28.06. Astronomy
DIE LEHRVERSTALTUNGEN DER STUDIENRICHTUNGEN BACHELOR; MASTER UND DOKTORAT ASTRONOMIE WERDEN AB MITTE DER 4. KALENDENWOCHE ONLINE GESTELLT WERDEN!
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
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Güdel
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
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Stökl
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Steiner
Numerical methods in astronomy
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Lhotka
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Dvorak
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
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Kerschbaum
Seminar: topics of the current astronomical research
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280454 SE 10 ECTS [ en ] Seminar: topics of the current astronomical research (PI) (incl. Bachelor's Paper) - (inklusive Bachelorarbeit)Güdel
Astronomical bachelorseminar (incl. Bachelor thesis)
2. Alternative mandatory module
Astronomical instruments II
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Zeilinger
Astrophysics II
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Dorfi
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Reimers
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
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280486 UE 2 ECTS Astronomical mandatory module: Exercises to Classical Astronomy, Celestial Mechanics, HistoryDvorak
2. Alternative mandatory modules
Astronomical instruments II
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Zeilinger
Astrophysics II
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Dorfi
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Reimers
Practical in observation orientated astronomy
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Alves
Practical training in numerical astronomy
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Recchi
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
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Dvorak
3.2. Astronomical consolidation module
Classical Astronomy, Celestial Mechanics and History of Astronomy
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Firneis
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Dvorak
Cosmology and extragalactic astronomy
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280492 VU 6 ECTS [ en ] Consolidation module: Clusters of galaxies, large-scale structure, cosmology (PI)Czoske
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280510 VU 4 ECTS [ de en ] Consolidation module: Galaxy Evolution in the Era of ALMA, VLT and E-ELT (NPI)Dannerbauer
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280511 VU 2 ECTS Consolidation module: Exercises in Galaxy Evolution in the Era of ALMA, VLT and E-ELT (NPI)Kuchner
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Ziegler
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Verdugo Olivares
Methods and instruments of astronomy
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Dorfi
Milky way and interstellar medium
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Alves
Stars and Planets
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280503 VU 4 ECTS Consolidation module: ISM and Extragalactic -The Physics of dense stellar systems (PI)Kroupa
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Stift
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280505 UE 2 ECTS [ en ] Consolidation module: Exercises in Spectral analysis and stellar atmospheres (PI)Stift
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Hron
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Firneis
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450102 VU 4 ECTS ISM and Extragalactic (PI) - The Multi-phase Interstellar Medium and its numerical TreatmentHensler
4. Optional Module Group
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280492 VU 6 ECTS [ en ] Consolidation module: Clusters of galaxies, large-scale structure, cosmology (PI)Czoske
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Firneis
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Dvorak
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Stift
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280505 UE 2 ECTS [ en ] Consolidation module: Exercises in Spectral analysis and stellar atmospheres (PI)Stift
-
Alves
-
Hron
-
Firneis
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280510 VU 4 ECTS [ de en ] Consolidation module: Galaxy Evolution in the Era of ALMA, VLT and E-ELT (NPI)Dannerbauer
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280511 VU 2 ECTS Consolidation module: Exercises in Galaxy Evolution in the Era of ALMA, VLT and E-ELT (NPI)Kuchner
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Ziegler
-
Verdugo Olivares
Last modified: We 13.06.2018 00:38