Paradigm Online University

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Paradigm® Online University provides a quick and easy way to maximize your investment. A wealth of training content is available free of charge to every registered customer.
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To learn more about Paradigm Online University, watch the Welcome Video.

New/Updated Content on Paradigm Online University (updated September 15, 2016)

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There are many different learning styles. Capitalize on the best of both worlds and explore the list of Instructor-led Courses offered worldwide.  We are also happy to work with you to create a customized instructor-led course to meet your needs.

Paradigm Online University Course List

Use the arrows below to view the list of available courses.  For more information or to access any course, please log in to the Customer Support Portal
 
  • 5D Local Angle Domain Gathers as an Ideal Representation for Directivity Driven Imaging
  • Azimuthally-Dependent Analysis of Full Azimuth Angle Domain Data
  • Full Azimuth Illumination Analysis
  • The EarthStudy 360 System
  • Full Azimuth Angle Domain Imaging
  • Getting Started
    • Getting Started in Echos
    • Workload Management
  • Velocity Solutions
    • Constrained Velocity Inversion in Echos
    • Velocity Navigator in Echos
  • Broadband Deghosting Solutions
  • Frequency Enhancement
  • Epos Essentials
  • Loading and Managing Data
    • Changes in Paradigm 14 Installation and Data Management Tools
    • Loading and QC of 3D Poststack Data
    • Loading Well Data in Epos
    • Managing Well Data in the Well Data Manager
    • Seismic Compression Roaming
    • Working with JavaSeis Files
  • OpenGeo
    • Automating OpenGeo Testing with Testfarm
    • New Features in OpenGeo
  • Web Asset Manager (WAM)
    • Introduction to the Web Asset Manager
  • Global Velocity Model Building
  • Horizon and Seismic Depth Conversion
  • Time Preserving Model-Based Tomography
  • Velocity Modeling and Depth Conversion with Crossplot
  • Velocity Modeling and Depth Conversion with V0, K
  • Enhanced Usability in Echos and GeoDepth
  • Working with QC RMO Attributes in 3D Tomography
  • Anisotropy
    • Anisotropic Velocity Parameters in Elastic Layered Media
    • Anisotropy in Seismic Modeling and Imaging
    • Seismic Waves in Anisotropic Elastic Media
  • Building and Updating Velocity Models
    • 3D Tomography
    • Constrained Velocity Inversion
    • GeoDepth and SKUA Integration
    • Velocity Model Building and Imaging
    • Velocity Model Updating with 3D Grid Tomography
  • Connectivity
    • Geolog Link
    • New Mapping and 3D Visualization for Geolog Users in Paradigm 15.5
  • Customize
    • Colormap in Geolog
    • Custom Fills and Markers in Geolog
  • Essentials for New Users
    • Creating a Project and Loading Data in Geolog
    • Data Viewing, QC, and Display in Geolog
    • Interactive Data Creation and Editing in Geolog
    • Navigating the User Interface in Geolog
    • What's New in Geolog 7.4
    • Working with Geolog in an Epos Environment
  • Processing and Interpretation Modules
    • Correlator in Geolog
    • Determin Uncertainty in Geolog
    • Fuzzy Logic in Geolog
    • Introduction to Facimage
    • Pore Pressure Prediction in Geolog
    • Production Logging
    • Shale Gas Workflow
    • Geomechanics Workflow
    • Reservoir Characterization Tools
    • Well Integrity Casing Inspection Module
  • Reporting
    • Pay Sensitivity and Pay Summary
  • Toolkit
    • 3D Model in Geolog
    • Creating Interval Logs in Geolog
    • Evaluate in Geolog
    • Mapsheet Posting in Geolog
    • Parameter Picking in Geolog
    • Photo Importer
    • Single-Well Formation Testing in Geolog
    • Splice Logs Tool
    • Change Sampling Tool in Geolog
    • Walkout Plots in Geolog
    • Stereonets in Geolog
    • Highlight Tool
    • Well Schematics Tool
  • AVAZ (Amplitude Versus Azimuth)
    • QSI for Unconventional Reservoirs
  • AVO Analysis and Classification
    • Basic AVO Workflow in 3D Canvas
    • Generating AVO Attributes from Well Data
  • Seismic Inversion
    • Introduction to Seismic Inversion in Paradigm
    • Colored Inversion: A Quick Look at Rock Properties
    • Creating Background Models for Inversion
    • Poststack Amplitude Inversion
    • Prestack Maximum Likelihood Inversion
  • Fluid Substitution
  • Gather Conditioning
  • Seismic-Focused Sweet Spot Characterization in a Shale Resource Play
