MSFR Neutronics simulation

As part of the Neutronics Monte Carlo simulation of Nuclear Reactor course we investigated Molten Salt Fast Reactors (MSFRs) and compared the results to a benchmark.

Nitrogen Dissociation

For the Electronic Structure Methods course we did DFT calculations for a Ni surface cover in FLiNaK to investigate the dissociation energetics of a nitrogen molecule.

Machine Learning Model

For the Materials Design with Machine Learning course we developed a machine learning model to predict the heat of formation of various materials. Our final model used the SchNet architecture. This landed us in the top 3 of the competition.

CERN Summer Internship

Cross Section Study for Beam Gas Curtain

Participated in the CERN Summer School Programme where I participated in lectures and workshops on high energy physics, engineering and data storage. I also worked in the Beam Instrumentation Group on the cross section study of a novel beam profile monitor, the BGC, which is to be used in the next phase of the LHC.

Bachelor Project

Published in The Journal of Physical Chemistry C

During my Bachelor End Project for my Applied Physics BSc. at TU Delft, I investigated the use of beta-Ta for optical hydrogen sensors at sub-zero temperatures. This research was ultimately published as an article in The Journal of Physical Chemistry C.