I develop open-source tools for astronomical spectroscopy and survey data analysis. These packages grew out of practical research needs: fitting quasar spectra reproducibly, inspecting large spectral samples efficiently, and working with Euclid archive products.
The projects are maintained on GitHub, with installation packages and documentation linked below.
Quasar spectral fitting from the UV to the near-infrared
A fast, coverage-aware Python package for fitting quasar spectra. It combines continuum decomposition, emission-line recipes, optional host-galaxy subtraction, QA figures, and resumable batch outputs.
Quasar spectra · Emission lines · Host decomposition
python -m pip install qsospec
Interactive inspection and manipulation of astronomical spectra
A toolkit for reading, visualising, reviewing, and combining UV, optical, and near-infrared spectra. It includes an interactive viewer and command-line workflows for Euclid spectra and other survey data.
Spectrum viewer · Visual inspection · Euclid workflows
python -m pip install specbox
Archive access and analysis tools for Euclid data
A Python toolkit for Euclid archival work in ESA Datalabs. It supports catalogue queries and crossmatches, segmentation-map metadata, and access to and compilation of NISP spectra.
Euclid archive · Catalogue queries · NISP spectra
python -m pip install euclidkit