Online Learning

This course is for those who have never used GeoStudio before and provides an overview of the basic components of setting up and reviewing a GeoStudio analysis.

This course covers the basics of setting up a SLOPE/W stability analyses, in addition to reviewing more complex options such as slip surface optimisation, probabilistic and sensitivity analyses, and seismic loading in SLOPE/W.

This course covers the basics of setting up a SEEP/W analysis and also reviews more complex topics such as specialised boundary conditions and convergence issues.

Learn the fundamental concepts of Leapfrog through building a series of geological models. This course currently consists of five modules, which can be viewed in any order based on your needs.

Building a Model from a Map Using GIS Lines and Structural Data

This course is designed for users of Leapfrog Geo, who would like to have more practice in geological modelling.

This course is designed for users of Leapfrog Geo who would like to learn how to make better edits to their surfaces.

This course is designed for Leapfrog users who would like to learn more about the numeric modelling tools.

This course is designed for existing users of Leapfrog Geo who would like more practice on the vein modelling tools available.

This course is for those interested in performing economic compositing in Leapfrog.

The faults within and around your project area are typically a critical component to consider when constructing your 3D models; however, when it comes to incorporating faults into your Leapfrog models, there are few key considerations to keep in mind.

This course is designed for users of Leapfrog who would like to learn more about modelling with faults.

This course is designed for confident users of Leapfrog who would like to learn some workflows for modelling finite faults.

This course is designed for users of Leapfrog Geo who would like to learn more about how to use the structural modelling tools available in Leapfrog.

This course is designed for users of Leapfrog who would like to learn more about the tools and workflow of geotech domaining.

This course is designed for users of Leapfrog Geo who want to learn more about the flow modelling tools available.

This course is designed for users of Leapfrog Geo who would like to learn more about the Leapfrog – ioGAS live link functionality.

This course assumes a basic working knowledge of Leapfrog Geo, as well as the concepts of geostatistics and estimation techniques.

Learn the fundamental concepts of Leapfrog Works by importing data, building, and editing a geological model.

This course is designed for users of Leapfrog Works who would like to learn how to use the Contaminants extension.

Gain a better understanding of Leapfrog Works’ concepts and functionality allowing you to model more quickly and efficiently.

This How To guide will build upon some fundamental concepts in Leapfrog and step you through a workflow to create a geological model, using relatively widely-spaced, but highly detailed geotechnical data, CPT data, imported as boreholes.

This course is designed for new or existing Leapfrog Geothermal users and will teach you the fundamental concepts and tools necessary to get you going in Leapfrog.

In this course, we will build a geological model from cross sections, using polylines.

In this course, we will take a look at the Leapfrog – TOUGH2 and Leapfrog – TETRAD interactions.

In this course, we will review the different geophysical data types that can be utilised in Leapfrog Geothermal.

This course is designed for users of Leapfrog Geothermal who would like to learn how to make better edits to their surfaces.

Learn how to effectively use Leapfrog Geothermal to produce a variety of models using different types of data.

This course is designed for users of Leapfrog Geothermal who would like to learn more about how to use the structural modelling tools available in Leapfrog.

The faults within and around your project area are typically a critical component to consider when constructing your 3D models; however, when it comes to incorporating faults into your Leapfrog models, there are few key considerations to keep in mind.

The faults within and around your project area are typically a critical component to consider when constructing your 3D models; however, when it comes to incorporating faults into your Leapfrog models, there are few key considerations to keep in mind.

This course is designed for existing users of Leapfrog Geothermal who would like more practice on the vein modelling tools available.

This course will provide you with the fundamental skills to process, visualize and interpret geoscientific data within Oasis montaj.

Recent releases of Geosoft Desktop applications feature a series of user interface (UI) updates to make the software easier to for you to use. These updates are part of a larger project to transform our user experience that will completed in future releases.

The montaj Airborne Quality Control extension provides components that address the needs of both the contractor and the client.

