
Magnetotellurics for minerals exploration and geothermal energy mapping
Title: Magnetotellurics for minerals exploration and geothermal energy mapping
CGS are kindly sponsoring the delegates for this workshop. Workshop limited to 20 participants. First come first served.

Presenter biography: Dr. David Khoza
David Khoza is geophysicist who’s worked in minerals exploration, mining and geoscience research. After completing BSc Honours degree, David joined BHP Billiton’s mineral exploration division, conducting geophysical surveys primarily in Africa. David took a break and then back into academia to complete his PhD, which focussed on understanding the tectonic evolution of the Southern African lithosphere using magnetotelluric data. Following that, he joined Anglo American’s Technical Solutions department supporting several business units in mining, green and brownfield exploration and research efforts within Anglo American. He then joined SPECTREM AIR, primarily focused on airborne data processing, modelling, interpretation and research. David then joined Council for Geoscience’s Executive Management Team. He holds a BSc (Geology and Physics), BSc Honours (Geophysics) and a PhD (Geophysics) from the University of the Witwatersrand.
Presenter biography: Wolfgang Soyer – Interpretation Manager, CGG Multiphysics
Wolfgang is managing the data analysis team in the Multiphysics group of CGG, based in Milan. His work centers on three-dimensional depth inversion modeling and interpretation of geophysical data, from electromagnetic induction, potential fields and seismic tomography methods, often involving joint inversions of different data types and integration geological ancillary information.
Previous assignments were with Geosystem, Schlumberger, and Fugro. Wolfgang graduated in Physics in Göttingen in 1998, did a PhD at the Free University Berlin in 2002 on EM induction in the Andes with a focus on magnetotelluric (MT) array data analysis and anisotropy, and a postdoc at the University of Alberta in Edmonton on MT in the Cascadian subduction zone and in hydrogeologic studies at the US nuclear test site on Amchitka Island.

About this event
This course will provide the interested geophysicists with the knowledge and skills necessary to effectively use magnetotelluric (MT) data for minerals exploration and geothermal energy mapping. Some of the topics covered will be a basic introduction to the MT method, processing, 2D and 3D inversion modelling. The hands-on component of the course involves using Geotools™, a modern, interactive platform for the analysis and inversion of magnetotelluric (MT) and time-domain electromagnetic (TDEM) data.
Working Environment
Participants should bring a laptop. All software and data will be provide.

