Universität Wien

Studies Programme 28 - Earth Science - Meteorology-Geophysics - Astronomy

28.01. Earthsciences BACHELOR & MASTER

A. BACHELOR PROGRAMME Earth Sciences

1. STEOP - Compulsory Introduction phase

StEOP The Earth System
STEOP Mineralogy and Crystallography
STEOP Mathematics IA
StEOP Chemistry IA

2. Compulsory Modules

PM Chemistry IB
PM Biology I
PM System Earth: Field Trip
PM Mathematics IB
PM Palaeobiodiversity
PM Physics I
PM Mineralogy I - Rock forming Minerals
PM Petrography
PM Geological Methodology and Maps
PM Chemistry II
PM Mineralogy II - Ore and Industrial Minerals
PM Petrology and Geochemistry of Crystalline Rocks
PM Earth History and Stratigraphy
PM Applied and Environmantal Geology I
PM Geological Mapping
PM Geological Mapping (above ground) (PI)
PM Geological Mapping (below ground) (PI)
PM Mathematics II
PM Physics II and Geophysics
PM Sedimentology and Facies Analysis
PM Structural Geology and Tectonics
PM Regional Geology
PM Biostratigraphy und Evolution of life
PM Geochemistry, Elementcycles and Isotope Geology
PM Mathematics III
PM Applied Mineralogy in Material Science
PM Petrology
PM Applied and Environmantal Geology II
PM Biology II
PM Quarternary Geology and Geomorphology
PM Taphonomy and Palaeoecology
PM Bachelor Thesis

3. Elective Modules

BA30 Alternative Module I
BA31 Alternative Module II

B. MASTER PROGRAMME Earth Sciences

1. Alternative compulsory module group (APMG)

1.1. Angewandte- und Umweltgeologie (A&U)
AP0_01 Hydrodynamics
AP0_02 Hydrochemistry
AP0_03 Environmental Modelling
AP0_04 Environmental Pollutants
AP0_05 Applied Geomicrobiology
AP0_06 Applied Field and Lab Methods
1.2. Geology (Geo)
GP0_07 Sedimentology
GP0_08 Stratigraphy
GP0_09 Quantitative Structural Geology and Tectonics
GP0_10 Isotope geology
GP0_11 Geochemistry
GP0_12 Petrogenesis
1.3. Mineralogy und Cristallography (M&K))
MP0_13 Crystal-structure Analysis I
MPO_14 Crystal-Structure Analysis II
MP0_15 Mineral Spectroscopy I
MP0_16 Crystal-structure analysis II
MP0_17 Crystallography
MP0_18 Crystal Chemistry - Crystal Physics
1.4. Palaeontology (Paläo)
PP1_19 Palaeoceanography
PP2_20 Applied Micropalaeontology
PP0_21 Palaeontological Labor Techniques
PP0_22 Palaeontological Field Techniques
PP1_23 Marine Palaeoenvironments
PP2_24 Palaeoclimatology and Palaeobiogeography

2. Alternative Modul-group

W0_25 Remediation organic Pollutants
W0_26 Remediation Inorganic Pollutants
W0_27 Geological Ressources, Environment and Management
W0_28 Environemental Isotopes
W0_29 Applied Geophysics
W0_30 Methods in Sedimentology, Clay Mineralogy and Diagenesis
W0_31 GIS and 3D Modelling
W0_32 Quartärforschung
W0_33 Quatification of geological processes
W0_34 Cosmochemisty and Planetary Geology
W0_35 Microtectonics
W0_36 Geology of Hydrocarbons and seismic interpretation
W2_37 Carbonate Sedimentology
W2_38 Geophysical Methods
W0_39 Geochronology
W0_40 Modelling of Geochemical Processes
W2_41 Remote Sensing Techniques
W0_42 Biogeochemie
W1_43 Volcanology
W2_44 Experimental Petrology
W0_45 Petrological Thermodynamics
W0_46 Geological Mapping
W2_47 Geohazards and Risk
W1_48 Applied Mineralogy I
W2_49 Applied Mineralogy II
W1_50 Mineral Materials I
W2_51 Mineral Materials II
W0_52 Applied Crystal-structure Analysis
W1_53 Palaeodiversity of Invertebrates
W2_54 Palaeodiversity of plants
W1_55 Palaeodiversity of Vertebrates
W2_56 Terrestrial Actuopalaeontology
W1_57 Palaeontology and Evolution
W2_58 Applied Palaeobotany
W0_59 Earth Science field trips I
W0_60 Earth Science field trips II
W0_61 Instrumental Analytical Methods I
W0_62 Instrumental Analytical Methods II
W1_63 Instrumental Analytical Methods III
W2_64 Instrumental analytical methods IV

