Selected Work

Twenty-six years of building the systems governments and research institutions run on. Each project below started as a specific mandate - a land registry, a climate atlas, a municipal platform - and became infrastructure that outlasted the administration that commissioned it.

Visor Urbano - Territorial Management Platform

Problem: land-use permitting and territorial governance in Jalisco depended on fragmented, paper-driven processes with little geospatial grounding. Approach: coordinated the platform's geospatial layer - parcels, land use, urban rules and mapping services - and resolved its cloud deployment, connecting a PostGIS/GeoServer backend to an Angular frontend. Result: a platform adopted by multiple municipalities and recognized internationally as a reference for transparency and open-source urban governance. Technologies: PostgreSQL/PostGIS, GeoServer, QGIS, Angular. Government of Jalisco, 2020-2021.

Digital Government Ecosystem - Municipality of Monterrey

Problem: municipal government services relied on siloed systems, with no coherent digital layer connecting departments, citizens and infrastructure. Approach: led a multidisciplinary team building the municipality's broader digital ecosystem, coordinating geospatial, data and web platforms across departments. Result: a more coherent digital government, with systems designed to keep working as administrations change. Technologies: GeoDjango, PostGIS, Django, Vue. Municipality of Monterrey, 2022 to Present.

Climate Vulnerability Atlas - INECC

Problem: national climate policy required a systematic, territorial view of vulnerability, but the underlying data lived in disconnected sources with no shared spatial framework. Approach: designed and developed the geospatial platform for Mexico's national climate change vulnerability atlas at INECC, integrating environmental, social and territorial datasets into a single reference. Result: a public tool supporting evidence-based climate adaptation policy across Mexican territory. Technologies: PostGIS, GeoServer, GeoNode, Python. INECC / SECIHTI, CentroGeo.

SIGIC - National Scientific Information System

Problem: Mexico's scientific community lacked a unified platform to register, track and share research infrastructure and information at a national scale. Approach: contributed to the development of SIGIC, a national geospatial information system for scientific infrastructure, built on open-source GIS tools at CentroGeo. Result: a public system that gives researchers and institutions a shared, structured view of the country's scientific capacity. Technologies: GeoNode, PostGIS, Django, ZOO-Project. CentroGeo / SECIHTI.