Bachelor & Master theses
Bachelor and Master students are always welcome.
If you are interested to join one of the research groups, please contact the respective group leader directly. There is also the chance to study at our partner Institute Fraunhofer IOF.External link
In addition, the following specific openings are currently advertised:
in the subject area of Fiber & Waveguide Lasers
The fiber laser group at the IAP enjoys an excellent reputation as one of the most creative laser research groups world-wide, in fact several performance records that now define the state-of-the-art have been set. The success of the group is based, among other things, on an outstanding team spirit and deep knowledge on laser physics.
If you are interested in working in the field of laser physics and joining our group, please get in contact and learn more about available topics, e.g. as trial period in a paid internship or Master thesis. Current themes for Bachelor & Master are for example:
- Automated alignment of beam arrays for coherent combining
- Speckel charcaterization in multimode fiber lasers
- Characterization and shaping of femtosecond laser pulses
- Live monitoring and active stabilization of the XUV output power of a high harmonic source
- Multi-wavelength and 3D computational imaging with broadband laser sources
Our service to you involves:
• interesting and relevant topics
• an excellent supervision from internship level up to PhD
• a highly endowed renumeration and
• exceptional carrier opportunities.
in the subject area of Microstructure Technology / Metallic Materials
- Theme: Resist technology for ultra large and complex sample geometriespdf, 144 kb
- Theme: Konkurrenz von Phasenumwandlungen in hochkomponentigen metallischen Legierungenpdf, 382 kb · de
- Theme: Experimentelle Untersuchung der Gefügebildung bei rascher Erstarrungpdf, 300 kb · de
- Theme: Experimentelle Bestimmung von temperaturabhängigen thermischen Eigenschaften mit neuartiger Hochdurchsatzmethodepdf, 275 kb · de
- Theme: Nanogap Plasmonic Gratings with Sub-10 nm Gaps: Design, Fabrication & Characterization
- Theme: Investigating Second Harmonic Generation from Transition-Metal Dichalcogenides (TMDs) on Plasmonic Nanogap Metasurfaces (engl.)
- Theme: Investigating the Fabrication of Shallow Gratings for EUV Spectral Range through Localized Swelling by Ion Irradiation pdf, 142 kb(engl./deu)
- Theme: Charaterizing the Four-Grid Accelerator Broad Ion Source (4GABIS)pdf, 144 kb (engl/deu)
- Theme: Long-term Stability and Aging Effects of VOpdf, 143 kb2 Thin Filmspdf, 143 kb (engl/deu)
- Theme: Thermal Simulation of Electrically Activated VOpdf, 143 kb2-Based Micro-optical Divicespdf, 143 kb (engl/deu)
in the subject area of Ultrafast Optics
- Theme: Diffractive neural network for wavefront shapingpdf, 194 kb
- Theme: Forschung zum 3D-Druckpdf, 34 mb · de
- Theme: Laserablation von Nierensteinenpdf, 394 kb · de
- Theme: Ordnungswachstum von Faser & Volumen-Bragg-Gitternpdf, 226 kb · de
- Theme: Behavior of geometric phase in longitudinally-variant anisotropic materialspdf, 382 kb
- Theme: Finding the refractive index profile of optical waveguides using machine learingpdf, 382 kb
- Theme: Structured light for material processingpdf, 382 kb
- Theme: Theoretical investigation of collective resonances in metallic nano-antennaspdf, 382 kb
in the subject area of Nano & Quantum Optics
- Overview & Informationpdf, 288 kb
- Theme: Bio-cell imaging and light induced stimulation by topological plasmonic superfocusing microscopypdf, 333 kb
- Theme: Metamaterial-based photonic neuromorphic computingpdf, 286 kb
- Theme: Quantum computing on an integrated photonic platformpdf, 337 kb
- Theme: Quantum imaging and sensingpdf, 197 kb
- Theme: Quantum polarimetry for biomedical and technical metrologypdf, 475 kb
- Theme: Spatiotemporal dynamics of nano-scale light-matter interactions in metasurfaces and atomic membranespdf, 358 kb
- Theme: Strong coupling to quantum emitters by plasmonic superfocusingpdf, 225 kb
at the Fraunhofer IOF
- Theme: Influence of the plasma activation on the joining of glasspdf, 119 kb (Einfluss der Plasmabehandlung beim Fügen von Gläsernpdf, 122 kb · de)
- Theme: Licht präzise lenkenpdf, 160 kb · de
- Theme: Mit Plastik Licht verbiegenpdf, 204 kb · de