Skip to content
Technical University of Munich

Student theses @ Space Mobility and Propulsion

Current theses open for students:

Titel BA SA MA HW exp the kon Eintrag
Design and Analysis of an Orbital Refilling Interface for a Water Electrolysis Propulsion Spacecraft 2024-10-25
Implementation of a LabView-based Data Acquisition and Control Software for the Bi-Liquid Hopper Engine Test Bench 2024-10-02
Design, Commissioning, and Characterization of the Ignition System for the Bi-Liquid Hopper Rocket Engine 2024-10-02
Failure Detection and Identification for a Rocket Propulsion System Using Machine Learning Algorithms 2024-09-23
Flamelet-basierte Wärmeübergangs- und Verbrennungssimulation von Flüssigraketenschubkammern 2024-08-22
Structural Optimization of Film Cooling in Hydrogen Combustion Chamber Based on Machine Learning Method 2024-08-01
Conceptual design of a superconductor-based nozzle 2024-07-29
Numerical simulation of cooling channels for a LRE with liquid methane 2023-05-03
System Analysis of a novel Water Electrolysis Propulsion system for a CubeSat mission in Low-Earth Orbit 2023-03-01
Design of a Test Chamber for a Versatile Cryogenic Rocket Injection Test Bench 2023-02-13
Design of Shear-Coaxial Rocket Engine Injectors for Combustion of Liquid Oxygen with Methane and Propane 2023-02-13
Dynamic Characterization of a Mass Flow Meter 2023-01-16
Optimal Flight Control for the Airborne Research Platform 2022-11-23
Design and Simulation of a Radar System for Tracking of Objects in Space (SSA/SST) 2022-11-09
Development of a Reconfigurable Rocket Engine Control System Framework including Frequency Response Feedback 2022-08-23
Experimental evaluation of a rocket engine pump's frequency response 2022-08-23
CFD-Simulation of 3D-printed cooling channels of a rocket engine 2022-07-01
An innovative Approach for the Structural Integrity Assessment of Rocket Engine Components and Fluid Property Determination 2022-05-02

 

In addition to the advertised student research projects, unsolicited enquiries can also be sent by e-mail at any time to: thesis.rfa(at)ed.tum.de

To top