Modules and Courses (2024/25)
ID | Compulsory Modules | CP | Term | Courses | Info | |
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Topics in Earth System Science | 6 | W-S | Institute’s Colloquium |
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| Working Group Seminars | ||||||
Project Practical or Research Internship | 12 | W-S | Project Practical or Research Internship |
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ID | Core Modules | CP | Term | Courses | Info | |
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| Sedimentary Earth System Record | 6 | W | Sedimentary Earth System Record | |||
| Tectonics and Geodynamics | 6 | W | Tectonics and Geodynamics | |||
| Data Analysis and Statistics | 6 | W-S | Data Analysis and Statistics | Info | ||
| Advanced Field Practical | 6 | S | Advanced Field Practical | |||
| Theoretical Geophysics | 6 | W | Theory of Elastic Seismic Waves | |||
| Geophysical Inversion and Data Analysis | 12 | W | Geophysical Inversion | |||
| S | Data Analytics and Interpretation | |||||
| Geophysical Laboratory | 6 | W | Geophysical Laboratory | |||
| Advanced Mineralogy-Petrology | 12 | W | Advanced Geochemistry | |||
| W | Basics of Thermodynamics of geochemical processes | |||||
| S | Applied Thermodynamics and Kinetics of geochemical processes | |||||
| S | Applications of Crystal Chemistry in Mineralogy and Petrology | |||||
| Methods in Mineralogy and Petrology | 12 | W | Micro-Analytics and Data Analysis, Powder X-ray Diffraction | |||
| S | Choose 1 | Advanced Analytical and Experimental | ||||
| S | Crystalline Field Petrology |
ID | Consolidation Modules – Geology | CP | Term | Courses | Info | |
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Earth Surface Dynamics | 12 | W | Earth Surface Processes |
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| S | Active Tectonics (Field Exercise/Seminar/Exercises) | ||
Sedimentary Processes | 12 | W | Choose 1 | Carbonate Systems and Earth System History |
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| W | Modern Carbonates |
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| S | Methods and Applications in Basin |
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| S | Sedimentary Processes (Field Exercise) | Info | ||||
Numerical Analysis and Modelling | 12 | S | Choose 2 | Remote Sensing of the Environment |
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| W | Spatial Analysis with Numerical Methods |
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| S | Earth Surface Process Modelling |
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| S | Advanced Subsurface Modelling/ |
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Specialization Module-Theory and Applications | 12 | W | Choose 1 | Rates and Dates of Geological Processes |
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| S | Sedimentary Systems Modelling | ||
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| W | Mapping and Geoinformation Systems | ||
| S | Thematic Field School |
ID | Consolidation Modules– Geophysics | CP | Term | Courses | Info | |
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Fundamentals of Digital Seismology | 12 | W | Digital Seismology |
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| S | Array Seismology | Info | |
Seismological Data Science | 12 | W | Seismic Hazard Analysis |
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| S | Volcano Seismology | ||
Applied Geophysical Methods I | 12 | W | Seismic Methods |
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| S | Potential Field Methods |
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Applied Geophysical Methods II | 12 | W | Electrical and Electromagnetic Methods |
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| S | Applied Geophysics Field Course |
ID | Consolidation Modules – Mineralogy and Petrology | CP | Term | Courses | Info | |
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Advanced Petrology and Age | 12 | W | Advanced Petrology | |||
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| S | Advanced Age Determination |
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Physicochemical Mineralogy- | 12 | S | Mineral Physics and Spectroscopy |
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| W-S | Experimental Mineralogy-Petrology | ||
Special Topics in Mineralogy- | 12 | W | Geofluids & Clay Mineralogy |
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| S | Ore Forming Processes & Dating of Volcanic Processes |
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ID | Elective Modules | CP | Term | Courses | Info | |
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Modelling and Exploring the Earth System | 6 | S | Choose 1 | Modelling Tectonic and Surface Processes |
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| S | Advanced Subsurface Modelling/Geoenergy |
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| S | Special Topics in Applied Geophysics |
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| S | Advanced Methods in Observational Seismology | |||||
| S | Terrestrial and Airborne Lidar and Photogrammetry Systems | |||||
Geosciences Across Scales | 6 | W | Choose 1 | Stress Field of the Earth |
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| W | Organic Geochemistry |
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| W | Fundamentals of Geothermics of the Earth’s Crust |
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| W | Radiogenic Isotope Geochemistry and Geochronology |
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Past and Present of the Earth System | 6 | W | Choose 1 | Permafrost Landscapes |
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| W | Geofluids & Clay Mineralogy |
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| W | Modern Carbonates | |||||
Modern Trends in Geosciences | 6 | S | Choose 1 | Introduction to Geomicrobiology (Lecture/Exercises/Practical) |
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| S | Paleoclimate Dynamics |
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| S | Ore Forming Processes & Dating of Volcanic Processes | |||||
| S | Thematic Field School | |||||
| Geoscientific Data Science | 6 | W | Choose 1 | Remote Sensing of Permafrost Regions |
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| W | Quantification of flow and transport processes for utilisation of the geological subsurface |
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| W | Nonlinear Data Analysis Concepts |
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| W | Quantification and Argumentation |
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| W | Advanced Geochemistry | |||||
| W | Basic Thermodynamics | |||||
Special Remote Methods in Geosciences | 6 | S | Choose 1 | Planetary Physics |
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| S | Analysis of Digital Elevation Models | ||
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| S | Deep Electromagnetics and Magnetotellurics |
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Special Topics in Geosciences | 6 | W | Choose 1 | Coastal Dynamics |
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| W | Applied Mineralogy and Cultural Heritage |
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| W | Biogeochemistry |
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| W | Visualiziation and Communication |
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Monitoring Techniques and Data Analysis in Geosciences | 6 | W | Choose 1 | Planetary Remote Sensing |
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| W | Earthquake and Volcano Deformation |
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| W | Micro-analytical Methods and X-ray Powder Diffraction |