A. BACHELOR
STEP
Introduction to Meteorology and Climatology (PM-Met-1) (BA01) STEP
PM-Met-1: Introduction to Meteorology and Climatology I (BA01) STEP (NPI)
PM-Met-1: Introduction to Meteorology and Climatology II (BA01) STEP (NPI)
PM-Met-1: Exercise course in Introduction to Meteorology and Climatology I
PM-Met-1: Exercise course in Introduction to Meteorology and Climatology
Mathematics 1 (PM-Math-1) (BA02) STEP
PM-Math-1: Analysis for Physicists I STEP (NPI)
PM-Math-1: Problem sessions to Analysis for Physicists (BA 02) STEP (PI)
PM-Math-1: Linear Algebra for Physicists I (BA 02) STEP (NPI)
STEP (PI)
PM-Math-1: Introduction to mathematics for physicists I - with practical exercises (BA 02) STEP (PI)
Introduction to Physics 1 (PM-Ph-1) (BA03) STEP
PM-Ph-1: Introduction to physics 1 (BA 03) STEP (NPI)
PM-Ph-1: Exercise course in introductory physics 1 (BA 03) STEP (PI)
Compulsory module (BA)
Programming in Meteorology (PM-Prog) (BA04)
PM-Prog: Programming in Meteorology (BA04) (NPI)
PM-Prog: Exercise course in Programming in Meteorology (BA 04) (PI)
Statistical Methods of Meteorology (PM-Stat) (BA05)
PM-Stat: Statistical Methods of Meteorology (BA05) (NPI)
PM-Stat: Exercise course in Statistical Methods of Meteorology (BA 05) (PI)
PM-Math-2: Analysis für PhysikerInnen II (BA 06) (NPI)
PM-Math-2: Analysis for Physicists II (BA 06) (NPI)
PM-Math-2: Problem session to Analysis for Physicists II (BA 06) (PI)
Introduction to Physics 2 (PM-Ph-2) (BA07)
PM-Ph-2: Introduction to Physics II (BA07) (NPI)
PM-Ph-2: Practical exercises for Introductory Physics II (BA 07) (PI)
General Meteorology (PM-Met-2) (BA08)
PM-Met-2: Übungen zu Allgemeine Meteorologie I (BA08) (PI)
PM-Met-2: General Meteorology II (BA 08) (NPI)
- 280331 VO PM-Met-2: General Meteorology II (NPI)
PM-Met-2: Exercise course in General Meteorology I (BA 08) (PI)
PM-Met-2: Exercise course in General Meteorology II (BA 08) (PI)
Theoretical Meteorology 1(PM-Met-3) (BA 09)
PM-Met-3: Theoretical Meteorology I (BA 09) (NPI)
PM-Met-3: Exercise course in Theoretical Meteorology I (BA 09) (PI)
Mathematics 3 (PM-Math-3) (BA 10)
PM-Math-3: Mathematics III (BA 10) (NPI)
PM-Math-3: Mathematics III (BA 10) (NPI)
Basic lab in Meteorology (PM-Prakt) (BA 11)
PM-Prakt: Basic lab in Meteorology I (BA 11) (PI)
PM-Prakt: Basic lab in Meteorology II (BA 11) (PI)
Theoretical Meteorology 2 (PM-Met-4) (BA 12)
PM-Met-4: Theoretical Meteorology II (BA 12) (NPI)
- 280339 VO [ en ] PM-Met-4: Theoretical Meteorology II (NPI)
PM-Met-4: Exercise course in Theoretical Meteorology II (BA 12) (PI)
Synoptic-dynamic Meteorology 1 (PM-Met-5) (BA 13)
PM-Met-5: Synoptic-dynamic Meteorology I (BA 13) (NPI)
PM-Met-5: Exercise course in Synoptic-dynamic Meteorology I (BA 13) (PI)
Mathematical methods in Meteorology (PM-Math-4) (BA 14)
PM-Math-4: Mathematical methods in Meteorology (BA 14) (NPI)
