Looking for an exciting topic for a scientific, Bachelor-, Master- or Diploma thesis?
Explore a diverse range of topics and get the opportunity to work on current research questions with hands-on experiments, simulations, and innovative technologies.
Our topics cover optics and ultrasound, simulation and experiments, control technology, and signal processing, with applications ranging from biophotonics and in-process metrology to flow metrology.
In addition to the students of the Faculty of Electrical Engineering and Information Technology, students of mechanical engineering or physics also have the opportunity to complete their study or diploma thesis with us.
Several professors from these faculties are available to act as first examiners. Students from universities of applied sciences may also undertake their thesis at the Chair of Measurement and Sensor Systems.
Diploma, Bachelor & Master Theses, Research Internships
As part of this work, simulated as well as experimental quantum microscope data is to be analyzed to find out the most suitable training scenario for an AI-based contrast enhancement.
Optische Bildgebung ermöglicht eine äußerst
hohe räumliche und zeitliche Auflösung (bei
vergleichsweise geringen Kosten) und ist aus
diesem Grund weit verbreitet.
Photokatalytische Mikroschwimmer sind
aussichtsreich für Anwendungen als
Mikromotoren.
HiLo – Full-resolution optical sectioning
HiLo microscopy is a fast alternative to
confocal microscopy which enables full-resolution optical sectioning.
Quantum Imaging
Quantum physical effects can lead to entirely new possibilities in microscopic imaging. The nonlinear process of spontaneous parametric downconversion converts a pump photon into…
Physics-informed Neural Network
Physics-informed neural networks (PINNs) such as MaxwellNet provide an efficient forward model for electromagnetic wave propagation and have been demonstrated for optical diffraction tomography. By incorporating…
Optical System for Two-Photon Excitation
In this work, a femtosecond laser will be used to set up an optical system to realize the cutting edge two-photon excitation method of temporal focusing. Here, femtosecond light pulses are…
3D endoscopic imaging with physics-informed deep optics
Diffuser based imaging is a recent topic in computational optics. The diffuser generates a unique pseudorandom speckle pattern for every point within a volumetric field-of-view on an…
Decoding of spatial information
Coherent fiber bundle (CFB)-based endoscopes offer a
minimally invasive imaging to access deep tissue in real time, such as
brain tumor.
Deep learning-based image reconstruction
Coherent fiber bundle (CFB)-based endoscopes offer a minimally invasive imaging to access deep tissue in real time, such as brain tumor.
Multiwavelength imaging modeling
Coherent fiber bundle (CFB)-based endoscopes offer a
minimally invasive imaging to access deep tissue in real time, such as brain tumor.
The high-speed holographic interferometry (KEEN)
Laser material processing is increasingly important in industrial manufacturing due to its precision and efficiency. In deep penetration
welding, a vapor capillary…
Nanometer 3D-printing for wavefront
corrected endoscopes
Modern medicine relies heavily on advanced imaging technologies for diagnostics and surgical procedures.
In this lab tour, Prof. Jürgen Czarske introduces groundbreaking work in holographic optogenetics, a revolutionary technique for imaging and simulating tissue with unprecedented precision. Our team studies human stem cell-derived organoids and cell cultures, exploring applications like retinal regeneration for blindness and understanding heart diseases. With paid thesis opportunities for international students, we welcome curious minds to contribute to transformative research with real societal impact, from restoring sensory functions to advancing medical therapies. Interested? More information below!