Standortanalyse urbaner GNSS-Permanentstationen (B.Sc.)
Analysis of GRACE monthly solutions
A Kalman filter for satellite attitude determination (M. Sc.)
Geoid-quasigeoid separation in mountain areas (Himalaya, Colorado) (M.Sc.)
Untersuchungen zur hochauflösenden Geoid- und Quasigeoidmodellierung (B.Sc. / M.Sc.)
Non-gravitational spacecraft accelerations during penumbra transitions (M.Sc.)
Bestimmung von nominellen Signal-Rauschverhältnis-Kurven für verschiedene Antennen-Empfänger-Kombinationen (B.Sc.)
Investigation of ocean tide models in the analysis of Lunar Laser Ranging data (M.Sc.)
Investigation of best possible location for a new retro-reflector on the Moon (M.Sc.)
Einsatz und Analyse von GNSS-Lowcost-Permanentstationen
De-spiking of Swarm accelerometer observation (M.Sc.)
GNSS time series analysis for a high-quality permanent station (B.Sc.)
Outlier tests for the analysis of Lunar Laser Ranging data
Improved GNSS Shadow Matching with Fresnel Ellipsoids (M.Sc.)
Impact of Antenna calibration values and time series (M.Sc.)
Bounding the residual tropospheric error by interval analysis (M.Sc.)
Simulation Studies for Future Satellite Gravity Missions (B.Sc. / M.Sc.)
Smartphone based GNSS observations from kinematic applications (B.Sc.)
INFORMATION AND TEMPLATES FOR DEGREE THESES
- As a preparation for the writing of your thesis it might be advantagous to take a ZQS-course (key competencies) to learn more about scientific methods
- Degree theses are given to one person only
- A short summary in English and German and an affidavit are to be placed before the thesis
The complete procedure includes the written part of the thesis and a colloquium open to all members of the university with a duration of ca. 20 minutes, followed by a discussion
