The Institute of Fluid Mechanics supervises student research projects, Bachelor’s and Master’s theses in German or English language in all related scientific fields. During their thesis period, the students are integrated into the institute’s team and the projects of the respective division, i. e. they fully comprehend the implication of their work in current research projects of the institute.
Interested students (see also the section Prerequisites) are encouraged to consult the advertised projects (see below), and contact members of the various groups.
Prerequisites
To write a project thesis, B.Sc. thesis or a M.Sc. thesis at LSTM, we require the following:
- Study Background:
We typically require the successful completion of at least basic courses in Fluid Mechanics at LSTM, for instance Fluid Dynamics/Fluid Mechanics or Strömungsmechanik I and Strömungsmechanik II. - On-Site Attendance Requirements for Thesis Projects
To ensure the highest academic standards, the Institute (LSTM) requires students undertaking a thesis project to conduct at least two-thirds (2/3) of their effective working hours on-site at our facilities. For example, a standard 6-month Master’s thesis demands approximately 26 hours per week of physical presence. Individual adjustments to accommodate external commitments (e.g., employment) may be discussed and arranged directly with the primary supervisor.This policy was established following extensive internal evaluation. The experience demonstrates that the quality of thesis works significantly benefits from consistent, direct exchange with supervisors and peers working on related topics. This collaborative environment is fundamental to both the scientific integrity of the project and the academic development of the student. - External Thesis Projects
Projects performed externally, e.g. in industry or a research centre, are only supervised in exceptional cases. This is following the general policy of the Department CBI, and not specific to LSTM. - Resources ProvidedTo support these requirements, the Institute provides all necessary resources, including dedicated workspaces, desktop PCs, screens for laptops, experimental setups, access to the computing cluster (if needed), and supervision by the LSTM staff.
In the LSTM student rooms, the places are reserved for students actively working on-site. Do not block computers for remote access (Windows seems to only allow one session). -
References and Plagiarism
When writing your thesis, make sure to follow the general rules of proper referencing to prior work. For more information: https://www.lstm.tf.fau.de/rules-plagiarism/ -
Non-Disclosure Agreements
We prefer to do thesis projects without the need of any NDA. If you need an NDA in exceptional cases, please refer to the template provided by FAU: https://www.intern.fau.de/lehre-und-studium/rechtsangelegenheiten-in-lehre-und-studium/#Pruefungsverfahren at „Muster für eine Geheimhaltungsvereinbarung zu Prüfungsarbeiten“. -
Final Presentation
Each thesis should be concluded with a 20-30 minutes presentation at the institute. There is a standard zoom room for thesis presentations: https://fau.zoom-x.de/j/62687784969
Templates
There is a template for thesis projects available: https://github.com/pschlatt1/LaTeX-Template-LSTM. Please use this template for your thesis, including the cover page also on github. Note that you need to apply for a LSTM Tech. Rep. number (LSTM Tech. Rep. 01/2025) prior to submission at lstm-verwaltung@fau.de.
Templates for LSTM Powerpoint Slides and logos can be found here: link
Thesis Topics
If you are interested in doing your thesis at the LSTM, please refer to the following information on our research groups.
