MSc Meteorology (specialization as Weather forecaster / Climate Researcher)

Semester

Evaluation

Credit

Code

Course

1

2

3

4

L

P

L

P

L

P

L

P

me2n1a01

Mathematical Analysis

2

K

2

me2n2a01

Mathematical Analysis

1

P

1

ee2n3a02

Informatics in Meteorology

2

P

2

ee2n1a03

Fluid Dynamics

3

K

3

ee2n1a04

Thermodynamics

2

K

2

ee2n2a04

Thermodynamics

1

P

1

me2n1a05

Partial Differential Equations

2

K

2

me2n2a05

Partial Differential Equations

1

P

1

ee2n1d01

Dynamic Meteorology 3

2

K

2

ee2n2d01

Dynamic Meteorology 3

1

P

1

ee2n1d02

Synoptic Meteorology 3

2

K

2

ee2n4d02

Synoptic Meteorology 3

2

P

2

ee2n1d03

Dynamic Meteorology 4

2

K

2

ee2n2d03

Dynamic Meteorology 4

1

P

1

ee2n1d04

Dynamic Modeling

3

K

3

ee2n2d04

Dynamic Modeling

0

S

0

ee2n1d05

Synoptic Meteorology 4

2

K

2

ee2n4d05

Synoptic Meteorology 4

1

P

1

ee2n1d06

Mesosynoptics

2

K

2

ee2n2d06

Mesosynoptics

1

P

1

ee2n1l01

Atmospheric Physics 3

3

C

3

ee2n2l01

Atmospheric Physics 3

0

S

0

ee2n1l02

Climatology 2

2

K

2

ee2n2l02

Climatology 2

1

P

1

ee2n2l03

Analysis of Climate Data 1

2

P

2

ee2n1l04

Surface-Atmosphere Interactions

4

C

4

ee2n2l04

Surface-Atmosphere Interactions

0

S

0

ee2n1l05

Climate Models

2

C

2

ee2n1l06

Physical Oceanography

1

K

1

ee2n1l07

Environment Protection

2

K

2

ee2n2l07

Environment Protection

1

P

1

ee2n1m01

Meteorological Instruments and Observations

1

C

1

ee2n1m01

Meteorological Instruments and Observations

2

P

2

ee2n6m02

Mid-semester Practice

1

P

1

ee2n6m05

Summer Practice

1

P

1

ee2n1m03

Satellite Meteorology and Remote Sensing

2

C

2

ee2n2m03

Satellite Meteorology and Remote Sensing

1

P

1

ee2n1m04

Time Series Analysis

2

K

2

ee2n2m04

Time Series Analysis

1

P

1

ee2n1s01

Meteorology in English

K

2

ee2n1s02

Meteorology in German

K

2

ee2n1s03

Statistical Methods for Climate Data Analysis

K

2

ee2n1s04

Boundary Layer Meteorology

K

2

ee2n1s05

Physics of Upper Atmosphere

K

2

ee2n1s06

Ecological Climatology

K

2

ee2n1s07

Global Climate Modeling

K

2

ee2n1s08

Modeling Surface Fluxes

K

2

ee2n1s09

Modern Meteorological Data Formats

K

2

ee2n1s10

Everyday Physics

K

2

ee2n1s11

Military Meteorology

K

2

ee2n1s12

Selected Parts of Mathematics 1

K

2

ee2n1s13

Selected Parts of Mathematics 2

K

2

ee2n1e01

Informatics in Weather Forecast

1

K

1

ee2n3e01

Informatics in Weather Forecast

2

P

2

ee2n4e02

Weather Forecast Practice

3

P

3

ee2n4e03

Atmospheric Energetics

2

K

2

ee2n1e04

Synoptic Meteorology 5

2

K

2

ee2n4e04

Synoptic Meteorology 5

4

P

4

ee2n1e05

Dynamic Modeling 2

2

K

3

ee2n2e05

Dynamic Modeling 2

1

S

0

ee2n4e06

Weather Forecast Practice 2

3

P

3

ee2n1e07

Random field analysis

2

K

2

ee2n2e07

Random field analysis

1

P

1

ee2n1e08

Numerical Prediction

3

K

3

ee2n1e09

Aviation Meteorology

2

C

2

ee2n1e10

Media Meteorology

2

C

2

ee2n1k01

Analysis of Climate Data 2

1

K

1

ee2n3k01

Analysis of Climate Data 2

3

P

3

ee2n1k02

Global and Regional Climate Change

2

K

2

ee2n1k03

Climate Modeling

2

C

2

ee2n2k03

Climate Modeling

1

P

1

ee2n1k04

Ocean and Cryosphere

2

C

2

ee2n1k05

Hydrology

3

K

3

ee2n2k05

Hydrology

0

S

0

ee2n1k06

Chemical Processes in the Atmosphere

2

K

2

ee2n2k06

Chemical Processes in the Atmosphere

1

P

1

ee2n2k01

Agroclimatology

1

C

1

ee2n1k08

Agroclimatology

1

S

1

ee2n1k08

Renewable Energy Sources

2

C

P

2

ee2n2k08

Renewable Energy Sources

1

1

ee2n1k09

Biogeochemical Processes

2

C

2

ee2n1k10

Statistical Climatology

2

C

2

ee2n1k11

Urban Climatology

2

K

2

ee2n2k11

Urban Climatology

2

P

2

ee2n7p01

Thesis (Laboratory Practice) 1

4

P

4

ee2n7p02

Thesis (Laboratory Practice) 2

16

P

16

L = lecture

P = practice

K = exam (can be written or oral)

C = exam grade is given on the basis of the semester work

P = practice report

S = signature if fulfilled