Open Projects
Open positions
Open MSc Projects:
- Development of a Software Framework for Data Acquisition and Processing in an Echelle Spectrometer System (PDF, 331.57 KB)
- Master Thesis Proposal_OCT_fluorescence (PDF, 660.12 KB)
- Spectroscopy of healthy and unhealthy tissues (PDF, 137.45 KB)
- Optical-based flow scanning and calibration for in situ printing (PDF, 131.39 KB)
- Laser Ablation Monitoring (PDF, 160.84 KB)
- Optical Tweezers Approach for Particle Sorting: (PDF, 649.53 KB)
- Deep-learning assisted photo-thermal optical coherence tomography (PDF, 140.24 KB)
- Development of fluorescence spectroscopy (PDF, 353.74 KB)
- Deep Learning-Based Detection of Dental Defects Using Multimodal imaging (PDF, 206.96 KB)
- Development of digital holographic microscope (PDF, 324.04 KB)
Open Projects:
- Master Thesis: Extended Depth of Focus for Fourier-Domain Optical Coherence Tomography (PDF, 170.90 KB)
- Master Thesis: Characterization of laser-driven plasma emission of biological tissues (PDF, 506.74 KB)
- Internship Project (part-time): Bone ablation using Nd:YAG laser (Duration: 6 months, Start: 1st March 2019) (PDF, 191.53 KB)
- Master Thesis: Optoacoustic Tissue Classification for Laser Osteotomes using a Fiber Bragg Grating (PDF, 153.14 KB)
- Internship (Duration: Six Months Part-time) : Optical acoustic-field measurement for tissue classification using a fiber Bragg grating (PDF, 105.49 KB)
- Internship Project (part-time): Simulation of an Echelle spectrometer with Opticstudio (Zemax) (Duration: 6 months, Start: 1st March 2019) (PDF, 515.88 KB)
- Internship Project (part-time): Developing a computer program for an Echelle spectrometer (Duration: 6 months, Start: 1st March 2019) (PDF, 515.36 KB)
Open Positions
Completed MSc Projects:
- Optimization of ablation using 2 um lasers (PDF, 105.52 KB)
- Smart OCT system as a tool for time-resolved dehydration detection in biological tissues: investigating the potential and limitations (PDF, 382.80 KB)
- Spectroscopic approach to identify tissue types (PDF, 614.32 KB)
- Development of the optical coherence tomography-guided laser tooth ablation (PDF, 364.43 KB)
Interested?
We are always open to find new team players and/or new collaborators. Please contact us if you have questions.
Collected LIBS spectra from bone in 585-595 nm interval
Acoustic shock wave differentiation measured by an FBG during laser ablation in wet conditions