Doing research on scientific machine learning for 6DoFs augmented/mixed reality audio rendering.
Department of electronic and photonics engineering, supervised by professor Cheol-Ho Jeong and Allan P. Engsig-Karup.
Developed complex-valued physics-informed neural networks for solving the linear elasticity problem in solid mechanics. Department of mechanical and production engineering, supervised by professor Tito Andriollo and Allan P. Engsig-Karup.
Contributing to the C++ and CUDA library for the 3D reconstruction of torsion springs through numerical and computer
vision methods. The machine made is now a cutting edge technology in the domain of spring measurement.
MSc thesis on the Swiss fountain atomic clock: finite element analysis and Monte Carlo simulations of the background
molecular dynamics. Obtained the highest grade from EPFL.