  • Seismic Mis-Tie Analysis and Correction
  • Displaying and Editing Well Data
    • Managing Time-Depth Data for Domain Conversion
    • Using Log Displays, Transformations, and Crossplots
    • Working with Templates in the Well Log Window
  • Gridding and Mapping
    • Basic Gridding in 3D Canvas and BaseMap
    • Creating Grids from Well Properties in BaseMap
    • Creating Polygons in BaseMap
  • Prestack QC, Visualization, and Interpretation
    • Examining and Interpreting Prestack Gathers in SeisEarth
    • Using QC RMO Attributes to Map Gather Quality
  • Structural Interpretation
    • Automatic Fault Interpretation in 3D Surveys with FaultTrak
    • Correlating Reflectors Across Faults in 3D Canvas
    • Horizon Interpretation Using the 3D Propagator
    • Interpretation Workflow for 2D Surveys
    • Working with Fault-Horizon Contacts in SeisEarth
  • Volume Visualization, Attributes, and Stratigraphic Interpretation
    • Calculating Seismic Attributes On-the-Fly in 3D Canvas
    • Geobody Interpretation Using Crossplot in 3D Canvas with Subvolume Detection in VoxelGeo
    • Multi-Attribute Color Blending in 3D Canvas
    • Multi-Attribute Displays in Section
    • Multi-Attribute Mapping in BaseMap
    • Multi-Survey Volume Flattening
    • Roaming from Disk in 3D Canvas
    • Stratigraphic Interpretation Workflow in 3D Canvas
    • Stratigraphic Slicing in 3D Canvas
    • Using Opacity in VoxelGeo and 3D Canvas
    • Using the Seismic Attributes Calculator
    • Volume Rendering in 3D Canvas
  • Kirchhoff Imaging
  • Modeling and Imaging with Reverse Time Migration
  • TravelTime and 3D Kirchhoff Migration Highlights
  • Getting Started
    • Creating a Project and Importing Data in SKUA-GOCAD
    • Customizing a Map View in SKUA-GOCAD
    • Introduction to Macro Commands in SKUA-GOCAD
    • Taking Advantage of Built-In Macros in SKUA-GOCAD
    • Navigating the User Interface and Managing Your Data in SKUA-GOCAD
    • Reviewing Properties in SKUA-GOCAD
    • Taking Snapshots of the 3D Viewer in SKUA-GOCAD
    • Search for Wells Tool in SKUA-GOCAD
    • Using the Property Script Editor in SKUA-GOCAD
    • Using the Slicer for QC Purposes in SKUA-GOCAD
    • Working with Geologic Features in SKUA-GOCAD
  • ​Interpretation and Modeling
    • Managing Fault Blocks in SKUA-GOCAD
    • Modeling an Unconformity Using SKUA
    • Modeling While Interpreting Workflow
    • Updating a Surface with New Data in SKUA-GOCAD
  • Reservoir Characterization
    • Data Blocking in SKUA-GOCAD
    • Modeling Facies Deposition Trends in SKUA-GOCAD
    • Performing Bivariate Analysis in SKUA-GOCAD
    • Variogram Analyzer: A Tool to Study the Data Spatial Variability and Create Variogram Models in SKUA-GOCAD
  • Reservoir Engineering
    • Fault Compartmentalization and Fluid Saturation Modeling
    • Flow Simulation Gridding in a Compressive Environment Using SKUA
    • Importing and Displaying Microseismic and Related Data in SKUA-GOCAD
  • Sharing Data Between SKUA-GOCAD and Epos
    • Sharing 2D-Grid Properties Between Epos and SKUA-GOCAD
    • Sharing Culture Data and Polygons Between Epos and SKUA-GOCAD
  • SKUA Structure Uncertainty Workflow
  • Getting Started with StratEarth
  • How to Display Multi-Run Logs in Log Tracks
  • Sending a Traverse to StratEarth
  • Using Cross Sections for Geologic Interpretation in StratEarth
  • Well Correlation in StratEarth
  • Working with Well Track Templates in Vertical Sections in StratEarth and SKUA-GOCAD
  • Basic Facies Classification Workflow in Stratimagic
  • 2D Seismic Facies Classification in Stratimagic/SeisFacies
  • Creating Thickness Maps in Stratimagic
  • Facies Classification and Analysis in Stratimagic and SeisFacies
  • Interval Editing in Stratimagic
  • Working with Facies Maps and Volumes in SeisEarth and VoxelGeo
  • Introduction to Well Calibration Using Zero-Offset Synthetic Modeling
  • Calculating Global Wavelets for Inversion
  • Checkshot Calibration and Drift Correction
  • Well Calibration in the Depth Domain
  • Well Calibration in the Time Domain
  • Detection Thickness Maps in VoxelGeo
  • Horizon Interpretation Using the 3D Propagator in VoxelGeo
  • Using the Paintbrush Tool in VoxelGeo
  • Working with Full Resolution Volumes and Using GPU Rendering in VoxelGeo
  • Generating Rock Property Volumes Using Seismic Inversion (Vanguard)
  • Geolog for Engineers
  • Getting Started with Geolog
  • Global Interpretation and Modeling Workflow (SKUA-GOCAD)
  • Multi-Survey Seismic Interpretation Workflow (SeisEarth)