Building data-driven spatial systems and analytical workflows that translate complex urban and environmental datasets into scalable decision-support tools and evidence-based insights for cities, infrastructure, and the built environment.
GIS, remote sensing, and earth observation workflows that turn territorial complexity into legible insights for planning, infrastructure, and environmental strategy.
Bringing together architecture, urban systems, regulatory insight and climate resilience to shape decisions that work at multiple scales.
Building analytical workflows, creative dashboards & simulation logic that test interventions, reveal impacts, and support more confident spatial decisions.
Multi-scale GIS analysis linking emissions, wind fields, and morphology to frame regenerative green corridors along the Besos basin.
A tactical urbanism simulation that compares pre- and post-intervention movement patterns to understand how spatial changes reshape footfall and public life.
A streamlined pipeline for visualizing financial flows and connecting them to geo-specific information to study geopolitical insecurity.
Exploring extreme rainfall scenarios, flood detection, and future urban vulnerability in Rosario through climate-focused spatial analysis.
A scrollytelling case study that uses street panoramas, depth mapping, and clustering to compare urban street conditions and interpret street quality at scale.
A scrollytelling case study on forecasting bike-share availability through temporal filtering, feature engineering, and ensemble model comparison.
React based dashboard for manipulable statistics and spatial dataset inteaction.
GeoAi systems for hyperlocal location intelligence assessing for risk and opportunity in the urban environment.
Flip through a curated collection of maps, spatial analyses, and urban systems work presented as a visual book.
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