Master Modules - Annex 1

Study plan from winter semester 2023/24

Proposed plan of study starting with winter term

Proposed plan of study starting with summer term

Module-ID	Module	LP/CP	G	Sem.
MN-GM-PM	Prognostic Modelling	6	6	1
MN-GM-IM	Inverse Modelling	6	6	2
MN-GM-LITREV	Literature Review and Current Research Questions	9	9	3
MN-GM-PWORK	Project Work	15	15	3
MN-GM-GEOEEM	Direct Current and Electromagnetic Exploration Methods	6	6	1-3
MN-GM-GEOAFC	Advanced Geophysical Field Course	6	6	1-3
MN-GM-GEOAFC+	Advanced Geophysical Field Course+	9	9	1-3
MN-GM-GEOSEIS	Seismology	6	6	1-3
MN-GM-GEOSOSYS	Geophysics of the Solar System	6	6	1-3
MN-GM-GEOSPACE	Space Physics	6	6	1-3
MN-GM-GEOSPACE+	Space Physics+	9	9	1-3
MN-GM-GEOHYD	Wave based methods in Hydrogeophysics	6	6	1-3
MN-GM-GEOMAG	Geomagnetism and Space Weather	6	6	1-3
MN-GM-GEOPLATM	Planetary Atmospheres	6	6	1-3
MN-GM-GEOSRT	Planetary Gravity Fields from Spacecraft Radio Tracking	6	6	1-3
MN-GM-ESDP1	Fundamentals of Earth System data processing	6	6	1-3
MN-GM-ESDP2	Advanced Earth System data processing	6	6	1-3
MN-GM-METABL	Atmospheric Boundary Layer	6	6	1-3
MN-GM-METCLOUD	Clouds and Precipitation	6	6	1-3
MN-GM-METCLIMATE	Physical Climatology	6	6	1-3
MN-GM-METADM	Atmospheric Dynamics and Modeling	6	6	1-3
MN-GM-METRAD	Radiation	6	6	1-3
MN-GM-METEN	Energy Meteorology	6	6	1-3
MN-GM-METFUT	Future Challenges of Meteorology	6	6	1-3
MN-GM-METCHEM	Atmospheric Chemistry	6	6	1-3
MN-GM-METRS	Advanced Remote Sensing	6	6	1-3
MN-GM-METTOP	Challenging Meteorological Topics	6	6	2-3
MN-GM_METPOL	Polar Meteorology	6	6	1-3
MN-GM-MASTER	Master thesis	30	30	4

Sem: Semester
LP/CP: Leistungspunkte/Credit Points
G: Gewicht (weight)

The grade is calculated by multiplying each module grade with its weight and divide the sum of it by the sum of the weights (= 120).