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.

This course covers the basics of setting up 3D analyses in GeoStudio and reviews how the 3D commands are used to create 3D geometry and meshes, and interrogate 3D results.

This learning path is designed for new users of Leapfrog and will cover the basics of the Leapfrog user interface, how to start new projects and import data, geological and numeric modelling and presentation outputs.

This course covers 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.

This course is designed for users of Leapfrog 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 covers the elements and best use of points and polylines found in the polyline tool in Leapfrog.

This course is designed for Leapfrog users who would like to incorporate their Geophysics data into their modelling.

This course covers the basic workflow for creating a domained estimation and report on a resource. This course assumes a basic working knowledge of Leapfrog Geo, as well as the concepts of geostatistics and estimation techniques.

This learning plan is designed to provide you with a comprehensive understanding of mineral resource estimation and practical skills in using Leapfrog Edge. This course assumes a basic working knowledge of Leapfrog Geo, as well as the concepts of geostatistics and estimation techniques.

This course demonstrates a workflow for using combined models for reporting mining depletion and remaining available resources. This workflow can be used for short-term planning or reconciliation.

This course provides an intermediate understanding of how to use the Variable Orientation tool in Leapfrog Edge to visualise and characterise mineral orientation changes within a domain. It equips you with the knowledge to apply Variable Orientations in the Kriging estimator to effectively direct the search and enhance geological modelling.

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.

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 learning path is designed for new users of Leapfrog Energy and will cover the basics of the Leapfrog user interface, how to start new projects and import data, geological and numeric modelling, using geophysical data and TOUGH simulations.

This learning path teaches you how to import, process, visualise and interpret geoscientific data within Oasis montaj.

This course teaches you how to stitch two or more grids together in Oasis montaj, using the GridKnit extension.

This course teaches you how to design and plan airborne geophysical surveys, and ensure that contractors are delivering such surveys within the contracted specifications.

This guide shows you how to use the Depth to Basement extension to estimate the depth to subsurface magnetic or gravity sources.

This course teaches you how to import, manage, QA/QC and plot drillhole data using the Drillhole Plotting extension.

This course teaches you how to utilise the wide range of 1D Fourier (frequency) domain filters to help you process and interpret geophysical data that is stored in a Geosoft database.

This course teaches you how to assess your geophysical surveys for systemic and non-systemic noise, then remove that noise via the tools provided in the Geophysics Levelling extension.

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.

This course teaches you how to quickly generate source location and depth estimates from gridded gravity and magnetic data, using a variety of automated tools offered within the Grav/Mag Interpretation extension.

This course teaches you how to import, process, QA/QC and visualise your electrical data within the Induced Polarization extension.

This guide teaches you how to correct your gravity data for isostatic compensation.

This course teaches you how to utilise the wide range of 2D Fourier (frequency) domain filters to help you process and interpret gridded geophysical data.

This course teaches you how to plan UAV surveys, as well as import, process, level and merge UAV sorties.

This course teaches you how to import, process, visualise and interpret geophysical data for UXO detection in land-based surveys.

This course teaches you how to create 2D density and magnetic susceptibility models to suit your gravity and magnetic data.

This course teaches you how to create 3D density and magnetic susceptibility models to suit your gravity and magnetic data.

This course teaches you how to import, validate, process, analyse and visualise your geochemical data within Oasis montaj or Target.

This course teaches you how to forward model and invert your electrical data in VOXI IP and Resistivity.

This course will introduce you to the key concepts you will need to get your team setup with new collaborative workflows using Central.

This learning path teaches you how to import, manage, process, visualise and interpret your surface exploration and drillhole data in Target.

This course teaches you the fundamentals of geophysical inversion, and then goes on to show you how to forward model and invert your gravity and magnetic data in VOXI.

This learning plan walks through the steps to set up and configure a new project in MX Deposit, including logging and sampling configuration. While MX Deposit can be used to log either drill hole or points data, this learning plan demonstrates how to configure drill hole activities for a sample data project, including reviewing the workflow for importing historical data to show downstream data management and QA/QC functionality.

This guide examines some key elements which need to be setup to initialise OpenGround.  These articles do not examine the functionality of the software but instead review the components that allow you to use the system.

This course is designed for new users to OpenGround, and provides instructions to get started and perform some of the day-to-day tasks a typical user may need to complete.

This course, and the broader learning plan to which it belongs, is intended to help engineers gain confidence in performing day-to-day tasks with OpenGround. This course provides a useful introduction to the interface and features which can help use the system efficiently.

This course, and the broader learning pathway to which it belongs, is intended to help engineers gain confidence in performing day-to-day tasks with OpenGround.  This course provides an understanding of the different methods of inputting data into the system to inform what the best method in any given situation might be.

This course, and the broader learning pathway to which it belongs, is intended to help engineers gain confidence in performing day-to-day tasks with OpenGround.  This course provides a useful introduction to producing various outputs and presenting project data in meaningful reports.

This couse consists of a series of webinars which review key strategic considerations for the successful implementation of OpenGround. The focus of these presentations is highlighting key planning considerations for the adoption of the software.

This course will help Autodesk Civil 3D® users learn how to make the most of the extension connection to OpenGround. This allows the data typically managed by geotechnical and geo-environmental engineers to be quickly presented within the drawing environment.

This course provides a quick start for users getting started with automation using PLAXIS 2D and PLAXIS 3D for geotechnical analysis.

This learning plan is designed for new users of PLAXIS 2D to guide you in building proficiency with PLAXIS 2D for rock underground excavation analysis. Learn how to create geometries and assign property attributes, understand mesh generation and density control, and define construction stages effectively and perform post-processing of results using PLAXIS Output.

This course introduces PLAXIS 3D’s user interface by explaining how PLAXIS 3D adapts the software workflow to a logical workflow for geotechnical engineers. Learn how PLAXIS 3D makes it easy to define everything from complex soil profiles and geological cross-sections, to structural elements, such as piles, anchors, geotextiles, and prescribed loads and displacements.