GIS / Remote Sensing Analyst — turning raw spatial & satellite data into maps, dashboards, and decisions
- 🛰️ GIS & Remote Sensing Analyst with hands-on experience across ArcGIS Pro, QGIS, and Google Earth Engine — from field data collection to interactive WebGIS publication.
- 🌍 Working on land cover change analysis, disaster risk mapping, and carbon stock estimation using satellite imagery (Sentinel-2, Landsat) and spatial modeling.
- 🗺️ Skilled at the full geospatial workflow: field GPS data acquisition (Avenza Maps) → spatial data processing (digitizing, overlay, attribute management) → cartographic map layout → interactive WebGIS deployment (qgis2web/Leaflet).
- 📊 Comfortable translating spatial analysis results into technical reports and scientific articles to support data-driven decision making.
- ⚙️ Supported by a solid IT infrastructure background (networking, CCTV, IP PBX) — useful for fieldwork logistics and remote data operations.
| Category | Tools & Technologies |
|---|---|
| GIS & Remote Sensing |
|
| Spatial Data Science |
|
| Data Science & Visualization |
|
| AI & Cloud Environments |
|
| IT Infrastructure & Support |
|
| Version Control & IDE |
|
| Project | Live App |
|---|---|
| 🌍 GEE App — Spatial Analysis Dashboard | ee-rdhgstwnn18.projects.earthengine.app |
| 🗺️ WebGIS — TNGHS Gunung Bunder II Trail Map | webgis-tnghs-gunung-bunder-ii.vercel.app |
| Project Description |
|---|
| 🛰️ SpectraMap-Engine A mobile-responsive Google Earth Engine dashboard for advanced geospatial analysis. Seamlessly process Sentinel-2 & Landsat imagery with 40+ spectral indices and real-time area statistics. Tech Stack: JavaScript • Earth Engine API |
| 🌍 Spatial-Distribution-Bogor WebGIS application visualizing the spatial distribution dynamics of Land Use, LST, and THI in Bogor City (2004, 2014, 2024) based on published scientific research. Tech Stack: JavaScript • Earth Engine API |
| 🌲 webgis-tnghs-gunung-bunder-II An interactive WebGIS for tourist attractions, trails, and accommodations in Mount Halimun Salak National Park (Gunung Bunder II Block) — built from 2023 field survey data (GPS trail mapping, Avenza Maps). Tech Stack: JavaScript • Leaflet.js • GeoJSON |
| 🌡️ Landsat-8-LST-Explorer Interactive GEE App to compute, visualize, and export Land Surface Temperature (°C) from Landsat 8 imagery, with automatic zonal statistics and charts. Bilingual (EN/ID). Tech Stack: JavaScript • Earth Engine API |
| 🛰️ Sentinel-2-Land-Cover-Classifier Supervised land cover classification GEE App using Sentinel-2A imagery with Random Forest, Gradient Tree Boost, and SVM — complete with spectral indices, accuracy assessment, and automatic area statistics. Tech Stack: JavaScript • Earth Engine API |
| 🌏 MapBiomas-Indonesia-LULC-Explorer GEE App to visualize and export Indonesia's land use/land cover data (2000–2025) from MapBiomas Indonesia Collection 4, with automatic area statistics per class. Tech Stack: JavaScript • Earth Engine API |
- Research Analyst Assistant (GIS/Remote Sensing) — Remote, Jun 2026–Present: land cover change analysis, disaster risk mapping, and carbon stock estimation using ArcGIS Pro, QGIS, and Google Earth Engine; developed and published a live GEE App.
- GIS & WebGIS Developer — Balai TN Gunung Halimun Salak (TNGHS), Jun–Aug 2023: mapped 23 tourist trail objects via GPS field survey (Avenza Maps), processed spatial data in QGIS, and published an interactive WebGIS with qgis2web/Leaflet.
🎓 S1 Teknik Informatika, Peminatan Geospatial Information Technology — Universitas Ibn Khaldun Bogor (2020–2025)
