Executive Summary

This course provides an advanced and integrated understanding of seismic facies interpretation, sequence stratigraphy, coring strategies, and core analysis within subsurface studies. It is designed to bridge seismic data with geological ground truth to enhance reservoir characterization accuracy. Participants will gain a structured workflow that links seismic attributes, depositional environments, and stratigraphic frameworks. The program emphasizes practical interpretation skills that support exploration and development decision-making. Core description and laboratory data integration are addressed as essential validation tools. The course supports improved prediction of reservoir quality and continuity. Emphasis is placed on reducing geological uncertainty through multidisciplinary integration. Realistic subsurface scenarios are used to reinforce applied learning. The training delivers industry-relevant competence for modern geoscience challenges.

Introduction

The purpose of this course is to develop professional competency in interpreting seismic facies and stratigraphic sequences supported by coring and core analysis. It addresses the growing need to integrate seismic interpretation with direct subsurface observations. The scope covers depositional systems, stratigraphic architecture, and reservoir-scale heterogeneity. Participants will explore how seismic facies patterns reflect geological processes and sedimentary environments. The course highlights the role of coring programs in calibrating seismic interpretations. Core analysis data are examined to refine petrophysical and sedimentological understanding. The training promotes systematic workflows applicable to exploration and field development. It supports consistent interpretation across multidisciplinary teams. The course is structured to enhance analytical thinking and applied geological judgment.

Course Objectives

Participants will achieve the following objectives by the Seismic Facies and Sequence Analysis Coring and Core Analysis course:

• Interpret seismic facies patterns and relate them to depositional environments using structured workflows.

• Analyze stratigraphic sequences and identify key surfaces controlling sediment distribution.

• Apply seismic attribute analysis to enhance facies discrimination and stratigraphic interpretation.

• Integrate core descriptions with seismic data to validate geological models and reduce uncertainty.

• Evaluate coring strategies and select appropriate coring methods for subsurface objectives.

• Interpret core analysis data to support reservoir quality assessment and stratigraphic correlation.

• Correlate seismic-scale observations with core-scale sedimentary features effectively.

• Assess subsurface heterogeneity and its impact on reservoir continuity and performance.

• Develop consistent interpretation frameworks applicable across exploration and development projects.

Target Audience

This Seismic Facies and Sequence Analysis Coring and Core Analysis program targets a professional audience seeking to improve knowledge and skills:

• Exploration geologists working with seismic interpretation.

• Development geoscientists involved in reservoir characterization.

• Seismic interpreters seeking geological calibration skills.

• Sedimentologists focusing on depositional systems analysis.

• Petrophysicists integrating core and log data.

• Reservoir engineers requiring geological context.

• Subsurface team leaders managing integrated studies.

• Technical professionals transitioning into seismic interpretation roles.

Course Outline

Day 1: Fundamentals of Seismic Facies and Stratigraphic Frameworks

• Overview of seismic data types and resolution limits.

• Principles of seismic facies classification and recognition.

• Geological controls on seismic facies expression.

• Depositional environments and seismic response relationships.

• Introduction to stratigraphic hierarchy and key surfaces.

• Sequence stratigraphy concepts applied to seismic data.

• Chronostratigraphic interpretation fundamentals.

Day 2: Seismic Facies Analysis and Attribute Integration

• Advanced seismic facies mapping techniques.

• Seismic attribute selection and geological relevance.

• Facies discrimination using multi-attribute workflows.

• Linking seismic facies to depositional processes.

• Identification of system tracts from seismic patterns.

• Stratigraphic traps and reservoir geometries.

• Uncertainty assessment in seismic interpretation.

Day 3: Coring Strategies and Core Description

• Objectives of coring in exploration and development.

• Conventional and special coring techniques overview.

• Core acquisition planning and risk considerations.

• Core handling, preservation, and documentation.

• Sedimentological core description methods.

• Facies identification at core scale.

• Core-to-seismic scale integration principles.

Day 4: Core Analysis and Reservoir Characterization

• Routine and special core analysis fundamentals.

• Porosity, permeability, and saturation measurements.

• Rock typing and flow unit concepts.

• Integration of core analysis with seismic interpretation.

• Calibration of seismic facies using core data.

• Reservoir heterogeneity assessment.

• Implications for reservoir modeling.

Day 5: Integrated Workflows and Applied Interpretation

• Building integrated seismic-to-core interpretation workflows.

• Case-based interpretation exercises.

• Linking stratigraphic architecture to reservoir performance.

• Reducing subsurface uncertainty through integration.

• Communicating results within multidisciplinary teams.

• Best practices in documentation and reporting.

• Summary of key learning outcomes.

Course Duration

This Seismic Facies and Sequence Analysis Coring and Core Analysis course is available in different durations: 1 week (intensive training), 2 weeks (moderate pace with additional practice sessions), or 3 weeks (a comprehensive learning experience). The course can be attended in person or online, depending on the trainee's preference.

Instructor Information

This Seismic Facies and Sequence Analysis Coring and Core Analysis course is delivered by expert trainers worldwide, bringing global experience and best practices. The instructors possess extensive field, interpretation, and training expertise. They apply structured methodologies aligned with industry standards. Their teaching approach emphasizes clarity, application, and professional relevance. Participants benefit from practical insights drawn from diverse geological settings.

Frequently Asked Questions

1- Who should attend this Seismic Facies and Sequence Analysis Coring and Core Analysis course?

This course is suitable for geoscience professionals involved in seismic interpretation, stratigraphy, and reservoir studies.

2- What are the key benefits of this Seismic Facies and Sequence Analysis Coring and Core Analysis training?

Participants gain integrated skills that link seismic interpretation with coring and core analysis to improve subsurface understanding.

3—Do participants receive a certificate?

Yes, upon successful completion, all participants will receive a professional certification.

4- What language is the course delivered in?

English and Arabic.

5- Can I attend online?

Yes, you can attend in person, online, or in-house at your company.

Conclusion

This course delivers a structured and practical approach to seismic facies and stratigraphic interpretation. It strengthens the integration between seismic data, cores, and laboratory analysis. Participants gain skills directly applicable to subsurface evaluation and reservoir characterization. The training supports confident geological decision-making. It represents a comprehensive learning investment for geoscience professionals.