On these pages you will find the course programme M.Sc. Meteorology for compulsory and elective modules of the winter semester.

1st Semester

In the 1st semester you will take

  • the compulsory modules P1, P2,
  • one module each from the (compulsory) elecetive area General Meteorology, Experimental Meteorology, Theoretical Meteorology and
  • and one module from the (compulsory) elecetive area Physics.
  • You will take the lecture „Dynamics and Synoptics" (2 CHW) and one exercise „Dynamics and Synoptics" (2 CHW).
  • Examinations (duration; weighting) and pre-examination requirements: Oral examination (45 min; weighting x1)

Module responsibility: Prof. Dr. Manfred Wendisch

  • Dynamics and Synoptic – lecture
    lecturer: Prof. Dr. Manfred Wendisch
    time:  Mo 07:30am – 09:00am
    room: Vilhelm Bjerknes lecture hall, Stephanstraße 3
    start: 09/10/23
  • Dynamics and Synoptic – exercise
    lecturers: Thomas Hain, Prof. Dr. Manfred Wendisch
    time: Thu 12:00pm – 12:45pm
    room: Vilhelm Bjerknes lecture hall, Stephanstraße 3
    start: 12/10/23
  • You will take the lecture „Atmospheric Radiation" (2 CHW) and die exercise „Atmospheric Radiation" (1 CHW).
  • Examinations (duration; weighting) and pre-examination requirements: Written exam (90 min; weighting ×1)
  • Pre-examination requirements: Weekly exercises with tasks related to the module content. Points are awarded for solutions. 50% of the total points for the entire semester have to be achieved as prerequisite for admission to the exam.

Modul responsibility: Prof. Dr. M. Wendisch

  • Atmospheric Radiation – lecture
    lecturer: Prof. Dr. Manfred Wendisch
    time: Tue 08:30am – 10:00am
    room: Vilhelm Bjerknes lecture hall, Stephanstraße 3
    start: 10/10/23

Lecture announcement

  • Atmospheric Radiation – exercise
    lecturer: Dr. André Ehrlich
    time: Tue 10:15am – 11:00am
    room: Vilhelm Bjerknes lecture hall, Stephanstraße 3
    start: 10/10/23

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3rd Semester

In the 3rd semester you will take

  • the compulsory modules P5, P6,
  • one module each from the (compulsory) elecetive area General Meteorology, Experimental Meteorology, Theoretical Meteorology and
  • and one module from the (compulsory) elecetive area Physics.
  • You will tak the lecture „Current Research in Meteorology“ (1 SWS) and the seminar „Current Research in Meteorology" (2 SWS).
  • Examinations (duration; weighting) and pre-examination requirements: Oral presentation (45 min; weighting ×1)

Module Responsibility: Dr. André Ehrlich

  • Current Research in Meteorology – lecture
    lecturers: PhD students
    time: block
    room: tbd.
  • Current Research in Meteorology – seminar
    lecturers: Research fellows
    timet: block
    room: tbd.

Lecture Announcement

  • You will take the lecture „Advanced Scientific Working in Meteorology“ (1 CHW) and the seminar „Advanced Scientific Working in Meteorology“ (2 CHW).
  • Examinations (duration; weighting) and pre-examination requirements: Written report (12 weeks; weighting ×1)

Module responsibility: Dr. André Ehrlich

  • Advanced Scientific Working – lecture
    lecturers: PhD students
    time: block
    room: tbd.
  • Advanced Scientific Working – Seminar
    lecturer: Research fellows
    timet: block
    room: tbd.

Elective area – General Meteorology

Two modules have to be selected from the meteorological elective courses General Meteorology (A1 – A7) in the scope of 10 CP.

  • You will take the lecture „Atmospheric Aerosol“ (2 CHW) and the exercise „Atmospheric Aerosol" (1 CHW).
  • Examinations (duration; weighting) and pre-examination requirements: Written exam (60 min; weighting ×1)

Modulverantwortung: Prof. Dr. Mira Pöhlker

  • Atmospheric Aerosol – lecture
    lecturers: Prof. Dr. Mira Pöhlker, Frank Stratmann
    time: Mo 2:45pm – 4:15pm
    room: seminare room, TROPOS, Permosterstraße 15
    start: 09/10/23
  • Atmospheric Aerosol – exercise
    lecturers: Prof. Dr. Mira Pöhlker, Frank Stratmann
    time: block
    room: seminare room, TROPOS, Permosterstraße 15
  • You will take the lecture „Atmospheric Chemistry - The Multiphase System“ (2 CWH), the seminar „Atmospheric Chemistry - The Multiphase System" (1 CWH) and the exercise „Atmospheric Chemistry - The Multiphase System" (1 CHW).
  • Examinations (duration; weighting) and pre-examination requirements: Written exam (90 min; weighting ×1)
  • Pre-examination requirements: Weekly exercises with tasks related to the module content. Points are awarded for solutions. 50% of the total points for the entire semester have to be achieved as prerequisite for admission to the exam.

