Master's thesis
Our group offers many attractive options for a Master's students.
The Master’s thesis consists in a full-time project that lasts 6 months aimed at advancing the skills and capabilities of students to work independently and creatively toward the solution of an individual research problem.
It would be helpful if you can identify an area of interest. Check below for a list of current topics that we are offering.
A list of recently accomplished Master's projects in our group can be found here.
Tentative list of Master's thesis topics currently of interest:
T2K and HyperK experiments:
- Participation to analyses towards neutrino and antineutrino cross-section measurements
- Participation to software development using Artificial Intelligence
- Simulation and studies for new detectors in the context of HyperKamiokande
FASER experiment (at CERN):
- Developing analysis methods for studying neutrino interactions at TeV energies
- Searching for feebly interacting particles beyond the Standard Model.
- Involvement in operational aspects of the emulsion detector.
Wafer-wafer bonded sensors:
- Participation in the upcoming measurement campaign, including – Transient-current-technique (TCT) measurements
– Current / voltage (I/V) measurements
– Data analysis with Python or C++ - Semiconductor device simulations using Synposys Sentaurus TCAD and Python
- Analysis of device leakage currents and potential improvements thereof
- Investigation of alternative analysis techniques for semiconductor defects
If you are interested in performing a Master's project in our group, please contact:
Prof. Dr. André Rubbia
HPK F 23
Otto-Stern-Weg 5
8093 Zürich
Switzerland
email:
Check here for details on the registration procedure.