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STUDY PROGRAM

Study program

 
(M1 refers to the first year of the Master course, M2 refers to the second year; S1 denotes the first semester (generally fall semester) and S2 is the second (spring) semester) 
(it is authorized to combine M1 and M2 courses in S1 or S2):

Université Clermont Auvergne (Clermont-Ferrand, France) :


Period :

Course :

ECTS

M1, S1

Functioning of the climate system (*)

3

 

Dynamics of the atmosphere

3

 

Pollutants in the atmosphere

3

 

Radiation and radiative transfer

3

 

Remote sensing and imaging (*)

6

 

Statistical analysis and informatics (*)

6

 

Geophysics tools (*)

3

 

Scientific english (*)

3

 

 

= 30 ECTS

 

 

 

M1, S2

Thermodynamics of the atmosphere

3

 

Boundary layer and turbulence

3

 

Particles and air quality

3

 

Analytical techniques (*)

6

 

Numerical modelling and inversion techniques (*)

3

 

Numerical methods

3

 

Individual project (*)

9

 

 

= 30 ECTS

 

 

 

M2, S1

Sampling and analyzing the atmosphere at the summit of the Puy de Dome mountain

3

 

Cloud and precipitation physics

3

 

Modern in-situ and remote sensing methods

3

 

Numerical modeling applied to the atmosphere (op)

3

 

Meteorological signal processing (op)

3

 

Estimation of climate risks

3

 

Economie of the environment (op)

3

 

Hydrology

3

 

Management and communication (*)

3

 

Academic and applied research strategies (*)

3

 

Scientific English (*)

3

 

 

=30 ECTS

 

 

 

M2, S2

Internship with Master thesis

30 ECTS

(op) : optional : select 2 out of three
(*) : courses common with the geology master

 

Johannes Gutenberg-Universität (Mainz, Germany) :


Period

course

ECTS

M1, S1

Modeling

7

 

Large-scale Atmospheric Dynamics

11

 

Current Topics of Atmospheric Research

6

 

Free Election Subject

6

 

 

=30 ECTS

 

 

 

M1, S2

Application of Models

7

 

Theory of Radiation

6

 

Trace Gas Dynamics

3

 

Advanced Practical Training in Meteorology 2

6

 

Free Election Subject

8

 

 

=30 ECTS

 

 

 

M2, S1

Preparatory Module for the Master Thesis

10

 

Meteorological Seminar

3

 

Applied Radiation

3

 

Atmospheric Chemistry

7

 

Optional courses for free selection

7

 

 

=30 ECTS

 

 

 

M2, S2

Master Thesis

30 ECTS

Ilia State University (Tbilisi, Georgia) :


period

course

ECTS

M1, S1

Atmospheric Physics

6

 

Hydrodynamics and Magnetohydrodynamics

6

 

Mathematical Methods in Physics

6

 

Astrophysics

6

 

Mathematical modelling

6

 

 

=30 ECTS

 

 

 

M1, S2

Ionospheric Physics

6

 

Solar-Terrestrial coupling Physics

6

 

Satellite Data Processing

6

 

Solar Physics

6

 

1 Optional course for free selection

6

 

 

=30 ECTS

 

 

 

M2, S1

Remote Sensing Instruments and Methods

6

 

Physics of Cosmic Rays

6

 

Airglow Physics

6

 

1 Optional course for free selection

6

 

1 Optional course for free selection

6

 

 

=30 ECTS

 

 

 

M2, S2

Master Thesis

30 ECTS

University of Wyoming (Laramie, Wy USA) :


period

course

US cr

M1, S1

Physical Meteorology I (ATSC 5010)

4

 

Dynamic Meteorology I (ATSC 5014)

4

 

Optional courses (*)

3

 

 

=9 US cr
(=30 ECTS)

 

 

 

M1, S2

Physical Meteorology II (ATSC 5040)

4

 

Synoptic & Meso Meteorology I (ATSC 5016)

4

 

Optional courses (*)

3

 

 

=9 US cr
(=30 ECTS)

 

 

 

M2, S1

Climate Science (ATSC 5016)

3

 

Cloud and Precip Systems (ATSC 5210)

3

 

Optional courses (*)

3

 

 

=9 US cr
(=30 ECTS)

 

 

 

M2, S2

Master Thesis

6

 

Optional courses (*)

3

 

 

=9 US cr
(=30 ECTS)

(*) The options include: Radar Meteorology (ATSC 5340, 3cr), Boundary-layer Meteorology (ATSC 5330, 3cr), Atmospheric Chemistry (ATSC 5350, 3cr), Satellite Remote Sensing (ATSC 5370, 3cr), Advanced Cloud Microphysics (ATSC 5600, 3cr), Mesoscale Meteorology (ATSC 5008, 2cr), and Atmospheric Radiation (ATSC 5500, 3cr).

 

     
   
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