Teaching
We teach a number of courses in the geoscience bacherlors and masters degrees:
Bachelors courses:
B.Geo.102, GÜ III: Strukturgeologie
B.Geo.105: Strukturgeologie und Geodynamik
B.Geo.105, TM 1, LV 2: Strukturgeologische Übungen
B.Geo.105, TM 2: Einführung in die Mikrogefügekunde
B.Geo.204, TM 2, LV 1: Fallstudien zur Strukturgeologie (Ringvorlesung)
B.Geo.107: Geologische Karten und Profile
B.Geo.210: Bachelor-Projekt
B.Geo.211 Digitale Techniken
B.Geo.712: Plate tectonic theory and kinematics - a geological perspective
B.ÖSM.105: Karten und Profile
B.ÖSM.115/B.Geo.715: Geogene Energieträger
Masters courses:
M.EES.101 Earth Sciences, Environment & Society
M.EES.101.2: The big Picture
M.EES.102, Submodule 1: Down to Earth - Linking theoretical models with real world geology
M.EES.104: Digital Methods in Earth and Environmental Sciences
M.EES.401: Geodynamics
M.EES.401.3: Tectonics of sedimentary basins and orogens
M.EES.401.4: Exercises in tectonics
M.EES.405: Rock Deformation across scale
M.EES.405.1 Tectonics: Lithospheric plates to outcrops
M.EES.405.2 Microtectonics
M.EES.406: Deformation modelling across scale
M.EES.406.1: Introduction to structural modelling techniques
M.EES.406.2: Practical structural modelling I
M.EES.406.3: Practical structural modeling II
M.EES.407: Applied Geothermics I
M.EES.407.1 Geothermal Systems and their potential impact on the energy transition
M.EES.407.2 Geothermal exploration strategies
M.EES.407.3 Reservoir modeling including economics
M.EES.408: Applied Geothermics II
M.EES.408.1: Analogue studies (Field excercises and structural modelling)
M.EES.408.2: Lithological characterization and petrophysical properties
M.EES.408.3: Own case stuy (Group project)
M.EES.502 Geological Field Studies