- Bayesian erosion model for detrital thermochronological ages inversion
- Bayesian probabilistic programming with Markov chain Monte Carlo (MCMC) methods (PyMC).
- Python
- Data analysis and visualization (jupyter lab, matplotlib, scipy, scikit-learn, seaborn)
- Dataset management (pandas)
- Geospatial (gdal, pcraster)
- Package distribution (conda, pip)
- Matlab
- Morphometric analysis (Topotoolbox, Topographic Analysis Kit)
- River profile inversion
- R
- Fission track data plotting (IsoplotR)
- Luminescence dating data analysis (RLum)
- QGIS
- HEC-RAS paleo-hydrological modeling
- Laboratory
- Luminescence dating sample preparation
- Fission track dating sample preparation
- Heavy mineral analysis
- Detrital grain thin section preparation