Modul responsibility: Prof. Dr. Hartmut Herrmann

  • Atmospheric Chemistry – The Multiphase System – lecture
    lecturer: Prof. Dr. Hartmut Herrmann
    time: Mo 1:00pm – 2:30pm
    room: seminar room TROPOS, Permosterstraße 15
    start: 16/10/23
    pre-meeting: tbd.
  • Atmospheric Chemistry – The Multiphase System – seminare
    lecturer: Prof. Dr. Hartmut Herrmann
    time: We 1:00pm – 3:00pm- (14-daily)
    room: seminar room TROPOS, Permosterstraße 15
    start: 18/10/23
    pre-meeting: tbd.
  • Atmospheric Chemistry – The Multiphase System  – exercise
    lecturer: Prof. Dr. Hartmut Herrmann
    time: Mo 2:30pm – 3:15pm
    room: seminar room TROPOS, Permoserstraße 15
    start: 16/10/23

Lecture Announcement
PDF 212 KB

  • You will take the lecture „Numerical Weather Prediction and Climate Modelling“ (2 CHW) and the practical course „Numerical Weather Prediction and Climate Modelling" (2 CHW).
  • Examinations (duration; weighting) and pre-examination requirements: Oral presentation (45 min) and written report (4 weeks); weighting ×1

Module responsibility: Dr. Marc Salzmann

  • Numerical Weather Prediction and Climate Modelling – lecture
    lecturer: Dr. Marc Salzmann
    time: Fr 09:00am – 10:30am
    room: lecture hall 2, Talstraße 35
    start: 13/10/23
  • Numerical Weather Prediction and Climate Modelling – practical course
    lecturer: Dr. Marc Salzmann
    time: Fr 10:30am – 12:00am
    room: CIP-Pool, Talstraße 35
    start: 13/10/23

lecture announcement
PDF 29 KB

  • You will take the lecture „Atmospheric Trace Substances and their Modelling“ (2 CHW) and the seminar „Atmospheric Trace Substances and their Modelling" (1 CHW).
  • Examinations (duration; weighting) and pre-examination requirements: Oral presentation (45 min) and written report (4 weeks); weighting ×1

Module responsibilitiy: Prof. Dr. Ina Tegen

  • Atmospheric Trace Substances and their Modelling – lecture
    lecturer: Prof. Dr. Ina Tegen
    time: Fr 12:30pm – 14:00pm
    room: lecture hall 2, Talstraße 35
    start: 13/10/23
  • Atmospheric Aerosol – exercise
    lecturer: Prof. Dr. Ina Tegen
    Zeit: Fr 14:00am – 14:45am
    room: lecture hall 2, Talstraße 35
    start: 13/10/23

Elective Area – Experimental Meteorology

Two modules have to be selected from the meteorological elective courses Experimental Meteorology (E1 – E5) and 12-GEO-M-DS01 in the scope of 10 CP.

  • You will take the lecture „Airborne Physical Measuring Methods“ (2 CHW) and the practical course „Airborne Physical Measuring Methods" (1 CHW).
  • Examinations (duration; weighting) and pre-examination requirements. Written reports for the experiments of the practical course (4 weeks; weighting ×1)

Module responsibilty: Prof. Dr. Manfred Wendisch

  • Airborne Physical Measuring Methods – lecture
    lecturer: Prof. Dr. Manfred Wendisch
    time: We 08:30am – 10:15am
    room: Vilhelm Bjerknes lecture hall, Stephanstraße 3
    start: 11/10/23
  • Airborne Physical Measuring Methods – practical course
    lecturer: Dr. André Ehrlich
    time: block
    room: lab, Stephanstraße 3
  • You will take the lecture „Ground-based Radar and Microwave Remote Sensing“ (2 CHW) and the  „Ground-based Radar and Microwave Remote Sensing" (1 CHW).
  • Examinations (duration; weighting) and pre-examination requirements: Oral exam (30 min; weighting ×1)
  • Pre-examination requirements: Written report of the experiments of the exercise (4 weeks).

