Applied GIS Skills

This page highlights my core GIS skill sets, demonstrated through applied coursework and real-world projects in transportation GIS, environmental analysis, remote sensing, drone mapping, and field data collection. These skills are tailored toward GIS internship roles in transportation, infrastructure, environmental consulting, and public-sector agencies. Seeking Summer 2026 GIS internship opportunities.

ArcGIS Pro & Spatial Analysis

Proficient in vector and raster spatial analysis, including overlays, hazard mapping, and data integration workflows. Skills demonstrated through real project applications supporting transportation safety and environmental analysis using ArcGIS Pro

Transportation GIS & Road Safety Risk Mapping

Applied experience in transportation GIS and road safety risk mapping, including analysis of road networks intersecting flood and erosion hazard zones. Projects demonstrate GIS support for infrastructure planning, safety assessment, and hazard-informed decision-making.

Remote Sensing & Change Detection

Experience in remote sensing analysis using Landsat imagery, including NDVI time-series and change detection workflows. Applied to environmental impact assessment and recovery analysis using raster-based GIS techniques.

UAS / Drone Mapping & Orthomosaic Analysis

Experience in UAS/drone-based mapping, including flight planning, orthomosaic generation, and site-level spatial analysis. Projects integrate drone imagery into ArcGIS Pro workflows for visualization, inspection, and decision support.

Field Data Collection & GPS Mapping

Experience in field-based GPS data collection, validation, and geodatabase integration. Applied in mapping exercises to ensure spatial accuracy, data reliability, and seamless field-to-desktop GIS workflows.

GIS Cartographic Design & Map Production

Proficient in cartographic design and professional map layout creation using ArcGIS Pro. Demonstrated through clear, publication-ready maps that effectively communicate spatial patterns, hazards, and analysis results. Emphasis on visual hierarchy, legend design, symbology, and layout standards for technical and decision-support maps.