Student projects

Interested in a student project (bachelor, study- or masterthesis)?

We are looking for interested students of aerospace and other fields of study to support us in current research work. We offer a wide range of theoretical, experimental and constructive work on topics related to hydraulic and thermal fluid machinery, cavitation, pumps, flight propulsion and maintenance. Much of this work is carried out in close cooperation with well-known industrial partners and thus also provides insights into the "industrial working world".
If you haven't found a suitable topic, then come to our institute and ask our staff or our study advisorsr Lars Hinz or Erik Seume.
Job postings of IFAS as well as external partners can be found here.
In the following you will find a selection of current advertised student projects:

Type	Topic	Contact
BA / SA / MA	Untersuchung der Wassereinspritzung in den Kathodenluftverdichter eines Brennstoffzellensystems	Patrick Meyer, M.Sc.
BA / SA / MA	Investigation of contrail formation depending on aircraft and atmospheric conditions	Sebastian Lück, M.Sc.
SA / MA	Numerische Untersuchung von Verdichterpumpen in elektrisch betriebenen Radialverdichtern für Brennstoffzellenanwendungen	Sebastian Lück, M.Sc.
BA / MA	Auf dem Weg zur Dekarbonisierung: numerische Simulationen von Wasserstoffträger-Verbrennung	Jun.-Prof. Dr.-Ing. Federica Ferraro
SA / MA	Aerodynamic design of a fuel cell pod using CFD	Legin Benjamin M.Sc.
SA / MA	Implementierung eines Tools für den Propellervorentwurf unter Verwendung eines Dynamic Inflow Models	Julia Sembowski, M.Sc.
BA / SA / MA	Performance analysis and integration of hydrogen based propulsion systems	Sebastian Lück, M.Sc. Patrick Meyer, M.Sc.
SA / MA	Numerische Untersuchung der Aerodynamik von Brennstoffzellenabluftsystemen mittels Mehrphasensimulation	Dr.-Ing. Christoph Bode Till Borcherding, M.Sc.
SA / MA	Modellierung eines Modellstrahltriebwerks mithilfe eines Brennkammermodells	Daniel Lieder, M.Sc.
SA / MA	Numerical investigations of the fan-intake-interaction of future high bypass ratio turbo fan engines	Dr.-Ing. Christoph Bode
BA / SA / MA	Entwicklung einer digitalen Simulationsplattform für Emissionsvorhersage von zukünftigen Luftfahrtantrieben	Dr.-Ing. Jan Göing
BA / SA / MA	Auslegung von Turbomaschinen für die Wasserstoffversorgung von Brennstoffzellen für zukünftige Flugantriebe	Lars Hinz, M.Sc.
BA / SA	Modellierung eines modernen Turbofan-Triebwerks	Erik Seume, M.Sc.
SA / MA	Vorauslegung von Gasturbinenkomponenten für ein Hybrid- Elektrisches Antriebssystem auf Basis einer Gaspfadanalyse	Daniel Lieder, M.Sc.
BA / SA / MA	Investigation of aero engine deterioration based on AI methods	Sebastian Lück, M.Sc.

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