Theses
Theses on different topics of image-guided radiotherapy, bioengineering or medical physics aspects of proton therapy are available at different times of the year.
Get in contact for information about current openings or visit our 
webpage for the complete list.
Open projects
Analysis of the correlation between dose and linear energy transfer rate and adverse effects in proton therapy
Level: Master.
Requirements: Basics of medical physics and phyton.
Period: to be defined.
Extraction of quantitative biomarkers from longitudinal MR imaging of cancer patients
Level: Master.
Requirements: Basics image processing and python.
Period: to be defined.
Eye tracking with optical imaging and surface processing
Level: Master.
Requirements: Basics image processing and python.
Period: to be defined.
Modeling of the spatial effects of the cells survival fraction in TCP calculations
Level: Master.
Requirements: Basics of python and image processing.
Period: to be defined.
2D/3D image registration with a single CT topogram image projection
Level: Master or MAS.
Requirements: Basics of C++ / ITK.
Period: to be defined.
3DCT generation from Scout image pairs
Level: Master or MAS.
Requirements: Basics of python and machine learning.
Period: to be defined.
Analysis of surface marker placement reproducibility
Level: Bachelor.
Requirements: Basics of python or Matlab.
Period: to be defined.
Previous projects
2024
Improving the accuracy of eye patients’ registration with kappa-angle calibration and surface imaging
Principal Investigator: Marina Crespo
Institution: ETH Zürich, D-ITET
Type: Semester project
2023
4DMRI for organ motion management in lung cancer treated with proton therapy: evaluating image reconstruction, visual feedback and 4D dose calculation
Principal Investigator: Giulia Peteani
Institution: Politecnico di Milano, DEIB
Type: Master thesis
An investigation into robustness and linear energy transfer as potential contributory factors to radiation-induced optic neuropathy
Principal Investigator: Fritsak Maksym
Institution: ETH Zürich, D-PHYS
Type: Master Thesis
An investigation into the robustness of proton therapy treatments against rotational and translational setup errors
Principal Investigator: Alina Paunoiu
Institution: ETH Zürich, D-PHYS
Type: Semester Project
2022
Calibration and application of a mechanistic tumour control probability model to evaluate hypoxa-guided proton therapy in non-small cell lung cancer
Principal Investigator: Marius Eichler
Institution: ETH Zürich, D-PHYS
Type: Master in Advanced Science
2D/3D registration of topogram images to Computed Tomography volume data for patient alignment in external beam radiotherapy
Principal Investigator: Reto Ansorge
Institution: ETH Zürich, D-PHYS
Type: Master in Advanced Science
2021
Evaluating the impact of variable LET on hypoxia-guided treatment planning for NSCLC
Principal Investigator: Alain Hügli
Institution: ETH Zürich, D-MATH
Type: Bachelor Thesis
Tumour tracking beam data optimization for lung cancer proton therapy
Principal Investigator: Manuel Mekkatku
Institution: ETH Zürich, D-PHYS
Type: Bachelor Thesis
2017
Development of an anthropomorphic breathing phantom for proton therapy verification
Principal Investigator: Patrick Bosshard
Institution: ETH Zürich, D-ITET
Type: Bachelor Thesis
2016
Prediction algorithms for real-time respiratory motion monitoring
Principal Investigator: Florian Aymanns
Institution: ETH Zürich, D-PHYS
Type: Master Thesis