This map was created to visualize and analyze the geographic distribution of students within Berkeley County School Districts 4 and 5. The primary goal of the project was to better understand population density patterns, identify areas of high student concentration, and support planning decisions related to school zoning, transportation, and resource allocation.

The project began with compiling student location data and relevant boundary layers, including school district zones, road networks, and school locations. Data preparation involved validating address accuracy, geocoding student records into spatial points, and ensuring alignment with official district boundaries. Additional layers were incorporated to provide geographic context while maintaining a clear visual hierarchy.

Using ArcGIS Pro, student data was mapped as individual point features and symbolized to reflect distribution patterns across the districts. District boundaries were differentiated using a dual-color scheme to clearly distinguish District 4 and District 5, while maintaining transparency to preserve visibility of underlying features. Schools were highlighted with labeled markers to provide reference points and emphasize their relationship to surrounding student populations.

Design decisions focused heavily on readability and balance. A muted basemap was used to reduce visual noise, while soft, neutral tones for student points ensured density could be perceived without overwhelming the map. Labels were carefully placed and styled to maintain clarity without clutter, and subtle cartographic elements—such as boundary shading and line hierarchy—were used to guide the viewer’s attention.

The resulting visualization reveals clear clustering of student populations, particularly in rapidly developing residential areas. These patterns highlight potential pressure points for school capacity and transportation logistics, offering valuable insights for planners and district officials. The map serves as both an analytical tool and a communication piece, translating complex spatial data into an accessible and actionable format.

Overall, this project demonstrates the integration of geospatial analysis and thoughtful cartographic design to support informed decision-making within a growing school district.