The course consists of two integrated parts: conceptual models of various geological environments, and computer-based modeling of engineering geology.
Part 1: Conceptualization of geological conditions. This includes stratigraphy as well as structural and tectonic history, primarily in Scandinavia. Formulation of geological conceptual models for different glacial environments. Field measurements of textural and tectonic conditions. Representation of geological structures in both 2D and 3D.
Part 2: Computer analysis of structural and geological data. This includes statistical distribution of structural elements, discrete fracture network modeling, concepts of heterogeneity and anisotropy, the influence of rock stresses, and flow & transport processes in both soil and rock.
The main idea is that students will be able to apply the knowledge gained in the course directly to their research. The quality of their research results is influenced by their ability to formulate good conceptual geological models of their research study areas and their ability to apply geological measuring and modeling in their research. It is therefore recommended that students take the course within the first two years of the research studies. The content of the course will be modified to suit the prerequisites of the students and their individual needs of engineering geological knowledge.