The Depth to Basement lessons describes how to use the Depth to Basement extension to determine the position (distance along the profile and depth), dip (orientation) and intensity (susceptibility) of magnetic source bodies for a magnetic profile.

The Drillhole Plotting lessons walk you through tasks you perform in the Drillhole PlottingTMsystem.

This lesson introduces you to the Geophysics™ extension, which provides a range of 1D Fourier (frequency) domain filters to help you process and interpret geophysical data that is stored in a Geosoft database.

This guide is intended to provide an overview of the Geophysics Levelling process for airborne and certain ground geophysical surveys.

The Getting Started with Grav/Mag Interpretation lesson describes the Euler 3D Deconvolution (Euler 3D) system, an automatic location and depth determination software system for gridded magnetic and gravity data.

The Gravity and Terrain Correction extension is a complete system for processing and reducing gravity data from conventional surveys. The information in this lesson is intended for geophysicists who understand gravity surveys and data.

The Induced Polarization Lessons walk you through tasks you perform in the Induced PolarizationTM (IP) system.

This Isostatic Residual Learning Path will guide you through the process to calculate an Isostatic regional correction from a topographic grid and remove that regional from a Bouguer gravity anomaly grid to create a Isostatic Residual grid.

This Getting Started with 2D Filtering lesson describes how to get started using the 2D Filtering extension (formerly MAGMAP), which has been redesigned to allow you to interactively apply Fourier domain filters to gridded data, the majority of which are designed for potential field data.

The montaj UAV extension provides a complete workflow for planning Unmanned Aerial Vehicle (UAV) magnetic surveys and processing the resultant data.

UXO Land has been developed for use with Oasis montaj to process and verify UXO and other buried manmade target data to ensure that it passes a variety of stringent QC and QA requirements as determined by the USACE (US Army Corps of Engineers) and with the cooperation of the ESTCP (Environmental Security Technology Certification Program).

This Getting Started with UXO Marine Magnetic Gradiometry lesson will introduce you to UXO Marine as well as get you started using the UXO Marine Grad menu.

This Getting Started with UXO Marine Single Magnetometer lesson will introduce you to UXO Marine as well as get you started using the UXO Marine Mag menu for the purpose of conventional towed magnetic data.

This Getting Started with UXO Marine Vertical Magnetic Gradiometry lesson will introduce you to UXO Marine as well as get you started using the UXO Marine Mag menu for the processing of vertical gradient data.

The 256-Channel Radiometric Processing extension for Oasis montaj is designed to work with airborne spectrometer data.

This course is designed to give you as much, or as little, detail needed to appreciate your capabilities in Central.

Geosoft Target is essential exploration software that facilitates the processing and visualization of subsurface drillhole and borehole data, enabling explorationists to better manage drill projects, from initial planning to the evaluation stage.

This extension is designed for the exploration geologist and enables geoscientists to effectively import, validate and analyze their surface geochemical data.

This Getting Started with Target for ArcGIS lesson introduces you to the Target for ArcGIS system, an integrated software system that provides you with a subsurface 3D viewer, grid utilities, quality control tools, planning tools and visualization and plotting tools.

This Getting Started with Target for ArcGIS lesson introduces you to the Target for ArcGIS system, an integrated software system that provides you with a subsurface 3D viewer, grid utilities, quality control tools, planning tools and visualization and plotting tools.

This Getting Started with Geochemistry for ArcGIS lesson introduces you to the Geochemistry for ArcGIS system, an extension to Esri’s ArcGIS™ software that simplifies the import, validation, analysis and presentation of geochemistry data within your GIS environment.

This instructor-led remote course will provide you with the skills to model gravity and magnetic data in VOXI.

Getting Started with VOXI Gravity Gradient.

Forward and Inverse Problems in Modelling Time Domain and Spectral IP Data.

This course will provide you with the skills specific to modelling Time Domain Electromagnetic Data in VOXI.