Universität Wien

Directorate of Studies 28 - Earth Science - Meteorology-Geophysics - Astronomy

Mit Mitteilungsblatt vom 30.06.2014 treten für Bachelor Erdwissenschaften und Master Erdwissenschaften neue Curricula in Kraft: https://www.univie.ac.at/mtbl02/02_pdf/20140630.pdf. Das Vorlesungsverzeichnis ist in Arbeit und wird bis Ende Juli online sein.

Informationen zur Erstanmeldung zum Studium ersehen Sie unter folgendem Link: https://univis.univie.ac.at/erstanmeldung/web/main

ACHTUNG: Für STEOP-LVs und LVs, die von anderen Studienrichtungen für unsere Curriculas angeboten werden, können andere Anmelde- und Abmeldezeiträume gelten!

Information zur Anmeldung zu den Lehrveranstaltungen: Das Prüfungsrecht zu einer Lehrveranstaltung besteht nur bei aufrechter Anmeldung an dieser Lehrveranstaltung im laufenden Semester! Melden Sie sich daher unbedingt zu den gewünschten Lehrveranstaltung an!

28.01. Earthsciences Bachelor & Master

A. BACHELOR PROGRAMME Geosciences

1. STEP - introduction phase

BA_ERD_1 STEOP The Earth System (BA01) STEP
BA_ERD_2 STEOP Chemistry I
BA_ERD_3 STEOP Mathematics I

2. Compulsory Modules

BA_ERD_4 Mineralogy and Crystallography (PI)
BA_ERD_5 Fundamentals of Biology
BA_ERD_6 Special mineralogy
BA_ERD_7 Mathematics II
BA_ER D_8 Chemistry II
BA_ERD_9 Makroskopische Gesteinsbestimmung
BA_ERD_10 Kartenkunde
BA_ERD_11 Palaeontology
BA_ERD_12 Chemical laboratory
BA_ERD_13 Physics
BA_ERD_14 Gesteinsmikroskopie
BA_ERD_15 Practical Course in Geological Mapping for mining
BA_ERD_16 Earth History and Stratigraphy
BA_ERD_17 Introduction in Hydrogeology und Environmental Pollutants
BA_ERD_18 Petrology der kristallinen Gesteine
BA_ERD_19 Strukturgeologie und Tektonik
BA_ERD_20 Regionale Geologie
BA_ERD_21 Sedimente und Kohlenwasserstoffgeologie
BA28 Pedology, Quarternary Geology and Geomorphology
BA_ERD_23 Mathematics III
BA_ERD_24 Micropalaeontology
BA_ERD_25 Geochemische Entwicklung der Erde
BA_ERD_26 Einführung Hydrochemie und Umweltgeochemie
BA_ERD_27 Bachelor-Thesis
BA_ERD_28 Individuelle Vertiefung

3. Elective Modules

BA30 Alternative Module I
BA30 Alternative Module I
BA31 Alternative Module II
BA31 Alternative Module II

4. Für Bachelor ALT (2011) angebotene LVs

PM Petrologie

B. MASTER PROGRAMME Geosciences

1. Compulsory module group

MA-ERD-1 Mathematische Methoden in den Erdwissenschaften
MA-ERD-2 Instrumentelle Analytik in den Geowissenschaften

1. Alternative compulsory module group (APMG)

a) Focus Geology
GP0_10 Isotope geology
GP0_09 Quantitative Structural Geology and Tectonics
GP0_07 Sedimentology
GP0_08 Stratigraphy
GP0_11 Geochemistry
b) Focus Hydrogeology und Environmental Chemistry
AP0_03 Environmental Modelling
AP0_02 Hydrochemistry
AP0_04 Environmental Pollutants
c) Focus Mineralogy
MA-ERD-7 Thermodynamic of Geomaterials
MA-ERD-11 Kristallography and Methods of diffraction
MA-ERD-12 Structur and Spectroscopy of crystalline material
MA-ERD-13 Experimental Mineralogy and Petrology
d) Focus Paleontology und Geobiology
MA-ERD-6 Stratigraphy
PP1_19 Palaeoceanography
PP0_21 Palaeontological Labor Techniques
PP0_22 Palaeontological Field Techniques

2. Alternative Modul-group

MA-ERD-17.0 bis 17.32 Wahlmodule

C. Additional teaching

28.02. Doctoral programme in Earth Sciences

28.04. Meteorology (Bachelor, Master)

A. BACHELOR

STEP

Introduction to Meteorology and Climatology (PM-Met-1) (BA01) STEP
Mathematics 1 (PM-Math-1) (BA02) STEP

Compulsory module (BA)

PM-Math-1 Mathematics 1
PM-Math-2 Mathematics 2
PM-Met-2 Introduction to Meteorology and Climatology 2
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

Required Modules

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

28.05. Doctoral programme Meteorology

28.06. Astronomy

A. Bachelor programme Astronomy

1. StEOP - Compulsory Orientation Phase

STEOP: Introduction to physics I
StEOP: Introduction to Astronomy 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
Introduction to physics II
Introduction to physics III
Analysis for physicists I
Analysis for physicists II
Linear algebra for physicists
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

Astronomical instruments II
Astrophysics II

3. Optional Modules

B. Master programme Astronomy

1. Mandatory modules

Astronomical mandatory module: cosmology and extragalactic Astronomy
Stars and Planets
Astronomical mandatory module: milky way and interstellar medium
Astronomical mandatory module: methods and instruments of astronomy
Astronomical mandatory module: Classical Astronomy, Celestial Mechanics, History

2. Alternative mandatory modules

Astronomical instruments II
Astrophysics II
Practical in observation orientated astronomy
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

28.07. Doctoral programme Astronomy

28.08. Environmental Sciences, MASTER Study Program

Modul P1 - Introduction to Environmental Sciences

Modul PF1 - Environmental Chemistry and Geochemistry

Modul PF2 - Environmental Biology

Modul PF3 - Environmental Pollutants

Modul PF4 - Element Cycles

Modul PS1 - Marine Systems

Modul PS2 - Ground and Surface Water Systems

Modul PS3 - Atmospheric Systems

Modul PS4 - Terrestrial Systems

Modul PIK1 - Legislation, Policy and Economies

Modul PIK2 - Models in Environmental Sciences

Modul PIK3 - Seminar in Environmental Sciences

Modul WS: Specialisation

WS2.2.1 Geodata management

WS2.2.2. GIS, image processing, remote sensing

WS2.2.3 Principles of Geoecology

WS2.2.4 Geosystem Analysis and Human-Environmental Relations

WS2.2.5 Quaternary Science and Paleopedology

WS2.2.6 Geomorphic Processes and Landform Dynamics

WS2.2.8 Human Ecology and Social Ecology

WS2.2.9 Applied Landscape Ecology

Last modified: We 13.06.2018 00:39