
Discover how to add basemap layers in QGIS with XYZ tiles, paste code in the Python console, and use the browser panel to render base maps behind drone data.
Learn to create print-ready maps in QGIS with layout templates for airspace projects. Set up page size, margins, guides, add a map, north arrow, scale, and logos for professional reports.
Learn to adjust scale texts and scale bars in QGIS using a letter-size template, understanding auto-adjustments, manual tweaks, fixed width versus segments, and units miles or kilometers.
Use pre-set and custom layout templates in GIS with QGIS to speed map production for drone projects and incorporate ortho photos for posters.
Adjust latitude and longitude grids in your map template by modifying grid interval to show more lines, and tweak font and color for better drone navigation.
Use guides, margins, and snap-to-grid to organize your map layout on the grid in the template, aligning elements with center lines and rulers. Save layouts as templates.
Learn to calculate and visualize slope aspect in QGIS, using the raster aspect tool to map 0–360 degree directions, set north, and apply a pseudo color ramp for sun exposure.
Apply hill shading to a digital terrain model to add realistic depth. Blend the hill shading with the ortho photo using multiply and adjust sun azimuth 315 and altitude 45.
Explore how the QGIS measuring tool estimates distances, areas, and bearings for pre-flight planning, with snapping, unit options, and quick sanity checks for drone operations.
Download drone flight data, export a CSV, and import it into QGIS with the open data source manager to visualize the flight track and per-point height, speed, and distance.
Here you will find the QGIS Map Template files. The MasterTemplate.qgz is the QGIS file that you open with QGIS. The DroneMappingTemplate.gpkg is the data file that contains the airport and airspace data.
Learn the difference between accuracy and precision in drone GIS data, and how to use ground control and planning purposes only to avoid misrepresenting boundaries across states.
Projection systems flatten the globe into a flat map, affecting drone GIS work. Use EPSG 3857 pseudo Mercator in meters, and keep a stable local origin to avoid errors.
Explore open drone map, a free and open source data processing tool that uses photogrammetry to produce orthomosaics, digital elevation models, and data products from drone imagery.
GIS and Drone Technologies are both powerful tools for assisting people in analyzing the world we inhabit. Whether you are someone with GIS skills looking to add drones to your toolbelt, or a drone pilot who wants to level up their deliverable products, you are in the right place. Both these skills require very similar mindsets, such as an attention to detail, focus and accuracy. If you can do one, you can do the other, so why not do both!
This course is best for those who have some familiarity with either GIS concepts or drone mapping, or those that are comfortable in learning new software packages. The course is perfect for those who have drone data that they have collected and want to analyze it beyond running it through Drone Deploy and the like. Using your DEM data, you will learn to create elevation contours, calculate the terrain's steepness and which way the sun is hitting the ground. You will also learn the skills to go online and acquire existing data layers such as town boundaries, watershed areas, and streams and overlay them atop your orthomosaics. From there, you add professional borders, titles, scale bars and your logo and produce professional client deliverables, thereby surpassing your competition.
And possibly saving the best for last, this course includes a treasure trove of GIS data from the FAA. In the lecture resources section, you will find a Geopackage and QGIS Project file with over a dozen pre-symbolized layers including labeled Classed Airspace polygons (B, C, D, E, E to Surface, MOAs, Restricted and Prohibited Airspaces, etc.) and airport locations. You will learn how to overlay these shapes atop dozens of basemaps, including aerial photos, open street map data, and Sectional Charts. Just the ability to produce custom, titled, scaled, centered Sectionals is worth the modest investment. Your deliverable game is about to take off!
If you are a GIS professional with an interest in drones, or a drone pilot with an interest in producing better deliverables, this course is for you!