We offer final theses for the following courses of studies:
- Bachelor Thesis in Study Course Bachelor of Science Civil Engineering and Geodesy
- Master Thesis in Study Course Master of Science Geodesy and Geoinformation
For students from other study courses we can set up subjects and assist in supervision as well. The main supervisor must however be member in the respective department.
Thesis subjects may be chosen from PSGD's field of research and scope of lectures:
- Earth Observation
- Geodetic Reference Systems
- Physical Geodesy and Gravimetry
- Satellite Navigation (GNSS) and Satellite Geodesy
- Positioning and Navigation
- Parameter Estimation, Signal Processing
You can find thesis subjects (examples, not exhaustive, further subjects can be defined jointly) and on our blackboard. Your own ideas or subject choice is welcome as well. Please contact us.
Please note concerning the extent of the final theses (for one CP a workload of 30 hours has to be calculated as a rule):
- Study regulations 2021:
- Bachelor thesis in BSc Civil Engineering and Geodesy is credited with 12 Credit Points (thus 360 working hours, i.e. 9 weeks respectively. Thesis must be finished within a 17 weeks period).
- Master thesis in MSc Geodesy and Geoinformation is credited with 24 Credit Points (thus 720 working hours, i.e. 18 weeks or 4.5 months. Thesis is to be carried out in a 26 weeks period).
- Study regulations 2014
- Bachelor thesis in BSc Civil Engineering and Geodesy is credited with 9 Credit Points (thus 270 working hours, i.e. 6.75 weeks respectively. Thesis must be finished within a four months period).
- Master thesis in MSc Geodesy and Geoinformation is credited with 24 Credit Points (thus 720 working hours, i.e. 18 weeks or 4.5 months. Thesis is to be carried out in a six months period).
Current thesis topics (examples, in German)
Thesis subjects can be arranged as Bachelor and Master thesis with tailored extent and depth in the tasks to be carried out.
Thesis can be carried out in English as an option. Please contact us.
GNSS-Themen
- Zeitreihenanalyse: Zeitreihenanalyse mit dem Modul FODITS der Berner GNSS Software PDF des Themas (opens in new tab)
- Software-GNSS-Empfänger: Leistungsanalyse des Open-Source-Projekts GNSS-SDR für Multi-GNSS- und Multi-Frequenz-Positionierung PDF des Themas (opens in new tab)
- Untersuchung zur potentiellen Stützung der Lokalisierungsfunktion durch verfügbare terrestrische RadiotechnologienPDF des Themas (opens in new tab)
- Untersuchung zum Potential von neuen Satellitenkonstellationen im Low Earth Orbit (LEO) für die PositionierungPDF des Themas (opens in new tab)
- Automatisierte Bewertung des GNSS-Signalempfangs in unterschiedlich herausfordernden Umgebungen PDF des Themas (opens in new tab)
Dynamische/kinematische Gravimetrie
- Kalibrierung von Akzelerometern: Kalibrierung des Einflusses magnetischer Felder auf Q-Flex-Beschleunigungssensoren PDF des Themas (opens in new tab)
- Dynamische Gravimetrie: Vergleich von Satelliten-, Flug und Schiffsgravimetrie am Beispiel der Deutschen Bucht PDF des Themas (opens in new tab)
- Kinematische Gravimetrie mit Pkw: Machbarkeitsuntersuchung zur Kinematischen Strapdown-Gravimetrie mit einem Pkw unter Anwendung eines POP-Beschleunigungsansatzes PDF des Themas (opens in new tab) .
Integrierte Navigation, Automotive
- Videosynchronisation: Synchronisation von Videoaufzeichnungen von Messfahrten mit den berechneten Trajektorien und Einblendung ausgewählter Trajektorien daten in das Video PDF des Themas (opens in new tab) .
