When you need to turn raw location data into an interactive visual story, standard mapping applications often fall short. Brigham Young University students, researchers, and educators frequently turn to BYU My Maps to build tailored spatial projects without needing heavy Geographic Information System (GIS) training. Whether you're mapping historical migration routes, organizing campus resources, or presenting field research, this platform bridges the gap between raw coordinates and compelling visual narratives.
Built on top of Google My Maps infrastructure but tailored to institutional workflows, the platform lets you drop custom pins, draw boundaries, import datasets, and embed rich media directly into geographic points. This guide breaks down exactly how to set up your workspace, import data, structure complex research projects, and avoid common beginner mistakes.
Getting Started with BYU My Maps
Creating your first custom map doesn't require prior GIS experience. If you have a Google account associated with BYU credentials, you can access and build maps that tie directly into institutional resources or independent research goals.
Setting Up Your Workspace
When you open a new map canvas, you'll see a default base map with a left-hand control panel. Take a few minutes to configure your project framework before adding individual data points:
- Name your map and add a description: Click "Untitled map" to give your project a clear, descriptive title and summarize what the data represents in the description box.
- Choose a base map style: Click the arrow next to "Base map" in the legend. You can switch from the default street view to satellite imagery, terrain, or a clean light monochrome canvas depending on whether you want to emphasize topography or clean data labels.
- Establish your folder structure: Instead of dumping hundreds of pins into a single layer, click "Add layer" to segment your data. For example, if you're mapping historical architecture, create separate layers for "19th Century," "Early 20th Century," and "Modern Era."
Importing Datasets and Automating Pin Placement
Manually clicking and dropping pins works fine for small projects with ten or twenty locations, but larger datasets require automation. BYU My Maps accepts bulk imports via CSV files and KML files, saving hours of manual data entry.
Formatting Your CSV for Geocoding
To import spreadsheets successfully, your CSV file needs clean column headers. Ensure your spreadsheet includes distinct columns for location names, descriptions, and either complete street addresses or exact latitude and longitude coordinates.
- Prepare the spreadsheet: Make sure every row has a unique identifier and clear geographic coordinates if addresses are ambiguous.
- Upload the file: In your map layer, click "Import," select your CSV file from your computer, and choose the column that identifies the location (such as "Address" or "Coordinates").
- Select title markers: Choose a column header (like "Site Name") to serve as the title for each placemark when users click your pins.
Once imported, the platform automatically plots every row. If any addresses fail to parse correctly, the system prompts you to fix typos or clarify ambiguous place names before finalizing the layer.
Advanced Customization and Visual Storytelling
A map full of identical red drop-pins communicates very little data at a glance. To make your research or educational presentation truly effective, customize your visual elements to reflect variables in your data.
Styling Markers and Icons
You aren't limited to the default red marker. Click the paint bucket icon next to any individual placemark or entire layer to change icon colors and select from hundreds of specialized icons.
- Categorize by type: If you're mapping campus facilities, use distinct icons for dining halls, academic buildings, and parking structures.
- Color-code by variable: For scientific or demographic data, assign different colors to ranges (e.g., green for low density, red for high density).
- Embed rich media: Click the camera icon inside any placemark editor to attach photographs, historical documents, or direct links to academic papers hosted on BYU Library or other digital archives.
Academic and Administrative Use Cases
Custom geographic visualization serves multiple disciplines across campus. Understanding how different fields apply these tools can spark ideas for your own projects.
Historical Research and Digital Humanities
Researchers tracking historical events often use custom maps to visualize temporal changes over geographic space. By splitting data across multiple layers corresponding to different decades, viewers can toggle layers on and off to see how borders, trade routes, or city populations shifted over time. This approach turns static archival records into dynamic, explorable timelines.
Field Sciences and Environmental Studies
Biology and geology courses use custom mapping to track field observations. Students drop pins at sampling sites, attach soil or water quality data in the description box, and upload field photographs directly to each pin. Because maps can be shared collaboratively, an entire lab group can contribute data points from different field sites into a single centralized project in real time.
Common Mistakes to Avoid
Even though the interface is straightforward, certain missteps can break your map or make it difficult for your audience to interpret.
- Overcrowding single layers: Putting fifty different types of data into one layer creates visual clutter. Use separate layers to keep information organized.
- Ignoring mobile responsiveness: Many viewers will open your map on a smartphone. Test your custom icons, pop-up text lengths, and image sizes on a mobile device before sharing the link publicly.
- Failing to set permissions correctly: If you share a collaborative project, double-check your sharing settings. Accidentally leaving a project set to private prevents collaborators from adding their data, while leaving sensitive administrative data fully public can expose private information.
- Using low-resolution images: When embedding photos into placemarks, ensure they scale correctly so they don't pixelate or slow down map loading times.
For official software guidelines, security policies, and institutional tech support, consult the Brigham Young University IT Services portal.
Frequently Asked Questions
Can I collaborate on a BYU My Maps project with multiple people at the same time?
Yes. Click the "Share" button on your map panel and add collaborators by email. You can grant them editing permissions so multiple team members can add pins, upload photos, and organize layers simultaneously.
What is the maximum number of points I can put on a single map?
Google My Maps infrastructure limits individual maps to 10,000 lines, shapes, or placemarks, and up to 100 individual layers per map. Most academic and research projects fall well within these thresholds.
How do I embed a custom map into a website or learning management system?
Once your map is set to public or unlisted, click the menu icon next to the map title and select "Embed on my site." Copy the generated HTML iframe code and paste it into your course page or project website.
Can I export my custom map data if I need to move it to advanced GIS software later?
Yes. You can export any map layer as a KML or KMZ file by clicking the menu options next to the layer name. This allows you to transition your custom points into professional desktop software like ArcGIS if your project demands advanced spatial analysis.
