Projects
Open-source tools and selected technical projects developed across astroparticle physics, antenna characterization, and data analysis.
Open-Source Scientific Software · 2026–Present
Modules for Astroparticle, High-energy, Astronomy and Multimessenger
Reusable, validated, and citable scientific methods and data products for astroparticle physics, high-energy astrophysics, astronomy, and multimessenger research. Current development includes neutrino spectra and models, experimental limits and sensitivities, detector-response calculations, statistical methods, and reproducible literature datasets.
Antenna Analysis · 2024–Present
Antenna Analysis in Frequency-domain for Impedance & Yield Assessment
A Python toolkit for reproducible antenna characterization using measurement and simulation data, including S-parameters and impedance, gain and beam patterns, beamwidth, front-to-back and cross-polarization metrics, realized vector effective length, and measurement-to-simulation validation.
Machine Learning · 2025
Developed a CNN model for automatic surface detection in echograms as a KU EECS machine-learning course project.