Course overview
Drone photogrammetry gives survey, engineering, environmental and asset teams a way to turn planned aerial image capture into measurable maps, surfaces and 3D models. The value depends on more than flying a drone: mission geometry, survey control, camera settings, processing choices and independent checks all affect whether a result can support quantities, condition assessments, progress reporting or planning decisions. Poorly designed missions can create attractive images that fail accuracy tests, omit critical features or cannot be defended to a client, regulator or project manager.
This course develops the technical and operational skills required to plan, capture, process, test and communicate drone-derived spatial data. Participants work through ground sampling distance, overlap, ground control points, RTK and PPK positioning, coordinate reference systems, image alignment, dense point clouds, digital surface models, digital terrain models and orthomosaics. The course also addresses accuracy assessment using checkpoints, RMSE calculations and ASPRS Positional Accuracy Standards, alongside practical applications in construction, mining, agriculture, utilities, disaster assessment and environmental monitoring.
Instruction combines short technical briefings with instructor-led demonstrations, case work and team-based planning tasks. Participants interpret project requirements, make mission-design decisions, review processing outputs and assess common quality failures such as weak geometry, doming, poor seamlines and datum errors. They leave with a reusable drone photogrammetry project pack containing a mission specification, control plan, quality-assurance checklist, accuracy-report structure and application plan.
The course is suited to professionals who already work with spatial data, surveying, engineering assets, construction sites or environmental information and need to commission, manage or produce defensible photogrammetric outputs.