MSE Students’ Master Theses

Autonomous Rover for Space and Terrestrial Applications.
Collision Probability Analysis of S-Net Mission Nanosatellites Deployment.
Combustion Reaction Modelling of Surrogate Synthetic Kerosene for Aerospace Applications.
Concept and Simulation of an Antenna Tracking System for Sounding Rockets .
Design of an Advanced Sub-Scale Research Rocket Combustor for the Investigation of High Pressure Cryogenic Combustion.
Development of a Battery Regulator for a Modular Satellite.
Development of a Mass Spectrometry Apparatus for Verifying Hazardous Gas Leak Rates of the AMS-02.1 Upgrade Hardware.
Development of a Solar Charge Regulator for the Lunar Quattro Moon Rover.
GNSS Augmentation of Attitude Determination Systems for Low Earth Orbit Satellites.
Impact of Reflector Deformations and Chirp Bandwidth in Tandem-L on Antenna- and Digital Beamforming Performance.
Implementation of a New Visual Analysis Recommendation System for Data from Space.
Implementation of a Temperature Feedback System for the DLR Planetary Spectroscopy Laboratory.
Integration, Automation and Control of Microstructures for a Hybrid Selective Laser Melting - Laser Shock Peening Machine and Determination of its Suitability for Additive layer Manufacturing of Aerospace Structures.
Mechanical and Thermal Design of a Modular Deployable Generator to Build a Lunar Power Infrastructure.
Optical Characterization of Laser Induced Helium Plasmas.
Orbit Control and Attitude Determination of a Nanosatellite with a Vacuum Arc Thruster.
Plasma Diagnostics E x B Probe Design for Hall Effect Thrusters.