This 16-module course addresses the techniques employed in the construction of realistic and accurate geological volumes and structures in mainstream software packages
TECT advises and trains clients on implementation of best-practice 3D geological modelling packages and workflows
This 16-module course addresses the techniques employed in the construction of realistic and accurate geological volumes and structures in mainstream software packages
The course describes model inputs, validation, verification and highlights common pitfalls. It explains the recent shift from explicit, section-based, geometrical modelling to attribute modelling, to rules-based, implicit modelling, such as that employed by Leapfrog. The course is particularly useful for Geoscientists or companies that are considering a change in 3D geomodelling software. The course is presented annually via the Geological Society of South Africa’s Directorate of Professional Programmes and forms part of the curriculum at the University of Stellenbosch.
This course comprises 10 modules that address the fundamentals and recent developments in structural geology
An often intimidating university course, Structural Geology is a discipline routinely required in mapping, data gathering and interpretation of structural settings of prospects or deposits
The course will be useful to Geoscientists who: require a refresher on the subject; are interested in topics that were not covered in undergraduate courses; are interested in the application of Structural Geology to mineralization and 3D modelling
Courses may be customized to suit the context of a client’s project
This 3-day course comprises 11 modules focused on resolving structurally-complex geology in Leapfrog
TECT, in collaboration with Seequent, provides training for advanced or experienced Leapfrog users, using comprehensive real-world datasets in a variety of structurally-complex geological environments. The interactive course covers Leapfrog’s advanced 3D modelling tools. Focus is placed on structural geology and multiple data types to derive realistic geometries. Practical exercises provide users with a hands-on introduction to advanced modelling techniques, guided by best practice principles and strategies employed by experienced Structural-Economic Geologists
