Introduction to GOCAD Mining Suite

• This introductory course provides an overview of the key concepts and core modelling philosophy in GOCAD® Mining Suite.
• Through hands-on exercises, you will learn how to open a project, navigate the interface, import multi-disciplinary data, and the basics of 3D visualization and exploratory data analysis.
• Discover how to construct an integrated 3D geological model and define target regions for future exploration.

GOCAD Mining Suite Fundamentals

• This training explores the notions learned in the Introduction to GOCAD Mining Suite in depth.
• In this course, you will gain experience with object creation, digitization, and editing.
• Construct lithological contacts from various data types such as surface geology maps, structural measurements, drillhole pierce points, and geophysical data.
• Build an integrated Common Earth Model and populate it with 3D exploration criteria, from which you will compute a mineral potential index.

Introduction to Potential Field Interpretation in GOCAD Mining Suite

• This course introduces the tools available for importing, assessing, and interpreting geophysical data.
• Construct a 3D magnetic model by interpreting a body from TMI data and computing its magnetic response using VPmg.

GOCAD Mining Suite Targeting Workflow

• Explore 3D multi-disciplinary targeting techniques for mineral exploration.
• Discover how to generate sound exploration targets using knowledge-driven and data-driven techniques of combining weighted exploration criteria derived from geological, geochemical, and geophysical data and interpretation.

GOCAD Mining Suite Advanced Interpretation

• This course is designed for geoscientists that already have a basic knowledge of the tools available in GOCAD and are looking to expand their skill set.
• Explore the visualization and interpretation technologies available in the Advanced Interpretation Package.
• The training is divided into 4 independent parts:
  • 1D and 2D views such as cross sections, well sections, and maps
  • Advanced visualization for 3D Voxets
  • Geostatistics, variogram modelling, and interpolations/ simulations
  • Modelling of faults and horizons from 2D and 3D seismic interpretation