Geospatial & Remote Sensing Engineer
Turning raw sensor data into spatial intelligence
I'm a Geospatial and Remote Sensing Engineer specializing in the acquisition, processing, and visualization of high-resolution spatial data. My work bridges the gap between raw sensor output and actionable geospatial intelligence.
From Terrestrial Laser Scanning (TLS) and LiDAR point cloud processing to UAV photogrammetry and GIS analysis, I bring precision and rigor to every dataset — whether it's mapping a golf course with millimeter accuracy or building web-based 3D viewers for complex point clouds.
I combine domain expertise in remote sensing with modern geospatial AI tools to build solutions that are both technically robust and visually compelling.
High-accuracy aerial survey of a golf course delivering centimeter-level terrain mapping, contour generation, and a live interactive web map. Includes real-time point data streaming via GeoJSON API with Leaflet visualization.
End-to-end TLS pipeline: field acquisition with Riegl VZ-400, scan registration in RiSCAN Pro, LAZ export (93M raw points), and Potree octree conversion for interactive in-browser 3D visualization at millimeter precision.
Critical-asset flood vulnerability assessment for the Town of Davie: 1,515 assets scored across rainfall, sea-level-rise / storm-surge and compound flood scenarios for current, 2040 and 2070 horizons, ranked with a criticality-weighted priority score, then clustered with Getis-Ord Gi* hot spot analysis into tiered mitigation focus areas. Interactive risk map, focus-area dashboard and methodology.
Whether you need precision spatial data, a custom geospatial pipeline, or a web-based 3D visualization — I'd love to hear about your project.
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