This course is available as a F2F course as well as an E-Learning course.
Of all technologies available in geophysics, electromagnetic methods have the widest range of applications, a result of the large spectrum of frequencies that can be used.
- For registration please contact info@epts.org
For an overview of the courses view this video:
Watch this space.Every month there will be anew video introducing the geophysical contextof one of the many exercises that need to be made in the courses to enhance learning.
Available courses
Based on Open Source software we offer a one-day (8hrs) Face-to-Face and a one-month duration (8hrs equivalent) E-learning course. The course consists of PowerPoint presentations with references to publications together with computer-based exercises and Machine Learning related videos and active participant interaction.
Check your knowledge of Machine Learning in this Quiz
This course is available as a F2F course as well as an E-Learning course.
This course will explain geophysical methods used in the search for hydrocarbons and minerals, monitoring pollution, and rejuvenation of polluted sites. These methods are gravity, magnetics, electrical, electromagnetics and seismic.
- Teacher: J.C. Mondt
Artificial Intelligence is no more and no less than a powerful extension of the human intelligence. Its power is in its capability to master data structures in multi-dimensional space (classification, clustering, regression, prediction) and map the data onto a better-understandable, lower-dimensional space while maintaining the inter-data relationships.
Based on Open Source software, an 8hrs E-learning course is
available, optionally spread over two days, in addition to a one-day F2F
course.
The course consists of presentations, based on publications together
with computer-based exercises and Machine Learning related videos.
Do the Quiz 0 to check whether this course is suitable for you.
This course is available as a F2F course as well as an E-Learning course.
This course will introduce the acquisition and processing of a range of non-seismic data. As an example: Marine Controlled Source Electro-Magnetics (CSEM) to detect directly the presence of hydrocarbons in seismically determined reservoir volumes.
This course will introduce the acquisition and processing of a range of non-seismic data. As an example: Marine Controlled Source Electro-Magnetics (CSEM) to detect directly the presence of hydrocarbons in seismically determined reservoir volumes.
- Teacher: J.C. Mondt
This course is available as a F2F course as well as an E-Learning course.
This course deals mainly with combining quantitative seismic measurements with rock physics to determine the lithology, porosity, and pore fluid saturations. A most interesting application is of course time-lapse seismic in which the production is monitored from the surface (remotely).
This course deals mainly with combining quantitative seismic measurements with rock physics to determine the lithology, porosity, and pore fluid saturations. A most interesting application is of course time-lapse seismic in which the production is monitored from the surface (remotely).
- Teacher: J.C. Mondt