Master of Science (ID 24073)

1. Semester

• Advanced Sedimentology (10 CP, W)
• Applied geophysics I (10 CP, W)
• Applied geothermal energy (8 CP, W)
• Arbeitssicherheit I / Baustellenorganisation (2 CP, W)
• Baubetrieb und Management (9 CP, W)
• Boden- und Vegetationsökologie (6 CP, W)
• BWL für Ingenieure (4 CP, W)
• Earthquake processes (6 CP, W)
• Earthquake seminar and data analysis (9 CP, W)
• Economic geology I (10 CP, W)
• Economic geology II (10 CP, W)
• Ergänzungsmodule (15 CP, W)
  • 3D geological modelling: concepts and applications (2 CP, W)
  • 3x 1 day field trips (3 CP, W)
  • Angewandte Karbonatdiagenese (3 CP, W)
  • Climate change and water resources (2 CP, W)
  • Digital rock physics (6 CP, W)
  • Einführung in den Bau von Schächten (3 CP, W)
  • Einführung in die Sprengtechnik (2 CP, W)
  • Evaporite und deren Nutzung (2 CP, W)
  • Exkursion Argentinien (5 CP, W)
  • Exkursion Breitscheider Großhöhle (1 CP, W)
  • Field course structural geology (3 CP, W)
  • Field practical geophysics (W)
  • Fortgeschrittenenpraktikum (5 CP, W)
  • Geländeübungen in wechselnden Gebieten (8 CP, W)
  • Geochemical analysis by laser ablation - ICP-Mass Spectrometry (5 CP, W)
  • Georisiken (2 CP, W)
  • Geowissenschaftliche Materialanalyse (5 CP, W)
  • Groundwaterhydraulic (6 CP, W)
  • Hydrogeochemical modelling (6 CP, W)
  • Hydrogeological field camp (3 CP, W)
  • Hydrogeomechanics (6 CP, W)
  • Induced seismicity seminar (3 CP, W)
  • Informatik I (5 CP, W)
  • Informatik II (5 CP, W)
  • Lectures, seminar, excercises in structural geology (4 CP, W)
  • Log analysis (3 CP, W)
  • Marine Geophysik (3 CP, W)
  • Mathematische Methoden der Physik I (4 CP, W)
  • Mathematische Methoden der Physik II (4 CP, W)
  • Petrochronology and phase equilibria modelling (3 CP, W)
  • Physic of earth materials (5 CP, W)
  • Praxistage Felsbau (1 CP, W)
  • Quartärgeologie (3 CP, W)
  • Reservoir geophysics (5 CP, W)
  • RMR Driven Design (2 CP, W)
  • Rock physics (5 CP, W)
  • Scientiffic programming (5 CP, W)
  • Scientific writing (2 CP, W)
  • Sedimentary systems I (3 CP, W)
  • Sedimentary systems II (4 CP, W)
  • Seismic and electromagnetic field methods (5 CP, W)
  • Seismologic data analysis (5 CP, W)
  • Shallow geothermal energy (2 CP, W)
  • Special methods in structural geology (3 CP, W)
  • Spezielle Petrologie der Magmatite und Metamorphite (4 CP, W)
  • Stress field and rock mass behaivour (3 CP, W)
  • Tektonophysik (3 CP, W)
  • Umweltforensik (2 CP, W)
  • Underground storage (2 CP, W)
  • Well loggin rudiments I (2 CP, W)
  • Well loggin rudiments II, analysis interpretation (2 CP, W)
• Field course in applied geology (7 CP, W)
• Geologie des Pleisto-, Holo- und Anthropozäns (5 CP, W)
• Geology and geohazards in an active subduction zone (5 CP, W)
• Geophysical methods (14 CP, W)
• Geophysical practical (5 CP, W)
• Groundwater hydraulics (12 CP, W)
• Hig-temperature geochemistry (10 CP, W)
• Hydrochemistry (12 CP, W)
• Hydrogeochemical methods I (6 CP, W)
• Hydrogeochemical methods II (3 CP, W)
• Igneous petrology (10 CP, W)
• Instrumental environmental analysis (6 CP, W)
• Kristallphysik (10 CP, W)
• Physic of the solid Earth II (10 CP, W)
• Sedimentäre Geologie im Gelände (8 CP, W)
• Sedimentary geochemistry (10 CP, W)
• Structural geology (10 CP, W)
• Umweltgeotechnik (6 CP, W)

2. Semester

• Analytic methods in rock analysis (5 CP, W)
• Applied geophysics II (10 CP, W)
• Applied hydrogeology (9 CP, W)
• Baugrundcharakterisierung Boden (5 CP, W)
• Baugrundcharakterisierung Fels (5 CP, W)
• Baugrunderkundung- und dokumentation (5 CP, W)
• Electron beam microanalysis (6 CP, W)
• Felsmechanik und Felsbau (6 CP, W)
• Festkörperspektroskopie (10 CP, W)
• Field course in tectonics and resources (10 CP, W)
• Geochemical analyses by laser ablation-ICP-mass spectrometry (5 CP, W)
• Geologie im Geoingenieurwesen (6 CP, W)
• Grundbau- und Bodenmechanik (6 CP, W)
• Grundlagen des Geoingenieurwesens (6 CP, W)
• Hydrogeological field methods (12 CP, W)
• Kristallchemie (10 CP, W)
• Mantle petrology (10 CP, W)
• Mapping active faults (6 CP, W)
• Metamorphic petrology (12 CP, W)
• Physic of the solid Earth I (10 CP, W)
• Reservoir and fault geomechanics (6 CP, W)
• Rock mass and stress field (6 CP, W)
• Seismotonic and seismic hazard (6 CP, W)
• Siedlungswasserwirtschaft (5 CP, W)
• Strukturbestimmung (10 CP, W)
• Synthese und Kristallisation (10 CP, W)
• Thermodynamics (10 CP, W)

3. Semester

• Drilling engineering I - Geotechnical and near-surfache drilling (5 CP, W)
• Field course in petrology (6 CP, W)
• Geomechanik (10 CP, W)
• Kinetics (10 CP, W)
• Multi-disciplinary approaches to investigate poly-deformed terrains (6 CP, W)

4. Semester

• Master Thesis (30 CP)