01-01 – Introduction to Seismic Wave Reflection and Transmission
01-02 – Rock Physics and Wave Propagation Fundamentals
01-03 – Understanding the Seismic Wavelet
01-04 – Acoustic Impedance, Reflection Coefficients, and Seismic Resolution
01-05 – Seismic Acquisition Methods
01-06 – A Quick Overview of Seismic Processing Steps
01-07 – Seismic Data Visualization and Display Techniques
01-08 – Integrating Well Data: Synthetic Seismograms and Well Ties
02-01 – Structural Interpretation Principles
02-02 – Best Practices in Structural Interpretation
02-03 – Sequence Stratigraphy in Seismic Data
02-04 – Recognition and Analysis of Seismic Facies
02-05 – Case Studies in Structure and Stratigraphy
02-06 – Applied Seismic Geomorphology
02-07 – Seismic Analysis Summary
03-01 – Fundamentals and Classification of Seismic Attributes
03-02 – Instantaneous and Complex Trace Attributes
03-03 – Visualization Techniques for Attribute Analysis
03-04 – Geometric Attributes and Their Applications
03-05 – Frequency Domain Analysis: Spectral Decomposition
03-06 – Enhancement and Filtering of Attribute Data
03-07 – Multi-Attribute Integration and Interpretation
04-01 – Fluvial-Deltaic System Recognition
04-02 – Shallow Marine and Shelf Environments
04-03 – Deepwater Depositional Elements
04-04 – Carbonate Platform Architecture in Seismic
04-05 – Carbonate Shoals, Ridges, Grooves and Canyons
04-06 – Karst System Identification
04-07 – Chert and Chalk
05-01 – Recognition and Analysis of Amplitude Anomalies
05-02 – AVO Theory and Applications for Fluid Discrimination
05-03 – Seismic Inversion Basics
05-04 – Time-Lapse Seismic Monitoring
05-05 – Machine Learning Applications in Seismic Analysis
06-01 – Common Pitfalls in Seismic Interpretation
06-02 – Acquisition and Processing Artifacts in Seismic Interpretation
06-03 – Data Conditioning Techniques
06-04 – Future Trends in Integrated Interpretation
