I'm a Data analyst with strong experience in Python, data modeling and analytical workflows.
I build data-driven solutions to explore, model and interpret complex datasets across various domains.
I hold a PhD in Science, during which I developed numerous methodologies for data analysis, 3D and temporal interpolation, uncertainty estimation, and geostatistical approaches. I published several scientific papers and presented my work at international conferences.
Since then, I have worked in a private engineering company, where I continue to develop data-driven solutions and client-oriented approaches, while strengthening my project management skills.
- Programming & Data: Python (Pandas, NumPy, SciPy), SQL
- Data analysis: exploratory analysis, time series, statistical modeling, ML
- Data processing: data cleaning, pipelines, reproducible workflows
- Visualization: Dashboard creation, Streamlit, Matplotlib, Seaborn, Plotly, Tableau
- Tools: Git, Jupyter, Linux
- Data analytics & decision support
- Applied data science
- Quantitative analysis in various sectors (finance, energy, consulting, tech)
Analyzed and modeled time series to detect trends and uncertainties.
Skills: Python, statsmodels, visualization
Impact: Identified patterns and future scenarios from real or simulated data.
Analyzed and modeled spatial data to understand geographic structures and relationships.
Skills: Python, GeoPandas, geostatistics
Impact: Built spatial models and estimated continuous variables using geostatistical methods.
Applied advanced geostatistical methods to estimate glacial volumes and rock structures.
Skills: Multipoint simulation, Python, Jupyter
Impact: Created realistic 3D models and extracted geological insights from heterogeneous data.
Performed quality control and anomaly detection on piezometer datasets, automating data workflows.
Skills: Python, data cleaning, time series analysis
Impact: Improved reliability and quality of field-collected data.
Simulated travel times of rockfalls in complex topography.
Skills: Python, numerical methods, fast marching algorithm
Impact: Developed robust physical models for risk assessment and hazard evaluation.
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