This workshop is organized as two focused sessions under a single registration. Attendees are welcome to join for the full afternoon or only the session most relevant to their work — Part 2 begins after a break at 3:15 PM, making it easy to join midway.
Agenda
1:00 PM – 2:45 PM | Part 1: DJI L3 Data Processing Workflow — Terra Reconstruction and DJI Modify Post-Processing
2:45 PM – 3:15 PM | Break
3:15 PM – 5:00 PM | Part 2: DJI FlightHub 2 Workflow — Periodic Dock Automation with Analyzer
Part 1: DJI L3 Data Processing Workflow — Terra Reconstruction and DJI Modify Post-Processing (1:00–2:45 PM) This session guides participants through the complete processing workflow for DJI L3 LiDAR data, from raw captured data to polished digital deliverables. Attendees will learn how to manage captured datasets, process them efficiently in DJI Terra, evaluate output quality, and prepare refined results using DJI Modify. Participants will begin with an overview of the DJI L3 data file structure, including recommended sensor settings and how field configuration choices directly impact processing time and output quality. The session will then move into DJI Terra, covering the full processing workflow from data import through trajectory processing, PPK correction, coordinate system selection, point cloud generation, and quality report interpretation. Key topics include:
- Understanding DJI L3 data file structure and recommended pre-processing organization
- Importing and validating datasets in DJI Terra
- Applying PPK correction and reviewing positional accuracy results
- Selecting coordinate systems and defining output formats
- Generating point clouds, digital elevation models, 3D mesh models, and additional reconstruction outputs from the same dataset
- Reviewing quality reports
- Ground point classification and bare-earth model generation
- Performing ground vertical accuracy checks using checkpoints
- Identifying and resolving misclassification issues in ground point cloud deliverables
The session will also address common processing challenges including incomplete coverage, point cloud misalignment, noisy or sparse returns, GPS/RTK positioning issues, and inconsistent data density across the survey area. Participants will learn how to recognize these issues early and apply corrective steps within the Terra workflow where possible. The final portion of this session will focus on DJI Modify, where attendees will learn how to clean and refine processed outputs. Topics will include point cloud cleanup, artifact and noise removal, surface correction, classification refinement, and preparing final deliverables for professional presentation or downstream use in third-party platforms such as GIS, CAD, or asset management systems. By the end of Part 1, participants will be able to take DJI L3 field data through a complete Terra processing and DJI Modify post-processing workflow, producing cleaner, more accurate, and more professional point cloud models and elevation deliverables ready for real-world mapping, inspection, and infrastructure applications.
Part 2: DJI FlightHub 2 Workflow — Periodic Dock Automation with Analyzer (3:15–5:00 PM) This session is designed to help participants understand how DJI FlightHub 2 can be used as a centralized platform for automated drone operations, remote fleet management, and mission data analysis. Attendees will learn how to build efficient, repeatable workflows for planning, executing, monitoring, and reviewing drone missions entirely within the DJI FlightHub 2 platform. Participants will learn how FlightHub 2 helps teams standardize operations, reduce on-site personnel requirements, and maintain consistent data collection across projects and locations. Key topics include:
- Automation and Periodic Workflows
- Setting up and managing DJI Dock-based automated remote operations
- Creating periodic workflows to schedule recurring missions at defined time intervals without manual intervention FlightHub Analyzer — Centralized Data Management, Measurement, and Reporting
- Using FlightHub Analyzer as a centralized hub for storing, organizing, and reviewing all mission media and project datasets in one place * Measuring distances, areas, and spot elevations directly from captured datasets within Analyzer
- Performing multi-phase volumetric calculations to monitor stockpile changes and track earthwork progress over time
- Comparing datasets across multiple time periods to identify site changes and quantify project progress
- Generating professional measurement reports and scheduling automated delivery via email for consistent client and stakeholder updates
By the end of Part 2, participants will be able to configure automated periodic workflows using DJI Dock, manage and analyze all mission media and project data through FlightHub Analyzer, perform advanced measurements and multi-phase volumetric analysis, and leverage FlightHub 2 as a complete operational and analytical platform for professional enterprise drone programs.
Registration Cost: $20
