The Master's program encompasses a total of 120 credit points (abbr. CP) and subdivides into modules which as a rule comprise several interconnected forms of teaching and learning.

These 120 credit points are distributed over a number of areas, each consisting of a set of modules:

The synchronization area, totaling 12 CP, establishes a common foundation for the Master’s degree in fields that students may not be familiar with from their respective Bachelor’s degree programs. It includes the following modules:

• Geological Foundations (6 CP)

• Computational Methods (6 CP)

• Physical and Mathematical Foundations (6 CP)

To earn the mandatory 12 CP in this area, students are asked to complete 2 of these modules, selected by criteria based on the credit points earned in respective subjects during their Bachelor’s degree programs.

In the core area, the following modules have to be completed by all students

• Introduction to Planetary Sciences and planet formation (9 CP), 

• Principles of GIS and remote sensing (6 CP),

• Planetary physics (6 CP),

• Planetary atmospheres and climate (6 CP),

• Insights into current research (6 CP)

• Insights into the professional and research landscape (10 CP).

The specialization area, totalling 35 credit points, allows in-depth studies of specific fields through a choice of elective modules. 

• Planetary exploration: space missions (5 CP)

• Planetary exploration: methods and instrumentation ( 5CP)

• Planetary surface processes and morphology (5 CP

• Advanced remote sensing of the Earth (10 CP)

• Introduction to advanced geodata analysis (5 CP)

• Celestial mechanics (5 CP)

• The outer solar system (5 CP)

• Magnetospheres (5 CP)

• Satellite-based meteorology (10 CP)

• Planetary evolution and habitability (5 CP)

• Exoplanets (5 CP)

• Geophysical modeling of planets and moons (5 CP)

• Numerical methods in geosciences and planetary sciences (5 CP)

• Meteorites and the formation of terrestrial planets (5 CP)

• Laboratory methods for the analysis of planetary materials (5 CP)

• Planetary field trips (5 CP)

• Several modules with current special topics (each 5 CP)

Students write their Master's thesis in English during the fourth semester. After completion it is defended through a presentation and oral examination. WIth suitable scientific supervision, the Master's thesis can be written in cooperation with, for example, a scientific research facility outside Freie Universität Berlin.

• Application period

For all semesters:       17th of April until 31st of May (for the winter term) and

                                    1st of December until 15th of January (for the summer term)

More information can be found on the central pages of the Admissions Office of the Freie Universität Berlin: https://www.fu-berlin.de/en/studium/bewerbung/index.html 

• Prerequisites for admission

Admission requires

1. a Bachelor's degree or professional qualification from a German or comparable international institution in the natural sciences or engineering sciences,

2. at least 36 credit points (CP) awarded in the area of geosciences, biology, physics, chemistry, mathematics, or computer sciences, including at least 8 CP in the area of physics and at least 10 CP in the area of mathematics and/or statistics,

3. for applicants who have completed their university degree at an institution where English was not the teaching language, proficiency in English to at least the B2 level of the Common European Framework of Reference for Languages (CEFR) or equivalent.

The examining board decides whether the admission criteria are met. 

Candidates are selected for the Master’s program by consideration of the following criteria: 

1. The level of qualification as demonstrated by the applicant’s academic performance in their previous degree program.

2. A weighting of the subject or subjects studied as part of the previous degree program that can indicate the candidate’s motivation and suitability for the degree for which they are applying.

3. Other relevant qualifications acquired outside of a university degree program.

4. The result of an interview with the applicants, which should provide information about their motivation and qualification for the Master's Program.

While a B.Sc. provides a broad basic education, an M.Sc. involves significant specialization. Successful applicants for this study program must therefore be able to clearly express themselves in spoken and written formats, as well as possess both a basic acquaintance with subject matter and methodology in the natural sciences, as well as an aptitude for independent learning and scientific research.

Further information and access to the admission process can be found in the articles of admission.

• Tuition fees

There are no tuition fees. However, there is a small matriculation fee to be paid which includes a public transportation ticket.

The geosciences department at Freie Universität Berlin offers comprehensive, broad training and exemplary fundamental research in almost all areas of terrestrial and planetary geosciences. The expertise of the three Institutes of Geological Sciences, Geographical Sciences and Meteorology is reflected in the interdisciplinary “Planetary Sciences and Space Exploration” Master's program. The planetary sciences and remote sensing research groups at the Institute of Geological Sciences are involved in several international programs of planetary exploration (Mars, Saturn, exoplanets) and collaborative research projects, such as the DFG-Collaborative Research Center-Transregio TRR 170 “Late accretion on terrestrial planets”. 

Furthermore, the department is connected to numerous institutions in the metropolitan area of Berlin, most notably the Institute of Planetary Research of the German Aerospace Center (DLR) and the Museum of Natural History (MFN), which participate in teaching, joint research projects and internships, and supervision of Master's theses.

The Institutes of Geological and Geographical Sciences are located on the green Freie Universiät Berlin GeoCampus in Lankwitz. The Institute of Meteorology is located in Dahlem on a separate campus.

Click on the picture to open the interactive campus map.

Graduates of the Master’s degree have an advanced understanding of the problems and methods related to planetary sciences and remote sensing. They are aware of the current field of research in relation to planetary bodies both within and without our solar system. They are familiar with the multiple ways in which satellites and space probes are used for remote sensing of the Earth and other planetary objects, and have the knowledge and ability to interpret and analyze remote sensing and mission data. Their theoretical and methodological subject-specific and interdisciplinary skills meet internationally recognized standards. Graduates are equipped with subject-specific and conceptual strategies and they are familiar with both academic and non-academic research environments. Depending on their individual interests, graduates will also have gained focussed knowledge and skills in areas of their choice.

Graduates of the Master’s degree are qualified to take up professional employment or to continue with doctoral study. They are qualified to work in fields including national or international research institutions (either in a university or a non-university context, e.g. the German Aerospace Center, natural history museums) or space agencies (e.g. European Space Agency [ESA], National Aeronautics and Space Administration [NASA]), and in relevant industrial sectors with a focus on (aero)space, satellite technology, and Earth remote sensing. They may also find employment in the areas of management and organization, e.g. of space missions.

• Study and Examination Regulations [in English, unofficial preliminary translation]
  Studien- und Prüfungsordnung [“Study and Examination Regulations” in German]

• Admissions Statute [in English, unofficial translation]
  Zugangssatzung [“Admissions Statute” in German]
• Master's program Planetary Sciences and Space Exploration [FU homepage]

• Department Website