Universität Wien

28.06. Astronomy BACHELOR & MASTER

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

A.2. BACHELOR Astronomy VERSION 2015

STEOP-Astro Introduction in Astronomy

STEOP-PhRM Introduction to Computational Methods in Physics

STEOP-Ph1 Introduction to Physics I

PM-AnaPh1 Analysis for Physicists I

PM-LinAlg Linear Algebra for Physicists

PM-AP1 Astrophysics I

PM-AnaPh2 Analysis for Physicists II

PM-Ph-2 Introduction in Physics II

PM-MethPh1 Mathematical Methods of Physics for Meteorologists I

PM-AP2 Astrophysics II

PM-Ph-3 Introduction in Physics III

PM-TP-1 Theoretical Physics I: Classical Mechanic

PM-MethPh2 Mathematical Methods of Physics for Meteorologists II

PM-AstroPR Astronomical Laboratory

PM-InfAst Informatics for Astronomers

PM-KonAst Physically concepts in Astronomy

PM-TP2 Theoretical Physics II: Quantum Mechanics

PM-NumMeth Numerical methods of Astronomy

PM-AstInst1 Astronomical instruments I

PM-ObsPrak Practical observations

PM-AstSem Seminar for actual astronomical topics

PM-TAP1 Theoretically Astrophysics I

PM-BacSem Astronomical Bachelorseminar

PM-Nawi Special Topics of Astronomy and Related Natural Sciences

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

B.2. Master programme Astronomy VERSION 2016

PM-Sem Compulsory Module Research Seminar

WM Optional Module group

WM-a Optional Modules Galaxy and Universe

WM-a-Gal Extragalactic Astronomy
WM-a-Uni Early Universe

WM-b Optional Modules Stars and Planets

WM-b-ISM Star formation and the interstellar medium
WM-b-Planet Planets and exoplanets
WM-b-Stern Stellar structure and evolution

WM-c Optional Modules Astronomical Instruments and Methods

WM-c-Inst Astronomical instrumentation
WM-c-Num Practical in numerical Astronomy
APM-c-Beob Practical in observation orientated Astronomy

PM Compulsory Module Consolidation

PM-Astr Compulsory Module Consolidation Astronomy

PM-FnNawi Compulsory Module Specialized individual consolidation

Last modified: Tu 12.06.2018 13:33