All Courses

Description: 

This course introduces geodynamics, tectonic styles and environments as well as practical seismic interpretation based on concepts of structural geology such as the principle of balancing structural mapping of trap geometries.  

Contents:  

• Introduction to geodynamics, tectonic styles and tectonic environments 
• Kinematic analysis 
• Application of conceptual model construction and impact on res-ervoir characterization 
• Impact on reservoir characterization 

Designed for : Geologists, geophysicists, reservoir engineers, petroleum engineers 

Description: 

This course studies the relationships between depositional facies, sedimentary structures to untangle the depositional environment. It Introduces the basic principles of sequence stratigraphy and shows how the principles can be applied to give the geoscientist a superior framework for the integration of geologic, geo-physical, and engineering data. 

Contents: 

• Introduction to Sedimentology 
• Types of Sequence Stratigraphic Units 
• Sequence Stratigraphic Surfaces 
• Exploration and Production Scales 

Designed for : Geologists, geophysicists, reservoir engineers, petroleum engineers .

Description: 

This course takes a detailed look at carbonate reservoirs. It is designed for geologists, geophysicists, Petro physicists and engineers who are working in the exploration and development of carbonate reservoirs 

Contents: 

• Carbonate Reservoir Rock Properties 
• Depositional Carbonate Reservoirs 
• Diagenetic Carbonate Reservoirs 
• Fractured Reservoirs 

Designed For : Geologists, geophysicists, reservoir engineers, petroleum engineers 

Geophysics & Geology 

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Data Management & Digitalizing

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Reservoir Engineering

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Production & Operations

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Description :

Introduction to the petroleum systems and describes the trip of the organic matter, from its formation to its trapping 

Contents: 

• The dynamic Petroleum System Concept 
• Organic Source for Oil and Gas 
• Rocks Evaluation 
• Expulsion, Migration and Reservoir Processes 

 Designed For: Geologists, geophysicists, reservoir engineers, petroleum engineers 

Description : 

The goal of this course is for participants to understand the systems that generate fossil hydrocarbons. Such insights form the basis for the successful exploration and production of these valuable natural resources. This course addresses the origin, distribution and analysis of source rocks, geological structures, and sedimentary layers that allow petroleum accumulations to form in the subsurface, as well as the porous subsurface rock formations that store petroleum resources. 

Contents: 

• The dynamic Petroleum System Concept 
• Organic Source for Oil and Gas 
• Rocks Evaluation 
• Expulsion, Migration and Reservoir Processes 
• Expulsion, Migration and Reservoir Processes 
• Worldwide Case Studies 

 Designed For:  Geologists, geophysicists, reservoir engineers, petroleum engineers 

Description:

Introduction to the advantages of developing a Geographic Information System in Oil & Gas applications 

Contents:    

• Introduction to Earth System Science and Modeling 
• Creating Surfaces & 3D Models 

Designed For: All the Oil & Gas technicians and engineers 

Description:  

This course provides knowledge and unique tools for practical, systematic, predrill assessment of potentially recoverable oil and gas to use the best available methods - trap volumetrics and hydrocarbon charge for prospects, and potential numbers and sizes of prospects for plays to quantify risks and uncertainties and to provide insights for man-agers and reviewers in evaluating assessments, avoiding pitfalls, high-grading exploration opportunities, and planning selectively for the future.

Contents: 

• Introduction 
• Play Assessment 
• Prospect Analysis and Generation 
• Risk Analysis 

Designed for: All the Oil & Gas technicians and engineers and non-technical managers interested in prospect assessment 

Description:  

This course provides a unique opportunity to learn all the aspects related to the understanding and modeling of unconventional and fractured reservoirs. This course is useful to all geoscientists working on carbonate reservoirs and interested in deepening their knowledge of the impact of the natural fractures .

Contents:​

• Introduction: Fractures 
• Modeling Fractured Reservoirs 

Designed For:  Geologists, geophysicists, Petro physicists and petroleum engineers 

Description: 

This course takes a detailed look at siliciclastic reservoirs. It is designed for geologists, geophysicists, Petro physicists and engineers who are working in the exploration and development of siliciclastic reservoirs. 

Contents: 

• Classification and Properties of Siliciclastic Reservoirs 
• Depositional Environments 
• Diagenetic Environments 

Designed For: Geologists, geophysicists, reservoir engineers, petroleum engineers