding subsurface geology and reservoir behavior is essential for effective exploration and production of hydrocarbon and energy resources. This Subsurface Geology and Reservoir Engineering Training Course provides participants with a comprehensive foundation in geological interpretation, reservoir characterization, and engineering principles.
Through applied exercises, seismic and petrophysical analysis, and case studies, participants will develop skills in evaluating reservoir properties, modeling fluid flow, and optimizing recovery methods. The course also emphasizes sustainability and risk management in reservoir development.
By the end of the training, participants will be able to integrate geology and engineering approaches for efficient and responsible energy resource management.
Course Benefits
Develop an integrated understanding of geology and reservoir engineering.
Learn reservoir characterization and modeling techniques.
Improve analysis of seismic, core, and well-log data.
Strengthen skills in recovery optimization and production planning.
Apply sustainable approaches to reservoir management.
Course Objectives
Understand the principles of subsurface geology and reservoir formation.
Apply techniques for reservoir characterization and modeling.
Interpret seismic, petrophysical, and core data effectively.
Analyze reservoir performance and fluid flow behavior.
Explore enhanced recovery methods and optimization strategies.
Evaluate risks and sustainability considerations in reservoir management.
Develop integrated approaches for exploration and production.
Training Methodology
The course combines expert-led lectures, data interpretation workshops, group discussions, and industry case studies. Participants will engage in hands-on analysis and simulation exercises to apply concepts directly.
Target Audience
Petroleum and reservoir engineers.
Geoscientists and exploration specialists.
Energy resource managers and project leaders.
Professionals in oil, gas, and geothermal industries.
Target Competencies
Subsurface geological interpretation.
Reservoir characterization and modeling.
Fluid flow and recovery analysis.
Sustainable reservoir development.
Course Outline
Unit 1: Fundamentals of Subsurface Geology
Geological structures and formations.
Stratigraphy and sedimentary environments.
Tectonics and basin development.
Hydrocarbon system fundamentals.
Unit 2: Reservoir Rock and Fluid Properties
Porosity and permeability analysis.
Rock-fluid interactions.
Reservoir fluid characterization.
Core analysis and interpretation.
Unit 3: Data Acquisition and Interpretation
Seismic data analysis for reservoirs.
Well log interpretation.
Petrophysical evaluation techniques.
Integrating data for reservoir understanding.
Unit 4: Reservoir Characterization and Modeling
Geological and dynamic modeling methods.
Simulation techniques for reservoir behavior.
Uncertainty and risk analysis in models.
Case studies of reservoir modeling.
Unit 5: Reservoir Engineering and Recovery Strategies
Primary, secondary, and tertiary recovery methods.
Reservoir performance monitoring.
Optimization of production systems.
Sustainability and environmental considerations.
Ready to strengthen your expertise in geology and reservoir engineering?
Join the Subsurface Geology and Reservoir Engineering Training Course with EuroQuest International Training and drive efficient, sustainable energy development.
The Subsurface Geology and Reservoir Engineering Training Courses in Paris provide professionals with a comprehensive understanding of geological interpretation, reservoir behavior, and engineering principles essential for effective subsurface resource development. Designed for geoscientists, reservoir engineers, petrophysicists, and energy analysts, these programs integrate geoscience and engineering concepts to support informed decision-making throughout the lifecycle of energy and resource projects.
Participants explore foundational aspects of subsurface geology, including structural interpretation, stratigraphy, sedimentology, and tectonic controls that govern reservoir distribution and heterogeneity. The courses emphasize how geological characteristics—such as facies architecture, porosity, permeability, and fluid saturation—impact reservoir performance. Through applied exercises, attendees learn to analyze well logs, core samples, seismic data, and production information to construct accurate subsurface models and evaluate reservoir potential.
These reservoir engineering and subsurface geology training programs in Paris combine theoretical instruction with practical engineering applications. Participants engage with reservoir engineering principles such as fluid flow in porous media, material balance analysis, pressure–volume–temperature (PVT) behavior, and recovery mechanisms. Using industry-standard tools and simulation platforms, they learn to estimate reserves, forecast production, optimize reservoir performance, and assess development scenarios under varying geological and operational conditions.
The curriculum also highlights integrated workflows that merge geological models with reservoir simulations to support field development planning, risk assessment, and operational optimization. Case studies illustrate how cross-disciplinary collaboration enhances reservoir understanding and improves decision-making in energy and resource projects.
Attending these training courses in Paris provides professionals with access to expert instructors and a dynamic international learning environment. Paris’s scientific and technological networks foster enriching discussions on emerging trends, advanced modeling approaches, and innovative reservoir management practices. By completing this specialization, participants gain the technical depth and strategic insight needed to analyze subsurface systems effectively, optimize reservoir performance, and contribute to responsible and efficient resource development in a variety of geological settings.