No products added!
Featured
Specialization in Drone Data processing
( 0 Reviews )
Duration : 5 days
Category : Rotorcraft
Eligibility : 18+ Years
₹85000
Curriculum
Day 1: Foundations of Drone Technology and Surveying
- Introduction to Drone TechnologyDuration :
- Evolution, history, and future of drone technologyDuration :
- Types of drones and their applications in agriculture, construction, urban planning, and environmental monitoringDuration :
- Rules & Regulations for Drone OperationsDuration :
- Overview of DGCA drone policies and global standardsDuration :
- Permissions, safety protocols, and no-fly zonesDuration :
- Key Drone Components and PayloadsDuration :
- Sensors (LiDAR, multispectral, thermal) and camerasDuration :
- Gimbals, propellers, and battery managementDuration :
- Introduction to GNSS, DGPS, and RTK/PPKDuration :
- Basics of satellite positioning systemsDuration :
- Comparison of RTK, PPK, and standard GPS workflowsDuration :
- Correction Techniques and CORS NetworksDuration :
- Leveraging CORS for precision mappingDuration :
- Applications of Drones in SurveyingDuration :
- Advantages of drone-based mapping over traditional methodsDuration :
- Real-world case studiesDuration :
Day 2: Photogrammetry and Remote Sensing Basics
- Introduction to PhotogrammetryDuration :
- Principles and concepts of photogrammetryDuration :
- Importance of GSD (Ground Sampling Distance) and overlapsDuration :
- History and Types of Aerial PhotographyDuration :
- Vertical, oblique, and panoramic imagesDuration :
- Advanced Photogrammetry TechniquesDuration :
- Image orientation, bundle block adjustment, and orthorectificationDuration :
- Remote Sensing FundamentalsDuration :
- Electromagnetic spectrum and its importance in remote sensingDuration :
- Active vs. passive remote sensingDuration :
- Resolution in Remote SensingDuration :
- Spatial, spectral, radiometric, and temporal resolutionsDuration :
- Satellite Orbits and Scattering EffectsDuration :
- Geostationary, polar, and sun-synchronous orbitsDuration :
- Applications of Photogrammetry and Remote SensingDuration :
- Land use mapping, vegetation analysis, disaster management, and infrastructure monitoringDuration :
Day 3: Mission Planning and Live Demonstration
- Mission Planning Tools and SoftwareDuration :
- Overview of Mission Planner, DroneDeploy, and Pix4DDuration :
- Using KML/Excel files for precise path planningDuration :
- Pre-Flight PreparationsDuration :
- Drone calibration, sensor checks, and environmental considerationsDuration :
- Understanding GSD, overlap, altitude, and flight speedDuration :
- Configuring Advanced Flight ParametersDuration :
- Planning missions with multiple waypoints, altitudes, and payload adjustmentsDuration :
- Introduction to autonomous flights for nadir and oblique capturesDuration :
- Live Demonstration of Drone Data CollectionDuration :
- Setting up a mission in real-timeDuration :
- Hands-on experience with drone controls and flight modesDuration :
- Capturing images and videos for mapping purposesDuration :
- Post-Flight Checks and Data ManagementDuration :
- Organizing and storing captured dataDuration :
- Reviewing the quality of images and flight logsDuration :
Day 4: Data Processing and GIS Fundamentals
- Introduction to GIS and GeodesyDuration :
- Overview of GIS and its componentsDuration :
- Understanding map projections, coordinate systems, and UTM zonesDuration :
- Hands-On Georeferencing and Data ManagementDuration :
- Aligning drone imagery with satellite dataDuration :
- Working with raster and vector dataDuration :
- Introduction to Drone Data Processing ToolsDuration :
- Agisoft Metashape: Workflow overview (alignment, GCP marking, dense cloud generation, DSM, DTM, and orthomosaics)Duration :
- QGIS: Handling vector and raster data, creating shapefiles, and managing attribute tablesDuration :
- Post-Processing with RTK/PPKDuration :
- Using Emlid Studio or similar tools for high-precision correctionsDuration :
- Troubleshooting Common Data IssuesDuration :
- Fixing alignment errors, image overlaps, and GCP placementDuration :
Day 5: Advanced Data Analysis and Applications
- Advanced Image Processing TechniquesDuration :
- Creating detailed DSMs, DTMs, contours, and 3D modelsDuration :
- Exporting processed data into various formats (PDF, TIFF, SHP)Duration :
- Practical Exercise: Data Processing and Map GenerationDuration :
- Generating orthomosaics and annotated maps with cartographic elementsDuration :
- Adding legends, scales, and north arrowsDuration :
- Applications of Processed Drone DataDuration :
- Case studies in urban planning, agriculture, and disaster managementDuration :
- Understanding Report InterpretationDuration :
- Analyzing orthomosaics, DSMs, and contour maps for actionable insightsDuration :
- Hands-On with Attribute Tables and MetadataDuration :
- Storing and managing data for analysis and reportingDuration :
- Discussion on Case StudiesDuration :
- Real-world projects demonstrating drone applications in different industriesDuration :
- Certification and Feedback SessionDuration :
- Course review, participant Q&A, and certificate distributionDuration :
Are you ready to unlock the potential of drone data processing for impactful decision-making? Learn more about our specialized Drone Data Processing course, where students not only master drone handling but also gain proficiency in post-processing captured data for application development.
This comprehensive program focuses on drone flight operations for data collection, mapping, and analysis, utilizing techniques such as mission planning, photogrammetry, and image processing. Students learn to harness industry-standard applications like Pix4D to process and analyze data collected from inspection, surveillance, and survey missions. By mastering data processing and report generation, students gain the skills necessary to draw meaningful conclusions and inform critical decisions. Join us and empower yourself to leverage drone technology for transformative applications.
Learning Checklist:
- • Proficiency in drone flight operations for data collection and mapping
- • Expertise in techniques such as photogrammetry and image processing
- • Hands-on experience with industry-standard applications and software
- • Ability to process and analyze data for inspection, surveillance, and survey missions
- • Skills to generate comprehensive reports to inform decision-making
Members
Total number of Students in this course : 3
-
Pratiksha Singh
-
dronelab.institute
-
abhinavanandrtp
Instructors
News
No news found!
Reviews
0
0 Reviews
-
1 Star
0
-
2 Stars
0
-
3 Stars
0
-
4 Stars
0
-
5 Stars
0
Course Info
- Courses
- 78
Duration 5 Days


