I am R&D/Software Engineer at Fotona, working on numerical simulations for laser technology, light-tissue interaction, and other fields of physics. Physicist by education, programmer by choice.
- Numerical simulations — light-tissue interaction, laser resonators, magnetic field calculations etc.
- Research — a few publications in various areas of physics.
Simulations & Numerics
C++
Julia
CUDA
Matlab
Scripting & Data
Python
GUI
Qt
Exploring
Linux
Rust
JavaScript
TypeScript
Typst
Slovenian English Croatian German
- ArrheniusCalculator — Python + Qt/QML tool for Arrhenius calculations
- Fluxel2 — Tauri desktop app (Rust + TypeScript) simulating light transport in tissue via the diffusion approximation; three models, volume rendering, port of Fluxel
- darkcoverage — Python + Qt tool that grids an image and measures dark/light area coverage per cell against adjustable thresholds
- sl-ru-keyboard — Russian cyrillic layout for Slovenian keyboard (Linux)
- Laser resonator simulation using 2D FFT (Julia)
- 3D Radiofrequency simulation for arbitrary boundary conditions (Julia)
- CUDA-accelerated magnetic field simulation extended from a MATLAB toolbox (Matlab, C++, Cuda)
- Monte Carlo analysis of diffuse reflectance spectroscopy using integrating spheres with an internal light source — SPIE Proceedings, 2026
- Influence of tissue desiccation on critical temperature for thermal damage during Er:YAG laser skin treatments — Lasers in Surgery and Medicine, 2023
- Optical properties of Spectralon assessed by replication of literature data in Monte Carlo simulations — SPIE Proceedings, 2022
- Condensation of water vapor from humid air inside vertical channels formed by flat plates — iScience, 2021