UAV Survey & Orthomosaic Processing
Drone-based survey work focused on collecting imagery, generating orthophotos, and turning aerial data into usable map products for planning and analysis.
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GIS services · Surveying · WebGIS
Applied GIS, Surveying & Mapping Projects
Since undergrad, this work has spanned participatory mapping, UAV orthophoto generation, DGPS and field surveying, hydropower and cadastral surveying, humanitarian open mapping, WebGIS visualization, weather prediction, and GDAL-based image analysis.
What It Includes
- Participatory mapping and mapathon-based open geodata creation in earthquake-affected communities (HOT/OSM).
- Undergraduate thesis work on predicting temperature and precipitation patterns in Kaski District from past meteorological records using LSTM.
- Twenty-one-day survey camp work covering DGPS/total station surveying, small hydropower and bridge site mapping in Nepal, and cadastral parcel mapping.
- UAV orthophoto generation, drone data processing, and campus-scale digitization workflows.
- WebGIS dashboards, ArcGIS workflows, GDAL-based satellite image analysis, and thematic map production for decision support.
Why It Matters
This section shows the practical GIS and mapping foundation behind the later research work: community mapping, field surveying, drone processing, weather analytics, and map communication. The range of methods — from total station surveys to LSTM-based weather prediction — reflects end-to-end geospatial problem solving where field context, data processing, validation, and visualization all connect.
Subprojects
UAV, LiDAR, and GPS Work
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