After successful completion of the course, students are able to visualize geophysical measurements, process, model and invert geophysical data sets as well as the visualization and interpretation of the geophysical results

• Vertical Electrical Sounding (VES)
• Electrical resistivity Tomography (ERT)
• Transient Electromagnetic Soundings
• Seismic refraction Tomography

• The Excercise will be given as Distance Learning trhough a ZOOM meeting, the link will be available in the TUWEL page of the course
• The recordings of the Exercises will be available during the semester trhough the TUWEL page of the course
• Working in small groups of 2-3 students (or individually) to complete the tasks explained at the beginning of the semester. The teams are fixed for the entire semester.
• Preparation and submission of reports for each exercise (a total of 5 reports, 3 pages each)
• Development of scripts in Python/Matlab for the visualization of raw data and inversion results (1D or 2D).
• Use of commercial software and research algorithms for the modeling of physical signatures.
• Questions to the exercises will be posted in the TUWEL forum and will be addressed during the 2 hours planned along the semester in the online meeting.

The exercise will be explained as Distance Learning through a ZOOM meeting available in the TUWEL page of the course .

The recordings of the exercises will be available in the TUWEL page.

We need to note that you need to have a computer with one of the following operating systems in order to correctly run the python packages used during the exercise:

Operating system: Windows, Linux, MacOS

System architecture: Windows- 64-bit, Linux- 64-bit, macOS-64-bit

5 written protocols presenting their results