Training Services

Introductory Software Courses

Getting Started with T7 (1 Day):

This hands-on course is designed for new T7 users needing a fast, practical introduction. Participants will learn the core tools to interpret, build, map, and analyze a 3D model for compartmentalization — all within a single day. No prior experience of T7 or Traptester is necessary.

Introduction to T7 (3 days):

This popular T7 training course builds essential workflows for fault seal analysis and column height prediction. It’s ideal for both new and experienced users, covering key concepts like fault interpretation and framework modelling alongside hands-on T7 techniques.

Getting started with T7 (1day): This is a course with a dominantly practical content. It is aimed at users who require a quick start in using T7.

Introduction to T7 (3 days): Concepts covered include interpreting faults and horizons in 3D seismic, derivation of a geologically robust three dimensional faulted framework model, structural quality control, geometric seal analysis, integration of well data, the SGR method, fault seal calibration and geo-mechanical risk factors.

Theory Courses

Fault Seal Analysis - Theory (1 or 2 days):

This one or two-day theory-based course focuses on methods for evaluating sealing faults, combining lectures with practical sessions. Ideal for geologists, geophysicists, and reservoir engineers, it delivers a comprehensive overview of modern structural techniques for detailed fault seal analysis.

Practical Fault Analysis (3 days):

This course is designed to deepen your understanding of structural geology principles that influence seismic interpretation. Covering fault picking, correlation, linkage, and structural QC, it blends theory with hands-on paper and software-based exercises.

Fault Seal Analysis - Theory (1 or 2 days): Theory-based course on methods and techniques for evaluating sealing faults.

Practical Fault Analysis (3 days): Practical (need not be software-driven) course that covers all aspects of fault interpretation, from picking strategies through correlation and linkage to structural quality control.

Advanced Software Courses

Geomodelling in T7 (3 days):

This course teaches users how to create, populate, and analyze faults in Geomodels (Corner Point Grids) using T7. It’s ideal for geologists and reservoir engineers new to geomodelling or looking to expand their skills, with prior T7 experience helpful but not required.

Fracture Prediction in T7 (3 days):

This course introduces the use of Elastic Dislocation (ED) methods and 3D Stress Analysis in T7 for predicting fractures and assessing reactivation potential. It’s aimed at geologists and reservoir engineers, with prior T7 experience helpful but not essential.

Geo-modelling in T7 (3 days): How to use T7 to create, populate and analyze faults in geo-models (also known as Geo-cellular grids or CPGs).

Fracture Prediction in T7 (3 days): How to use Elastic Dislocation (ED) methods for predicting fractures in T7, deriving forward models of fracture patterns and densities for inclusion in reservoir simulations.

Webinars

We offer a series of ~30-minute webinars designed to help users get more from T7 by focusing on practical, everyday workflows. Delivered via online meeting software, each session includes time for Q&A and can be scheduled at your convenience.

Our Webinars will cover:

2D Seismic Interpretation
3D Seismic Interpretation
Validation and Quality Control
Model building and Prospect Generation
Fault Seal Analysis
Fault Property Analysis in Geocellular Reservoir Models

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