Marine Geophysical Methods
( 25 Modules )

Module #1
Introduction to Marine Geophysics
Overview of marine geophysics, importance, and applications

Module #2
Principles of Seismology
Basic concepts of seismology, seismic waves, and wave propagation

Module #3
Marine Seismic Sources
Types of marine seismic sources, including air guns, sparker, and sleeve guns

Module #4
Seismic Receivers and Recording Systems
Overview of seismic receivers, recording systems, and data acquisition

Module #5
2D Seismic Data Acquisition
Principles and methods of 2D seismic data acquisition, including survey design and planning

Module #6
3D Seismic Data Acquisition
Principles and methods of 3D seismic data acquisition, including survey design and planning

Module #7
Seismic Data Processing Fundamentals
Introduction to seismic data processing, including data preparation and quality control

Module #8
Seismic Data Processing:Time Domain
Time-domain processing techniques, including filtering, deconvolution, and velocity analysis

Module #9
Seismic Data Processing:Frequency Domain
Frequency-domain processing techniques, including Fourier transform and spectral analysis

Module #10
Seismic Interpretation Fundamentals
Introduction to seismic interpretation, including data visualization and analysis

Module #11
Seismic Stratigraphy and Lithology
Seismic stratigraphy and lithology, including facies analysis and depositional environments

Module #12
Seismic Structural Interpretation
Seismic structural interpretation, including fault and fracture analysis

Module #13
Gravity Methods
Principles and applications of gravity methods in marine geophysics

Module #14
Magnetic Methods
Principles and applications of magnetic methods in marine geophysics

Module #15
Electrical and Electromagnetic Methods
Principles and applications of electrical and electromagnetic methods in marine geophysics

Module #16
Marine Electromagnetic (EM) Methods
Principles and applications of marine electromagnetic (EM) methods

Module #17
Marine Controlled-Source Electromagnetic (CSEM) Methods
Principles and applications of marine controlled-source electromagnetic (CSEM) methods

Module #18
Integrated Geophysical Interpretation
Integrated interpretation of multiple geophysical data sets, including seismic, gravity, and magnetic data

Module #19
Marine Geophysical Case Studies
Real-world case studies of marine geophysical applications, including hydrocarbon exploration and environmental monitoring

Module #20
Marine Geophysical Data Integration with Other Disciplines
Integration of marine geophysical data with other disciplines, including geology, oceanography, and environmental science

Module #21
Uncertainty and Risk Analysis in Marine Geophysics
Uncertainty and risk analysis in marine geophysics, including error propagation and probabilistic methods

Module #22
Marine Geophysical Data Management and Visualization
Data management and visualization techniques for large marine geophysical datasets

Module #23
Marine Geophysical Survey Design and Planning
Survey design and planning principles for marine geophysical surveys

Module #24
Marine Geophysical Data Quality Control and Assurance
Quality control and assurance principles for marine geophysical data

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Marine Geophysical Methods career

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Marine Geophysical Methods ( 25 Modules )

Marine Geophysical Methods
( 25 Modules )