Module responsibility: JP Dr. Heike Kalesse-Los

  • Ground-based Radar and Microwave Remote Sensing – lecture
    lecturer: JP Dr. Heike Kalesse-Los
    time: Tue 12:45pm – 2:15pm, (online, if necessary)
    room: seminar room Arktis, Prager Straße 34
    start: 10/10/23
  • Ground-based Radar and Microwave Remote Sensing – excersice
    lecturer: JP Dr. Heike Kalesse-Los
    time: Tue 2:15pm – 3:00pm, (online, if necessary)
    room: seminar room Arktis, Prager Straße 34
    start: 10/10/23
  • You will take the lecture „Active Remote Sensing with Lidar“ (2 CHW) and the seminar „Active Remote Sensing with Lidar" (1 CHW).
  • Examinations (duration; weighting) and pre-examination requirements: Oral presentation (45 min) and written report (4 weeks); weighting ×1

Module responsibility: Dr. Dietrich Althausen, Dr. Holger Baars

  • Active Remote Sensing with Lidar – lecture
    lecturers: Dr. Albert Ansmann, Dr. Dietrich Althausen, Dr. Holger Baars, Dr. Ronny Engelmann, Dr. Patric Seifert
    time: We 11:00am – 12:30pm
    room: seminar room, TROPOS, Permoserstraße 15
    start: 11/10/23
  • Active Remote Sensing with Lidar – seminar
    lecturers: Dr. Albert Ansmann, Dr. Dietrich Althausen, Dr. Holger Baars, Dr. Ronny Engelmann, Dr. Patric Seifert
    time: We 13:15pm – 2:00pm
    room: seminar room, TROPOS, Permoserstraße 15
    start: 11/10/2023

AlmAWeb

Lecture Announcement
PDF 538 KB

Elective Area – Theoretical Meteorology

Two modules have to be selected from the meteorological elective courses Experimental Meteorology (T1 – T6) in the scope of 10 CP.

  • You will take the lecture „Dynamics of the Middle Atmosphere“ (2 CHW) an the exercise „Dynamics of the Middle Atmosphere" (1 CHW).
  • Examinations (duration; weighting) and pre-examination requirements: Oral presentation (45 min) and written report (4 weeks); weighting ×1

Module responsibility: Prof. Dr. Christoph Jacobi

  • Dynamics of the Middle Atmosphere – lecture
    lecturer: Prof. Dr. Christoph Jacobi
    time: Tue 3:30pm – 5:00pm
    room: seminar room 2, Stephanstraße 3
    start: 10/11/23
  • You will take the lecture „Scattering and Atmospheric Optics“ (2 CHW) and die excersice „Scattering and Atmospheric Optics" (1 CHW).
  • Examinations (duration; weighting) and pre-examination requirements: Oral presentation (45 min) and written report (4 weeks); weighting ×1

Module responsibility: Dr. Ulla Wandinger

  • Scattering and Atmospheric Optics – Vorlesung
    lecturer: Dr. Ulla Wandinger
    time: We 2:00pm – 3:30pm
    room: seminar raum, TROPOS, Permoserstraße 35
    start: 11/10/23
  • Scattering and Atmospheric Optics – Seminar
    lecturer: Dr. Ulla Wandinger
    time: We 3:45pm – 4:30pm
    room: seminar room, TROPOS, Permoserstraße 35
    start: 11/10/23
  • You will take the lecture „Introduction to Data Science“ (2 CHW) and die excersice „Data Science" (1 CHW).
  • Examinations (duration; weighting) and pre-examination requirements: Oral presentation (45 min) and written report (4 weeks); weighting ×1

Modul responsibility: JP Dr. Marlene Kretschemr

  • Introduction to Data Science – lecture
    lecturer: JP Dr. Marlene Kretschmer
    time: Mi 10:15 – 11:45 Uhr
    room: Hörsaal 2, Talstraße 35
    start: 11/10/23
  • Data Science – Übung
    lecturer:  JP Dr. Marlene Kretschmer
    time: Mi 12:15 – 13:45 Uhr
    room: Hörsaal 2/CIP-Pool, Talstraße 35
    start: 11/10/23

