Purpose : Design of an imaging spectrometer based on a single pixel camera to detect protoporphyrin fluorescence in the context of glioma resection

Keywords : Hyperspectral Imaging, Ray Optics Simulations, Spectrometer, Single-Pixel Imaging, Python Language.

Context : Fluorescence-guided surgery for glioma resection. The design of the imaging spectrometer aims to improve survival rates by decreasing the recurrence.

Work plan :

• Simulation and design of the 2D spectrometer
• Building of the 2D spectrometer.
• Upgrade of the acquisition software.
• Upgrade of the reconstruction software.
• Spectral calibration and evaluation of protoporphyrin detection.

Skills :

• Hyperspectral imaging
• Optics simulations
• Spectrometer, prism, grating
• Programming in Python and collaborative development (e.g., github)
• Image reconstruction, Hadamard transform

For more information : download the attached file