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

• 280494 UE 4 ECTS Consolidation module: Special Aspects on Astrobiology (PI)
  Firneis
• 280495 UE 4 ECTS Consolidation module: Methodische Grundlagen der Planetologie (PI)
  Firneis

Astrophysics II

Practical in observation orientated astronomy (PI)

Practical training in numerical astronomy

3. Astronomical Consolidation module group

3.1. Astronomical mandatory module

• 280478 VO 4 ECTS Astronomical mandatory module: methods and instruments of astronomy (NPI)
  Kerschbaum
• 280479 UE 2 ECTS Astronomical mandatory module: methods and instruments of astronomy (PI)
  Kerschbaum

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

• 280491 SE 4 ECTS Consolidation module: astrodynamical seminar (PI)
  Dvorak

Cosmology and extragalactic astronomy

• 280498 VU 8 ECTS Consolidation Module: Galaxienhaufen, großräumige Strukturen und Kosmologie
  Zeilinger
• 280502 SE 4 ECTS [ en ] Consolidation module: Galaxy Evolution
  Hensler

Methods and instruments of astronomy

• 280496 SE 4 ECTS Consolidation Module: Mathematische Methoden der Astronomie (PI)
  Firneis
• 280497 VU 8 ECTS Consolidation Module: Techniques of observational astrophysics (PI)
  Zeilinger
• 280504 SE 4 ECTS Consolidation module: seminar late-stage of stars-expansion (PI)
  Kerschbaum

Milky way and interstellar medium

• 280503 VO 6 ECTS Consolidation module: physics of the interstellar medium (NPI)
  Hensler

Stars and Planets

• 280490 SE 6 ECTS Consolidation module: Pulsierende Sterne in verschiedenen Entwicklungsstadien (PI)
  Zwintz
• 280493 SE 4 ECTS Consolidation Module: Sternentstehung und Sternhaufen (PI)
  Paunzen
• 280494 UE 4 ECTS Consolidation module: Special Aspects on Astrobiology (PI)
  Firneis
• 280495 UE 4 ECTS Consolidation module: Methodische Grundlagen der Planetologie (PI)
  Firneis
• 280499 VO 4 ECTS [ de en ] Consolidation Module: The Sun and Space Weather (NPI)
  Hanslmeier
• 280500 VO 3 ECTS [ de en ] Consolidation module: Star and Planet Formation (NPI)
  Kamp
• 280501 UE 2 ECTS [ de en ] Consolidation module: Star and Planet Formation (PI)
  Kamp
• 280504 SE 4 ECTS Consolidation module: seminar late-stage of stars-expansion (PI)
  Kerschbaum

4. Optional Module Group

• 280490 SE 6 ECTS Consolidation module: Pulsierende Sterne in verschiedenen Entwicklungsstadien (PI)
  Zwintz
• 280491 SE 4 ECTS Consolidation module: astrodynamical seminar (PI)
  Dvorak
• 280493 SE 4 ECTS Consolidation Module: Sternentstehung und Sternhaufen (PI)
  Paunzen
• 280496 SE 4 ECTS Consolidation Module: Mathematische Methoden der Astronomie (PI)
  Firneis
• 280497 VU 8 ECTS Consolidation Module: Techniques of observational astrophysics (PI)
  Zeilinger
• 280498 VU 8 ECTS Consolidation Module: Galaxienhaufen, großräumige Strukturen und Kosmologie
  Zeilinger
• 280499 VO 4 ECTS [ de en ] Consolidation Module: The Sun and Space Weather (NPI)
  Hanslmeier
• 280500 VO 3 ECTS [ de en ] Consolidation module: Star and Planet Formation (NPI)
  Kamp
• 280501 UE 2 ECTS [ de en ] Consolidation module: Star and Planet Formation (PI)
  Kamp
• 280502 SE 4 ECTS [ en ] Consolidation module: Galaxy Evolution
  Hensler
• 280503 VO 6 ECTS Consolidation module: physics of the interstellar medium (NPI)
  Hensler

5. Master-Module: Master-Thesis