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Elective area – physics

One module with a capacity of 8 credits must be selected (elective area – physics), either from this list of modules from the German Bachelor's programme Physik:

  • Experimentalphysik 3 – Optik und Quantenphysik (12-PHY-BPEP3),
  • Experimentalphysik 4 – Struktur der Materie (12-PHY-BPEP4), (summer semester)
  • Experimentalphysik 5 – Festkörperphysik (12-PHY-BEP5),
  • Theoretische Physik 1 – Theoretische Mechanik“ (12-PHY-BTP1), (no offer in the winter term 22/23)
  • Theoretische Physik 2 – Quantenmechanik“ (12-PHY-BTP2), (summer semester)
  • Theoretische Physik 3 – Statistische Physik“ (12-PHY-BTP3),
  • Theoretische Physik 4 – Elektrodynamik & klassische Feldtheorie (12-PHY-BTP4) (summer semester)

or from this list of modules from the English Bachelor’s programme Physik im International Physics Studies Program (IPSP):

  • Experimental Physics 3 – Elektromagnetic Waves and Foundations of Quantum Phyics (12-PHY-BIEP3),
  • Theoretical Physics 1 – Classical Mechanics 1 (12-PHY-BIPTP1)*,
  • Theoretical Physics 2 – Elektrodynamics 1 (12-PHY-BIPTP2)*, (Sommersemester)
  • Theoretical Physics 4 – Quantum Mechanics (12-PHY-BIPTP4), (Sommersemester)
  • Theoretical Physics 5 – Statistical Physics (12-PHY-BIPTP5).

*Students who have already completed the module “Mathematische Methoden - Methoden der klassischen Physik” (12-PHY-BMAME1) in the Bachelor's program cannot select the modules Theoretical Physics 1 – Classical Mechanics 1 (12-PHY-BIPTP1) and “Theoretical Physics 2 – Elektrodynamics 1 (12-PHY-BIPTP2).

Modules that have already been taken in the Bachelor's programme are excluded.

Modules from the German Bachelor's programme Physik:

  • Die Studierenden besuchen die Vorlesung „Experimentalphysik – Optik und Quantenphysik“ (4 SWS) und das Seminar „Experimentalphysik – Optik und Quantenphysik" (2 SWS).
  • Prüfungsleistung: Klausur: 180 Min.
  • Prüfunngsvorlesitung: 50% der erreichbaren Bewertungspunkte der Übungsaufgaben

Module responsibility: Dr. Jörg Schnauß

  • Experimentalphysik – Optik und Quantenphysik – lecture
    lecturer: Dr. Jörg Schnauß
    time: Mo 09:15am – 10:45am
    room: Large Lecture hall, Linnéstraße 5
    start: 09/10/23
  • Experimentalphysik – Optik und Quantenphysik – lecture
    lecturer: Dr. Jörg Schnauß
    time: Thu 09:15am – 10:45am
    room: Großer Hörsaal, Linnéstraße 5
    start: 12/10/23
  • Experimentalphysik – Optik und Quantenphysik – seminar 1
    lecturer: J. Gleichmann
    time: Tue 1:15pm – 2:45am
    room: 532, Linnéstraße 5
    start:10/10/23
  • Experimentalphysik – Optik und Quantenphysik – seminar 2
    lecturer: M. Rose
    time: Tue 1:15pm – 2:45am
    room: 532, Linnéstraße 5
    start: 10/10/23

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  • Die Studierenden besuchen die Vorlesung „Experimentalphysik 5 – Festkörperphysik“ (4 SWS), eine Übung „Experimentalphysik 5 – Festkörperphysik" (2 SWS).
  • Prüfungsleistung: Klausur 180 Min
  • Prüfunngsvorlesitung: 50% der erreichbaren Bewertungspunkte der Übungsaufgaben

