Vitalii D.Private profile: Upwork shows its earnings only to signed-in members, so we check it every few weeks, not daily. MRR here is a rough estimate (Upwork's six-month earnings ÷ months active). Last read Sep 25, 2026.

I’m a GIS Engineer and Python Developer specializing in intelligent geospatial systems that transform complex geographic data into clear, actionable insights. With deep expertise in ArcGIS, QGIS, Mapbox, Leaflet, and Google Maps APIs, I design and build interactive mapping platforms, automated data pipelines, and AI-powered analytics using Python and FastAPI. My work focuses on automation, data analysis, and spatial intelligence — helping governments, research institutions, and private organizations make better, data-driven decisions. I also work extensively with satellite imagery, drone photography, and radar data for spatial analysis and visualization, and deploy scalable GIS solutions on AWS (S3, EC2, RDS). 💡 What I Can Do for You ✅ Build custom GIS applications with Python, FastAPI, and QGIS ✅ Create interactive web maps using Mapbox, Leaflet, or Google Maps ✅ Automate spatial workflows and backend processes for GIS systems ✅ Process and analyze satellite or drone imagery for environmental and urban insights ✅ Develop and deploy cloud-based GIS systems on AWS (S3, EC2, RDS) ✅ Perform data scraping and geospatial data extraction from public or institutional sources ✅ Design dashboards and visualization tools for spatial decision-making 🛠 Technologies I Work With GIS Platforms: ArcGIS, QGIS Mapping Libraries: Mapbox, Leaflet, Google Maps Backend Development: Python, FastAPI Cloud Infrastructure: AWS (S3, EC2, RDS) Data Analysis: pandas, NumPy, GeoPandas Remote Sensing: Satellite imagery, drone imagery, radar data Data Collection: Web scraping (Requests, BeautifulSoup, Selenium) 🌍 Focus Areas ✔️ Land use and zoning analysis ✔️ Infrastructure and environmental mapping ✔️ Automated geospatial data pipelines ✔️ Web-based GIS dashboards ✔️ Remote sensing and change detection ✔️ Spatial AI and predictive modeling