C. Additional teaching Earth Sciences

28.02. Doctoral programme in Earth Sciences

28.04. Meteorology BACHELOR & MASTER

A. BACHELOR

1. STEOP - Compulsory Introduction phase

PM-Met-1 Introduction to Meteorology and Climatology 1 (STEOP)
PM-Ph-1 Introduction to Physics I (STEOP)

2. Compulsory Module

PM-Math-1 Mathematics 1
PM-Math-1 Mathematik für Naturwissenschaften 1 (NPI)
PM-Math-1 Mathematik für Naturwissenschaften 1 (PI)
PM-Math-2 Mathematics 2
PM-Math-2 Mathematik für Naturwissenschaften 2 (NPI)
PM-Math-2 Mathematik für Naturwissenschaften 2 (PI)
PM-Met-2 Introduction to Meteorology and Climatology 2
PM-Met-2 Einführung in Meteorologie und Klimatologie 2 (NPI)
PM-Prog Programming in Meteorology
PM-Math-3 Mathematics 3
PM-Ph-2 Introduction to Physics 2
PM-Met-3 Atmospheric Radiation and Chemistry of the Atmosphere
PM-Met-4 Thermodynamics of the Atmosphere
PM-Stat Statistical Methods of Meteorology
PM-Math-4 Mathematics 4
PM-Prakt Basic Lab in Meteorology
PM-Met-5 Hydrometeorology, atm. Electricity and Optics
PM-Met-6 Dynamics of the Atmosphere 1
PM-Met-7 Synoptic-Dynamic Meteorology 1
PM-Met-8 Climate
PM-Met-9 Experimental Meteorology
PM-Met-10 Dynamics of the Atmosphere 2
PM-Met-11 Synoptic-Dynamic Meteorology 2
PM-Met-12 Weather Analysis and Forecasting
PM-Met-13 Remote Sensing
PM-BPrak Professional Practical Training
PM-Bach Bachelor Thesis
PM-Nawi Related Natural Sciences

B. MASTER PROGRAMME Meteorology

COMPULSORY MODULES

PM-MiMet Micrometeorology
PM-MDyn Mesoscale Dynamics
PM-Num Numerical Modeling
PM-WV Weather Analysis and Forecasting
PM-Mess Meteorological Observational Methods
PM-Kl1 Climate 1
PM-Kl2 Climate 2
PM-Alpin Alpine Meteorology
PM-Exkur Meteorological-Climatological Excursion
PM-Master Master Module
PM-MetNawi Special Topics of Meteorology and Related Natural Sciences

28.03. Meteorology and Geophysics (diploma programm)

1st. stage of a degree programme

2nd. stage of a degree programme

2.1. Branches of study in Meterology and Geophysics

2.2. Branche of study: Meterology

2.3. Branche of study: Geophysics

28.05. Doctoral programme Meteorology

28.06. Astronomy BACHELOR & MASTER

A. BACHELOR PROGRAMME Astronomy

1. StEOP - Compulsory Introduction phase

StEOP: Introduction to Astronomy I
StEOP: Introduction to physics I

1. Mandatory modules

Introduction to Astronomy II
Introduction to astronomy III
Astronomical Laboratory Exercises for Beginners
Basics of mathematics and physics for astronomers I
Basics of mathematics and physics for astronomers II
Numerical methods in astronomy
Analysis for physicists I
Analysis for physicists II
Linear algebra for physicists
Introduction to physics II
Introduction to physics III
Astrophysics I
Astronomical instruments I
History of science/philosophy of science/philosophy
Practical observations
Seminar: topics of the current astronomical research
Astronomical bachelorseminar (incl. Bachelor thesis)

2. Alternative mandatory module

Astrophysics II
Astronomical instruments II

3. Optional Modules

B. MASTERSTUDIUM Astronomy

1. Mandatory modules

Cosmology and extragalactic Astronomy
Stars and Planets
Milky way and interstellar medium
Methods and instruments of astronomy
Classical Astronomy, Celestial Mechanics, History

2. Alternative mandatory modules

Astronomical instruments II
Astrophysics II
Practical in observation orientated astronomy (PI)
Practical training in numerical astronomy

3. Astronomical Consolidation module group

3.1. Astronomical mandatory module
Cosmology and extragalactic astronomy
Stars and Planets
Milky way and interstellar medium
Methods and instruments of astronomy
Classical Astronomy, Celestial Mechanics and History of Astronomy
3.2. Astronomical consolidation module
Classical Astronomy, Celestial Mechanics and History of Astronomy
Cosmology and extragalactic astronomy
Methods and instruments of astronomy
Milky way and interstellar medium
Stars and Planets

4. Optional Module Group

5. Master-Module: Master-Thesis

28.07. Doctoral programme Astronomy

Last modified: We 20.08.2025 00:53