Module responsibility: Prof. Dr. Jan Meijer

  • Experimentalphysik 5 – Festkörperphysik – lecture
    lecturer: Prof. Dr. Jan Meijer
    time: Mo: 11:15am – 12:45pm
    room: 532, Linnéstraße 5
    start: 10 Octobre 2022
  • Experimentalphysik 5 – Festkörperphysik – lecture
    lecturer: Prof. Dr. Jan Mejer
    time: Thu 11:15am – 12:45pm
    room: 532, Linnéstraße 5
    start: 10 Octobre 2022
  • Experimentalphysik 5 – Festkörperphysik – exercise
    lecturer: Dr. P. Räcke
    time: Fr 11:15am – 12:45pm
    room: 532, Linnéstraße 5
    start: 14 Octobre 2022
  • Die Studierenden besuchen die Vorlesung „Theoretische Physik 1  – Theoretische Mechanik" (4 SWS) und das Seminar „Theoretische Physik 1  – Theoretische Mechanik" (2 SWS).
  • Prüfungsleistung: Klausur 180 Min.
  • Prüfungslvorleistungen: 50% der erreichbaren Bewertungspunkte der Übungsaufgaben

Module responsibility: Prof. Dr. Klaus Kroy

  • Theoretische Physik – Theoretische Mechanik – lecture
    lecturer: Prof. Dr. Klaus Kroy
    time: Mo 1:15pm – 2:45pm
    room: Thereotical lecture hall, Linnéstraße 5
    start: 09/10/23
  • Theoretische Physik – Theoretische Mechanik – lecture
    lecturer: Prof. Dr. Klaus Kroy
    time: We 11:15am – 12.45pm
    room: Thereotical lecture hall, Linnéstraße 5
    start: 11/10/23
  • Theoretische Physik – Theoretische Mechanik – exercise 1
    lecturer: N.N.
    time: Mo 11:15am – 12.45pm
    room: Thereotical lecture hall, Linnéstraße 5
    start: 16/10/23
  • Theoretische Physik – Theoretische Mechanik – exercise  2
    lecturer: N.N.
    Zeit: Mo 3:15pm – 4:45pm
    Raum: seminar room 225, Linnéstraße 5
    Beginn: 16/10/23
  • Theoretische Physik – Theoretische Mechanik – exercise 3
    lecturer: N.N.
    Zeit: We 09:15am – 10:45am
    Raum: seminar room 225, Linnéstraße 5
    Beginn: 18/10/23
  • Theoretische Physik – Theoretische Mechanik – exercise 4
    lecturer: N.N.
    Zeit: Thu 3:15pm – 4:45pm
    Raum: seminar room 225, Linnéstraße 5
    Beginn: 19/10/23
  • Die Studierenden besuchen die Vorlesung „Theoretische Physik 3 – Statistische Physik“ (4 SWS) und das Seminar „Theoretische Physik 3 – Statistische Physik" (2 SWS).
  • Prüfungsleistung: Klausur 180 Min
  • Prüfungsvorleistung: 50% der erreichbaren Bewertungspunkte der Übungsaufgaben

Module responsibility: Prof. Dr. Boris Fine

  • Theoretische Physik 3 – Statistische Physik – lecture
    lecturer: Prof. Dr. Boris Fine
    time: We 09:15am – 10:45am
    room: 210, Brüderstraße 16
    start: 11/10/23
  • Theoretische Physik 3 – Statistische Physik – lecture
    lecturer: Prof. Dr. Boris Fine
    time: Fr 09:15am – 10:45am
    room: 532, Linnéstraße 5
    start: 13/10/23
  • Theoretische Physik 3 – Statistische Physik – exercise
    lecturer: N.N.
    time: 
    room:
    start:

Modules from the English Bachelor’s programme Physik im International Physics Studies Program (IPSP):

  • You will take the lectures „Experimentalphysik 3 – Elektromagnetische Wellen und Grundlagen der Quantenphysik“ (4 CHW) an the seminar „Experimenatlphysik – Elektromagnetische Wellen und Grundlagen der Quantenphysik" (2 CHW).
  • Pre-examination requirements: Weekly exercises with tasks related to the module content. Points are awarded for solutions. 50% of the total points for the entire semester have to be achieved as prerequisite for admission to the exam.
  • Examinations (duration and pre-examination requirements: Written exam (180 min)

