About the Project
This project explores rooftop solar energy potential across selected buildings on the Dalhousie University campus through LiDAR-based spatial analysis and cartographic visualization. Using LiDAR-derived elevation data and ArcGIS Pro solar radiation tools, rooftop surfaces were analyzed to estimate relative solar insolation and identify areas potentially suitable for solar panel installation.
In addition to the analytical workflow, the project emphasized custom cartographic design and basemap development. Roads, campus infrastructure, parks, and surrounding contextual features were manually stylized to create a clear visual hierarchy that supported the analytical content without overwhelming the thematic results. The final layout combines spatial analysis, thematic mapping, and polished cartographic presentation into a cohesive GIS deliverable.
Technology Stack
- ArcGIS Pro
Applied Skills
- Processed LiDAR-derived elevation data for rooftop solar analysis.
- Performed raster-based solar insolation modelling in ArcGIS Pro.
- Designed and stylized a custom basemap, including road hierarchy, contextual features, and campus infrastructure.
- Applied custom symbology and visual hierarchy techniques to emphasize analytical results.
- Developed a polished cartographic layout integrating inset mapping, annotation, and supporting map elements.