Hello, I'm
GEOMATICS ENGINEER
PROFILE SUMMARY
Geomatics Engineer skilled in land surveying, GIS, remote sensing, and geospatial data analysis, with hands-on expertise in GNSS/DGPS/RTK, total station, Python, machine learning, and WebGIS. Experienced in applying geospatial technologies to surveying, mapping, environmental monitoring, and infrastructure planning.
ABOUT ME
I am a Geomatics Engineer with hands-on experience across land surveying, Geographic Information Systems (GIS), remote sensing, and geospatial data analysis. My fieldwork spans GNSS/GPS, DGPS, RTK, and static GNSS positioning, cadastral and topographical surveying, total station operations, and levelling, complemented by survey camp experience in hydropower feasibility, and road and bridge projects.
Alongside fieldwork, I apply Python, machine learning, and WebGIS development to process, analyse, and communicate geospatial data — most notably through my final year research estimating biomass and carbon stock using satellite imagery and remote sensing techniques. I am committed to applying modern geospatial technologies to surveying, infrastructure planning, environmental monitoring, and spatial decision-making, and I am actively seeking opportunities to contribute to geospatial projects where accurate field data and rigorous analysis drive better outcomes.
EDUCATION
BACHELOR LEVEL
Institute of Engineering, Pashchimanchal Campus (WRC), Pokhara, Nepal
+2 / HIGHER SECONDARY
Pokhara Aadarsha Secondary School, Pokhara-1, Bagar
FIELD SURVEY EXPERIENCE
Contour mapping, detail survey, DGPS mapping and terrain modelling.
Land parcel measurement, boundary demarcation and cadastral mapping.
Positioning and control-survey workflows using GNSS/GPS, DGPS, RTK and static observations.
Alignment survey, cross-sections, setting out and as-built survey.
Hydropower feasibility, cadastral surveying, and GNSS/GPS field operations.
Topographic mapping, road, building, and bridge surveys.
GIS & REMOTE SENSING
Spatial analysis, mapping, geoprocessing and cartography.
Satellite image processing and geospatial analysis.
Sentinel-2 imagery, vegetation indices and raster analysis.
NumPy, Pandas, GeoPandas, Rasterio and geospatial applications.
Drone-based mapping, photogrammetry and point-cloud data.
Web development for interactive geospatial applications.
Spatial databases and geospatial data management.
Overlay, buffer, raster, terrain and spatial modelling.
Geographic Information Systems (ArcGIS, ArcMap) • Remote Sensing • Photogrammetry • Web Development (WebGIS) • Python (Geospatial Applications) • GNSS • Spatial Data Analysis • Cartography • Spatial Data Quality (QA/QC) • Technical and Academic Writing
Leadership • Analytical Problem-Solving • Strategic Planning • Cross-functional Team Coordination • Field Logistics Management
Earth Observation • Disaster Risk Reduction (DRR) • Hydrology • Urban Spatial Planning • Climate Change and Sustainability • Field-based Geospatial Work • Professional Networking and Conferences • Travel and Cultural Exploration (documentation and story mapping)
QGIS, ArcGIS, ENVI, Google Earth Engine, Pix4D, StoryMaps, SNAP
Python, SQL, C, C++, HTML, CSS, JavaScript
Levelling, Theodolite, UAV, Total Station, GNSS, LiDAR
KoboCollect, OSM Validations, Microsoft Office, Graphic Designing, LaTeX
LANGUAGES
CERTIFICATION OF COMPLETION
FEATURED PROJECT
REMOTE SENSING • GIS • PYTHON • MACHINE LEARNING • SENTINEL-2
Summary: Estimation of above-ground biomass, carbon stock and CO₂ equivalent using Sentinel-2 imagery, vegetation indices, field measurements and Random Forest modelling.
Tools: Google Earth Engine, QGIS/ArcGIS, Python and scikit-learn.
CONTACT ME
I am interested in surveying, GIS, remote sensing, geospatial analysis and environmental applications of geomatics.