Modulverantwortung / Module responsibility: Prof. Dr. Rustem Valiullin

  • Experimentalphysik 3 – Elektromagnetische Wellen und Grundlagen der Quantenphysik / Experimental Physics 3 - Electromagnetic Waves and Foundations of Quantum Physics – Vorlesung/Lecture
    lecturer: Prof. Dr. Frank Cichos
    time: Mo 11:15am – 12:45pm
    room: large auditorium, Linnestraße 5
    start: 09/10/23
  • Experimentalphysik 3 – Elektromagnetische Wellen und Grundlagen der Quantenphysik / Experimental Physics 3 - Electromagnetic Waves and Foundations of Quantum Physics – Vorlesung/Lecture
    lecturer: Prof. Dr. Frank Cichos
    time: Thu 11:15am – 12:45pm
    room: large auditorium, Linnéstraße 5
    start: 12/10/23
  • Experimentalphysik 3 – Elektromagnetische Wellen und Grundlagen der Quantenphysik / Experimental Physics 3 - Electromagnetic Waves and Foundations of Quantum Physics – Übung/Excercise
    lecurer: G. Anchutkin
    time: Tue 11:15am – 12:45pm
    room: 532, Linnéstraße 5
    start: 17/10/23
  • Experimentalphysik 3 – Elektromagnetische Wellen und Grundlagen der Quantenphysik / Experimental Physics 3 - Electromagnetic Waves and Foundations of Quantum Physics – Übung/Excercise B
    lecturer: Dr. T. Thalheim
    time: Thu 09:15am – 10:45pm
    room: 532, Linnéstraße 5
    start: 19/10/23
  • You will take the lectures „Theoretical Physics 1 – Classical Mechanics 1 (4 CWH) and the seminar „Theoretical Physics 1 – Classical Mechanics 1 (1 CHW).
  • Examinations (duration and pre-examination requirements: Written exam (90 min)
  • Pre-examination requirements: Weekly exercises with tasks related to the module content. Points are awarded for solutions. 50% of the total points for the entire semester have to be achieved as prerequisite for admission to the exam.

Modulverantwortung / module responsibility: Prof. Dr. Inti Sodemann Villadiego

  • Theoretical Physics 1 – Classical Mechanics 1 – Lecture
    lecturer:
    time:
    room:
    start:
  • Theoretical Physics 1 – Classical Mechanics 1 – Lecture
    lecturer:
    time:
    room:
    start:
  • Theoretical Physics 1 – Classical Mechanics 1 – Exercise A
    lecturer:
    time:
    room:
    start:
  • Theoretical Physics 1 – Classical Mechanics 1 – Exercise B
    lecturers:
    time:
    room:
    start:
  • You will take the lectures „Theoretische Physik 5 – Statistische Physik“ (4 CWH) and the seminar „Theoretische Physik 5 – Statistische Physik" (2 CHW).
  • Examinations (duration and pre-examination requirements: Written exam (180 min)
  • Pre-examination requirements: Weekly exercises with tasks related to the module content. Points are awarded for solutions. 50% of the total points for the entire semester have to be achieved as prerequisite for admission to the exam.

Modulverantwortung / module responsibility: Prof. Dr. Inti Sodemann Villadiego

  • Theoretische Physik 5 – Statistische Physik / Theoretical Physics 5 – Statistical Physics – Vorlesung/Lecture
    lecturer: Prof. Dr. Inti Sodemann Villadiego
    time: Tue 09:15am – 10:45am
    room: 210, Brüderstraße 16
    start: 10/10/23
  • Theoretische Physik 5 – Statistische Physik / Theoretical Physics 5 – Statistical Physics – Vorlesung/Lecture
    lecturer: Prof. Dr. Inti Sodemann Villadiego
    time: Fr 11:15am – 12:45pm
    room: 210, Brüderstraße 16
    start: 14 Octobre 2022
  • Theoretische Physik 5 – Statistische Physik/ Theoretical Physics 5 – Statistical Physics – Übung/Exercise A
    lecturers: Prof. Dr. Inti Sodemann Villadiego
    time:
    room:
    start:
  • Theoretische Physik 5 – Statistische Physik/ Theoretical Physics 5 – Statistical Physics – Übung/Exercise B
    lecturers: M. Staats
    time:
    room:
    start:

Free elective area

  • The free elective area makes up 10 LP.
  • We explicitly recommend the following modules:
Semester Modul ID Modul Title LP
  • from the course programme M. Sc. Meteorology (English):
    two additional modules from the compulsory elevtive area of the course programme M.Sc. Meteorology (A1 ... A7, T1 ... T6, E1 ... E5).
5
  • from the course programme B. Sc. Geographie (only in German!):
Winter 12-GGR-B-PG01A Grundlagen der Physischen Geographie/Geoökologie I – Gestein und Relief 5
Winter 12-GGR-B-PG09 Biosphäre und Umweltwandel 5
Winter 12-GGR-B-GF05 Einführung in die Geoinformatik 10
Summer 12-GGR-B-PG02 Boden und Analyse von Geosystemen 10
Summer 12-GGR-B-GF04 Grundlagen der Fernerkundung 5
  • from the course programme M. Sc. Geographie (only in German!):
Winter 12-GGR-M-PG02 Umweltbezogene Geoökologische Standortbewertung 5
Winter 12-GGR-M-PG06N Angewandte Spezialgebiete der Physischen Geographie 5
Winter 12-GGR-M-GFP1 Umweltfernerkundung 5
Summer 12-GGR-M-GFP1 Geographische Informationssysteme – Modelle und Analysen 5
  • from the course programme Earth System Data Science and Remote Sensing (english):
Winter 12-GEO-M-RS01 Remote Sensing Products for Earth Research 5
Winter 12-GEO-M-SK01 Research Data Management and Social Responsibility 5
Winter 12-GEO-M-DS04 Data Analysis in Hyperspectral Remote Sensing 5
Winter 12-GEO-M-AG02 Earth System Components 5
Winter 12-GEO-M-DS03 Applied Data Analysis of Earth-Surface Processes 5
Summer 12-GEO-M-SK02 Scientific Writing 5
Summer 12-GEO-M-DS02 Spatio-temporal Data 5
  • Modules which have been finished during the bachelor studies are excluded.
  • Further modules of the University Leipzig can be approved by the Examination Board upon request as long as the lecturers accept studends from the M.Sc. Meteorology. Please make an appointment with the student advisory service of the institute in advance. 
  • Module registration

Grundlagen der Physischen Geographie/Geoökologie I – Relief und Gestein (12-GGR-BPG01A)

Module responsibility Prof. Dr. Chr. Zielhofer

  • Grundlagen der Physische Geographie/Geoökologie I – Relief und Gestein – lecture
    lecturer: Prof. Dr. Christoph Zielhofer
    time: Tue 1:15pm – 2:45pm
    room: HS01, Talstraße 35
    start: 17/10/23
  • Grundlagen der Physische Geographie/Geoökologie I – Relief und Gestein– exersice, tutorial A
    lecturer: Johannes Schmidt
    time: Mo 09:15am – 10:45am (14-daily)
    Raum: SR 0.06, Johannisallee 19a
    Beginn: 16/10/23
  • Grundlagen der Physische Geographie/Geoökologie I – Relief und Gestein – exersice, tutorial B
    lecturer: Anne Köhler
    Zeit: Mo 11:15am – 12:45pm (14-daily)
    room: SR 0.06, Johannisallee 19a
    Raum: 16/10/23
  • Grundlagen der Physische Geographie/Geoökologie I – Relief und Gestein – exercise, tutorial C
    lecturer: Johannes Schmidt
    Zeit: Thu 11:15am – 12:15pm (14-daily)
    Raum: SR 0.06, Johannisallee 19a
    Beginn: 16/10/23

Einführung in die Geoinformatik (12-GGR-B-GF05)

Module reponsibility: Prof. Dr. Hannes Feilhauer

  • Einführung in die Geoinformatik – lecture
    lecturer: Feilhauer, Hannes
    time: Mo 11:15am – 1:45pm
    room HS 01, Talstraße 35
  • Einführung in die Geoinformatik – seminar A
    lecturer: Rabiger-Völlmer, Johannes
    time: Tue 09:15am – 10:00am
    room: CP III, Talstraße 35
  • Einführung in die Geoinformatik – seminar B
    lecturer: Guimaraes-Steinicke, Claudia
    time:  Tue 12:15pm – 1:00pm
    room: CP III, Talstraße 35
  • Einführung in die Geoinformatik – seminar C
    lecturer: Guimaraes-Steinicke, Claudia
    time: We 2:15pm – 3:00pm
    room: CP I, Johannisallee 19a
  • Geographische Informationssysteme – exercise A
    lecturer: Rabiger-Völlmer, Johannes
    time:  Tue 10:15am – 11:45 am
    room: CP III, Talstraße 35
  • Geographische Informationssysteme – exercise B
    lecturer: Rabiger-Völlmer, Johannes
    time:  Tue 12:15pm – 1:45 pm
    room: CP III, Talstraße 35
  • Geographische Informationssysteme – exercise C
    lecturer: Guimaraes-Steinicke, Claudia
    time: We 3:15pm – 4:45 pm
    room: CP I, Johannisallee 19a
  • Es gelten die für den Studiengang gültigen Studiendokumente des Studienganges B.Sc. Geographie.
  • In die Module des Wahlbereiches Geographie schreiben Sie sich per E-Mail von Ihrer Uni-E-Mail-Adresse aus im oben angegebenen Zeitraum ein. Folgende Angaben sind dafür notwendig: Name, Vorname, Matrikelnummer und Studiengang.