Available Subjects
- Master/Project thesis: Simulation and analysis of the turbulent flow in the wake of a rotor, based on fully resolved DNS with Nek5000
Background: Together with the Royal Institute of Technology (KTH) in Stockholm (Sweden), we have computed the flow around and in the wake of a rotating…
- Master/Project thesis: High-fidelity simulation of turbulent flows on consumer GPU cards
Background: Turbulent flows exhibit complex spatial and temporal dynamics that are difficult to measure experimentally or model numerically or mathematically. In high-fidelity simulations of turbulent…
- MSc Thesis: Uncertainty Quantification of Atmospheric Boundary-Layer LES
Background: Large-eddy simulation (LES) has become an important tool for studying atmospheric boundary layers (ABLs), providing detailed information about turbulent transport and flow structures over…
- MSc Thesis: RANS Turbulence Modelling in Neko on CPUs and GPUs
Background: Reynolds-averaged Navier–Stokes (RANS) methods remain an important tool for the efficient simulation of turbulent flows at Reynolds numbers and geometrical complexities for which scale-resolving…
- MSc Thesis: Experimental Study of the Reproduction of Leading-Edge Serrations on Airfoils Using Air Blowing
Background: In recent years, leading-edge serrations have proven to be a suitable modification for stationary airfoils and rotating machines, such as axial fans, to reduce…
- MSc Thesis: Biopolymer-based microencapsulation of UV-Filters in sunscreen formulations
Background: UV filters used in sunscreens and natural cosmetics provide broad-spectrum protection, but their performance can decline over the course of a day. Additionally, direct…
- MSc Thesis: Analysis of Installation Effects Using AI Algorithms and Active Turbulence Grid (ATG)
Background: Axial fans in heat pumps and air conditioning systems are often exposed to disturbed inflow caused by upstream components such as heat exchangers. This…
- Master/Project thesis: next-Generation Narrow-Gap Rheometry
Background: LSTM commissioned a new generation Narrow-Gap rheometer and is looking for a motivated Master’s or Bachelor’s student to carry out the experiments and research.…
- Master/Bachelor/Project Thesis: Onset of particle motion in inertial laminar shear flow
The flow-induced onset of particle motion at rough surfaces and granular beds is important for many natural processes and industrial applications like erosion and sedimentation,…
- Project Thesis: Translation and Validation of Matlab Code in Open-Source Environment
We are offering a student project focused on translating existing Matlab code into open-source environments, like GNU Octave or preferably Python. The objective is to…
Student Jobs (HiWi)
- HiWi: Schweißtechnik, Robotik und akustische Fehlerdetektion
Background: In unserer Forschungsgruppe werden moderne Verfahren zur Überwachung und Analyse von Schweißprozessen untersucht. Ein besonderer Fokus liegt auf der akustischen Detektion von Prozesszuständen und…
- HiWi: Drohnenaufbau, Propellerbau und experimentelle Untersuchungen
Background: Unsere Forschungsgruppe untersucht die Aerodynamik und Akustik von Drohnen, insbesondere die Wechselwirkungen zwischen Propellerströmung und Schallabstrahlung. Ein zentraler Bestandteil ist die experimentelle Analyse von…
- HiWi: 3D-Druck, Konstruktion und Bauteilentwicklung
Background: Im Rahmen unserer Forschungsprojekte werden regelmäßig neue Komponenten und Versuchsaufbauten entwickelt, gefertigt und getestet. Dabei spielen moderne Konstruktionsmethoden sowie additive Fertigungsverfahren eine zentrale Rolle,…
- HIWI-Stelle (bis zu 19h/Woche) Unterstützung bei Forschungsarbeiten im Verbundvorhaben MABAS
Hintergrund: Schwere Baumaschinen wie Bagger, Radlader und Drehbohrgeräte werden auf Baustellen und in Mienen heute nach wie vor fast ausnahmslos mit leistungsstarken Dieselmotoren betrieben. Bei…
- HiWi oder Abschlussarbeit: Untersuchung der Klangerzeugungsmechanismen in akustischen Gitarren
Hintergrund: Der Klang einer akustischen Gitarre entsteht durch das komplexe Zusammenspiel von akustischen und strukturellen Schwingungen, die durch Saitenspannung, Saitenschwingungen, die Helmholtz-Resonanz und weitere Phänomene…
- Hiwi/studentische Hilfskraft (bis zu 19 h pro Woche) zur Unterstützung in der Forschung zu Axialventilatoren, Untersuchung von porösen Strukturen und Raumakustik
Hintergrund: Unsere Forschungsgruppe fokussiert sich auf die aerodynamische und akustische Untersuchung sowie Verbesserung von Axialventilatoren, insbesondere durch Messungen der Ventilatoreigenschaften hinter Wärmeübertragern in Wärmepumpen. Ein…