PM-Math-4: Exercise course in Mathematical methods in Meteorology (BA 14) (PI)
Micrometeorology (PM-Met-6) (BA 15)
PM-Met-6: Micrometeorology (BA 15) (NPI)
- 280345 VO PM-Met-6: Micrometeorology (NPI)
PM-Met-6: Exercise course in Micrometeorology (BA 15) (PI)
Experimental Meteorology (PM-Met-7) (BA 16)
PM-Met-7: Meteorological Instruments (BA 16) (NPI)
PM-Met-7: Exercise course in Meteorological Instruments (BA 16) (PI)
PM-Met-7: Field exercises I (BA 16) (PI)
PM-Met-7 Field exercises II (BA 16) (PI)
- 280350 PR PM-Met-7 Field exercises II (PI)
Wettervorhersage (PM-Met-8) (BA 17)
PM-Met-8: Weather Discussion I (advective processes) (BA 17) (PI)
PM-Met-8: Weather Discussion II (convective processes) (BA 17) (PI)
PM-Met-8: Interpretation of forecast model output (BA 17) (PI)
PM-Met-8: Verification (BA 17) (PI)
Theoretical Meteorology 3 (PM-Met-9) (BA 18)
PM-Met-9: Theoretical Meteorology III (BA 18) (NPI)
PM-Met-9: Exercise course in Theoretical Meteorology III (BA 18) (PI)
Synoptic-dynamic Meteorology 2 (PM-Met-10) (BA 19)
PM-Met-10: Synoptic-dynamic Meteorology II (BA 19) (NPI)
PM-Met-10: Exercise course in Synoptic-dynamic Meteorology II (BA 19) (PI)
Remote sensing (PM-Met-11) (BA 20)
PM-Met-11: Introduction in Remote sensing (BA 20) (NPI)
PM-Met-11: Exercise course in Introduction to Remote Sensing (BA 20) (PI)
Climate (PM-Kl) (BA 21)
PM-Kl: Regional Climatology (BA 21) (PI)
- 280361 SE PM-Kl: Regional Climatology (PI)
PM-Kl: Applied Climatology (BA 21) (NPI)
- 280362 VO PM-Kl: Applied Climatology (NPI)
PM-Kl: Climate Models (BA 21) (NPI)
- 280363 VO PM-Kl: Climate Models (NPI)
PM-Kl: Exercise course in Climate Models (BA 21) (PI)
PM-Kl: Exercise course in Climate Models (BA 21) (PI)
- 280365 SE PM-Kl: Literature seminar IPCC (PI)
Professional practical training and Bachelor thesis (PM-Bach) (BA 22)
PM-Bach: Bachelor thesis (BA 22) (PI)
PM-Bach: Bachelor seminar (BA 22) (PI)
- 280367 SE PM-Bach: Bachelor seminar (PI)
PM-Bach: Professional practical training (BA 22) (PI)
Last modified: We 13.06.2018 00:36
§ 2 Dauer und Umfang: Der Arbeitsaufwand für das Bachelorstudium Meteorologie beträgt 180 ECTS-Punkte. Das entspricht einer vorgesehenen Studiendauer von 6 Semestern.
§ 3 Zulassungsvoraussetzungen: Über die im Universitätsgesetz 2002 formulierten Zulassungsvoraussetzungen hinaus gibt es keine weiteren.
§ 4 Akademischer Grad: Absolventinnen bzw. Absolventen des Bachelorstudiums Meteorologie ist der akademische Grad "Bachelor of Science" - abgekürzt "BSc" - zu verleihen. Dieser akademische Grad ist hinter dem Namen zu führen.
§ 5 Aufbau - Module mit ECTS-Punktezuweisung: (1) Das Bachelorstudium Meteorologie umfasst 180 ECTS.Das Bachelorstudium Meteorologie enthält eine Studieneingangsphase (STEP) mit
Lehrinhalten, die die Fachrichtung besonders kennzeichnen und untenstehende Pflichtmodule.