Srijan Mazumder

Built automated GIS pipelines for 15-minute city accessibility analysis across 5 European cities under an EU-funded project. Applied machine learning to high-resolution geospatial data to study green spaces, walkability, and urban vegetation. Used GOAT and Python to process large-scale spatial data for sustainable urban development insights.

Trained a U-Net model for urban vegetation segmentation from aerial imagery and supported urban planning workflows. Built interactive web maps and dashboards using Leaflet, Mapbox, and GeoPandas, including land cover classification and change detection. Processed and integrated spatial data from imagery, GIS databases, and open portals using Python, GDAL, and QGIS. Created Cesium-based 3D visualizations and conducted GNSS data collection for research

Mapped peatlands and disaster-prone coastal zones using remote sensing and GIS for climate risk reduction and local planning. Led the Philippines’ first government-backed research on green rooftop climate impacts. Developed geospatial hazard models and contributed to Local Climate Change Action Plan inputs

Managed spatial data and geospatial analysis for refugee camps, host communities, and services supporting 900,000+ displaced persons. Produced maps, dashboards, and planning insights for site management, emergency preparedness, and humanitarian decision-making. Contributed to GIS architecture, enterprise geodatabases, open data platforms, and automated information workflows...

Designed GIS and remote sensing systems to monitor site conditions, services, and infrastructure in humanitarian settings. Led spatial data collection and verification, built an online mapping platform, and developed land-use identification methods from remote sensing imagery

Collected, managed, and analyzed spatial data to produce maps and geospatial reports for project planning and humanitarian operations. Developed and maintained GIS databases, and trained teams on geospatial tools and spatial analysis workflows

Contributed to a World Bank–funded geospatial electrification planning project across Kenya, Uganda, and Ethiopia. Reviewed satellite imagery and digitized structures, roads, and physical features for enterprise geodatabase verification.

Deliver geospatial analysis, mapping, and visualization to support humanitarian information management and response coordination. Maintain the ArcGIS Online portal with consolidated open-source spatial data and provide technical guidance on GIS database managemen