Computer Methods and GIS in Engineering Geology, Geophysics and Geomechanics 1300-WMKGG-GES
The course is focused on preparing the students to perform spatial analysis using GIS and numerical modelling of the construction impact on the subsoil (soil and rock). The course provides practical classes in the computer lab and includes three thematic blocks: engineering geology, geomechanics and geophysics.
During the first block students become familiar with the use of GIS in engineering geology. Students will work in ArcGIS and opensource QGIS and SAGA software. The students will create a file-based database and perform spatial analyzes of selected soil parameters (soil type, bearing capacity of soil, depth of the groundwater level, analysis of surface decline based on a digital terrain model).
The second block is focused on the use of IT tools in geomechanical issues. Students become familiar with the sources of spatial data, and create a geodatabase to perform advanced geospatial analysis. This will result in predicting areas susceptible to the development of modern geodynamic processes, and then assess the stability of rock massifs in particular areas at risk.
During the third block, the students become familiar with Plaxis, a software for numerical modelling using the finite element method. Students will model some issues concerning the interaction between the subsoil and the foundation (e.g. subsidence of structures, slope stability, consolidation process).
Type of course
Prerequisites (description)
Course coordinators
Learning outcomes
On completion of the course, the student:
- knows and understands complex phenomena and geological processes that affect engineering-geological and geomechanical properties of subsoil (soil and rock) (P2A_W01);
- knows the rules for interpreting geological phenomena and processes based on spatial analysis data (P2A_W02);
- knows specialized tools used in the acquisition of spatial data, spatial analysis and geomechanical modelling (P2A_W06),
- applies informatic technology and tools for the analysis of spatial engineering-geological, geomechanical and geophysical properties of subsoil (P2A_U01);
- is able to interpret results of spatial analysis and calculations obtained from the finite element method (P2A_U03);
- is able to handle GIS software (ArcMap, QGIS and SAGA), and software for the calculation of the finite element method (Plaxis) (P2A_U05),
- understands the need for increasing knowledge and development of skills in the use of computer methods for obtaining and analyzing data for subsoil assessment (P2A_K01);
- is able to present and explain social and environmental aspects of practical application of acquired knowledge and skills in engineering geology, geomechanics and geophysics (P2A_K03).
Assessment criteria
The classes are assessed as the sum of points from the three thematic blocks, 20 points for each block (total 60 points). Points are awarded for projects and student's activity during classes. A positive mark is for obtaining at least 31 points in total.
Additional information
Additional information (registration calendar, class conductors, localization and schedules of classes), might be available in the USOSweb system: