
Licensed Geomatics Engineer · Survey Officer, Government of Nepal · Instructor, LMTC · Vice President, NGES
Geomatics Engineer and Survey Officer with professional experience in surveying, cadastral mapping, GIS, remote sensing, GNSS, geodesy, UAV, LiDAR, and land administration. Currently serving as Instructor at LMTC, Government of Nepal, and pursuing an MSc in Geoinformatics at Nepal Open University.
Passionate about applying geospatial science and surveying knowledge to real-world challenges in land management, infrastructure, environmental analysis, and spatial decision-making.
Designing and delivering training programs in surveying, mapping, GIS, remote sensing, UAV & photogrammetry, DGPS, geodesy, and land administration. Committed to knowledge sharing and professional development in geomatics.
Beyond the technical profession, I also write poems and reflective pieces from time to time. Writing gives me a creative space to express ideas, emotions, and observations beyond maps, data, and fieldwork.
My professional journey combines government service, field surveying, technical instruction, applied research, and leadership in the geospatial community — deepening my commitment to advancing geomatics in Nepal.
I contribute to professional engagement and leadership in Nepal's geomatics community through strategic coordination, knowledge sharing, and technical networking. My role supports the promotion of geospatial education, innovation, and collaboration among professionals and emerging geomatics practitioners.
I design and deliver professional training programs in surveying, mapping, GIS, remote sensing, UAV and photogrammetry, GNSS and DGPS, geodesy, and land administration. My work includes field-based technical sessions, lectures on theoretical, technical, and legal aspects of land management, research supervision, and institutional planning.
I serve in the public-sector surveying and land management domain under the Government of Nepal, contributing to professional surveying practice, institutional development, and technical service in land-related fields.
I conducted field surveys and prepared legal reports, cadastral maps, and boundary descriptions to support court decisions on land-related cases. I worked closely with lawyers, judges, and other professionals to clarify technical aspects of land measurement, land disputes, and property division.
Monarch Survey & Engineering Consultant Pvt. Ltd., Nepal
I provided GIS-based technical support and analytical reporting for engineering projects. My work involved managing and interpreting geospatial data for urban planning, infrastructure development, and engineering design support.

Evaluating Land Use Changes in Kathmandu District from 2017 to 2024

Utilizing Geographic Information Systems and spatial analysis techniques to assess property values based on location, accessibility and land use patterns

Current Status and Future Challenges of Geographic Information Infrastructure in Nepal

Comparative evaluation of Digital Terrain Models derived from UAV, Airborne LiDAR, and SRTM — validated against total station ground survey for accuracy assessment.

UAV survey, orthophoto generation and cadastral map superimposition to assess flood and landslide impacts in the Roshi River corridor and Panauti landslide-affected areas.

Four-decade spatial analysis examining land fragmentation trends and parcel-level transformation patterns in a rapidly urbanising locality.
Analyses land cover changes in Kathmandu District and compares SVM and RF classification techniques using both Google Earth Engine and ENVI. Highlights rapid urban growth, decline in agricultural areas, and the effectiveness of cloud-based remote sensing tools.
Investigates climatic and hydrological conditions preceding the August 2024 Thyanbo GLOF using multi-temporal Sentinel-2 imagery and climate data. Elevated temperatures combined with intensified monsoon precipitation triggered rapid lake expansion and moraine dam failure.
Uses multi-temporal Landsat data for supervised classification, change detection and LST analysis in Kathmandu Valley. Shows a 13% increase in urban area (2013–2019) with higher LSTs concentrated in built-up surfaces. Advocates urban forestry and reflective materials.
Reveals significant northward (15–20 mm/yr) and eastward crustal movement driven by Indian–Eurasian Plate convergence, with strong strain accumulation along the Main Himalayan Thrust. Includes a web-based platform for interactive visualization of deformation and seismicity.
Actively participating in conferences, workshops, and technical trainings in surveying, GIS, remote sensing, UAV, LiDAR, and geospatial capacity building — as coordinator, facilitator, volunteer, and technical resource person.
Attended
Conducted
Community Contribution
Supporting event organization, technical demonstrations, training delivery, media preparation, and institutional outreach through national and international geospatial programs — including volunteer contributions in professional workshops and conferences.
Alongside geomatics and geospatial education, I occasionally write poems and reflective pieces — expressing thoughts, emotions, and experiences through nature, memory, society, and place.
Poems and reflective pieces will be published here. Check back soon.
Nepal Open University, Manbhawan Lalitpur, Nepal
Advanced study in geoinformatics with focus on spatial analysis, GIS, remote sensing, machine learning, web mapping, and earth observation. Thesis work focuses on urban heat island analysis and prediction.
Himalayan College of Geomatics Engineering and Land Resources Management
Triton International College
Open to academic collaboration, professional networking, research discussions, technical training opportunities, and geospatial projects.