Es gelten die für den Studiengänge gültigen Studiendokumente des Studienganges M.Sc. Geographie.

Umweltbezogene Geoökologische Standortbewertung (12-GGR-M-PG02)

Module repsonsibility: N.N.

  • Umweltbezogene Geoökologisch Standortbewertung – lecture
    lecturer: N.N.
  • Umweltbezogene Geoökologisch Standortbewertung – exercise
    lecturer. N.N

Angewandte Spezialgebiete der Geographie (12-GGR-M-PG06N)

Module responsibility: Dr. Birgit Schneider

  • Spezialgebiete der Geographie I: Die raum-zeitliche Dynamik einer menschlich genutzten Flussaue – das Beispiel der Weißen Elster im Vogtland
    lecturers: von Suchodoletz, Hans; Khosravichenar, Azra
    time: Thu 11:15am – 12:45pm
    room: CP III, Talstraße 35
  • Spezialgebiete der Geographie II: Hyperspectral remote sensing of the environment
    lecturer: Feilhauer, Hannes
    time: Thu 3:15pm – 4:45pm
    room: CP III, Talstraße 35

Umweltfernerkundung (12-GGR-M-GFP1)

Module responsibility: Prof. Dr. Michael Vohland

  • Umweltfernerkundung – lecture
    lecturer: Prof. Dr. Michael Vohland
    time: We 10:30am – 11:15am
    room: CP III, Talstraße 35
  • Umweltfernerkundung – exercise
    lecturer: Prof. Dr. Michael Vohland
    time: We 11:45am – 12:45pm
    room: CP III, Talstraße 35

Remote Sensing Products for Earth System Research (12-GEO-M-RS01)

Modul responsobility: Prof. Dr. Jian Peng

  • Introduction to Global Remote Sensing Data Products - lecture
    lecurer: Prof. Dr. Jian Peng
    time:
    room:
  • Applications of Remote Sensing Products - Übung
    lecurer: Marco Hannemann; Prof. Dr. Jian Peng; Toni Schmidt
    time:
    room:

Research Data Management and Social Responsibility (12-GEO-M-SK01)

Modul responsobility: Dr. Guido Kreamer

  • Research Data Management and Social Responsibility - lecture
    lecurer: Dr. Guido Kraemer
    time:
    room:
  • Applications of Remote Sensing Products - exersice
    lecurer: Dr. Guido Kraemer
    time:
    room::

Earth System Components (12-GEO-M-AG02)

Modul responsobility: Prof. Dr. Miguel Mahecha

  • Introduction to the Earth System - lecture
    lecurer: Prof. Dr. Miguel Mahecha
    time:
    room:
  • Earth System - exersice
    lecurer: Prof. Dr. Miguel Mahecha
    time:
    room:

Data Analysis in Hyperspectral Remote Sensing (12-GEO-M-DS04)

Modul responsobility:

  • Data Analysis in Hyperspectral Remote Sensing - lecture
    lecurer: 
    time:
    room:
  • Data Analysis in Hyperspectral Remote Sensing - exersice
    lecurer:
    time:
    room:

Applied Geostatistics (12-GEO-M-DS03)

Modul responsobility

  • Applied Geostatistics - lecture
    lecurer: 
    time:
    room:
  • Applied Geostatistics - exersice
    lecurer:
    time:
    room:

All Semester

  • The Leipziger Meteorologische Kolloquium und the PhD Talks are common series of meetings of the Leipzig Institute for Meteorology and the Institute of für Tropospheric research.
  • We recommend the attendance at this events/lecures.

time: Thu 4.00 p.m – 6.00 p.m.
location: Leipzig Institute for Meteorology or Institute for Tropospheric Research (TROPOS)
Veranstaltungsplan

time: Tue 11.30 a.m. – 12.30 p.m., 11.30 a.m. – 12.30 p.m
location: Institute for Tropospheric Research (TROPOS)
Veranstaltungsplan

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