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Course Highlights

This course covers advanced Drone assembling, UAV technology, LIDAR-based surveying, and UAV image processing. Learners gain hands-on experience with Drone Projects, Point Cloud Classification, DSM/DTM Generation, Orthophoto Creation, and Topographic Mapping for real-world applications in civil, mining, and environmental sectors.

  • Skill Type

  • Course Duration

  • Domain

  • GOI Incentive applicable

  • Course Category

  • Nasscom Assessment

  • Placement Assistance

  • Certificate Earned

  • Content Alignment Type

  • NOS Details

  • Mode of Delivery

Course Details

Learning Objectives

What will you learn in Drone Technology Course?

  • Understand drone mechanisms, markets, and applications
  • Assemble and fly custom drones with LIDAR integration
  • Process UAV data outputs including DSM, DTM, DEM, and Orthophotos
  • Classify point cloud data and create terrain models
  • Apply UAV data in civil engineering, mining, and environmental mapping
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Reasons to enrol

Why should you take Drone Technology Course?

  • Hands-on drone assembling and UAV flying sessions
  • Learn LIDAR and UAV point cloud processing
  • Master UAV image processing with real-world applications
  • Gain expertise in topographic mapping, earthwork, and civil projects
  • Earn industry-recognised certification in Drone and UAV Technology
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Ideal Participants

Who should take Drone Technology Course?

  • Engineering students interested in UAV/Drone Technology
  • Professionals in civil, mining, and environmental sectors
  • GIS and Remote Sensing specialists
  • Drone enthusiasts and hobbyists
  • Surveyors and mapping professionals
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Curriculum

Curriculum

Level 1 - Drone Fundamentals and Assembling

  • Introduction to Drones and Mechanisms
  • Drone Markets and Technology in Different Sectors
  • Applications and Current Trends
  • Introduction to LIDAR, Software and Implementation
  • Basics of Remote Sensing, GIS and Photogrammetry
  • Coordinate Systems and Data Conversion
  • Custom Drone Assembling and Flying Practical Session

Level 2 - UAV Data Acquisition and Processing

  • UAV and LIDAR Projects: Setup and Creation
  • Point Clouds, Classification and Methodologies
  • Drone Data Outputs: DSM, DTM, DEM, Contours, GEOTIF, Hydrology
  • RTK/PPK Image Processing
  • UAV Image Processing Theory and Hardware/Software Requirements
  • Platforms: Desktop, Cloud, Network and Batch Processing
  • Data Organisation, Triangulation, GCPs and Accuracy Assessment

Level 3 - Advanced LIDAR and UAV Applications

  • Mini Project: Drone Flying to Mapping (Real Time)
  • LIDAR Data Classification per ASPRS Standards
  • UAV Point Cloud Processing and Analysis
  • 3D Point Cloud and Mesh Creation
  • DSM and DTM Generation
  • Orthophoto and Orthomosaic Creation
  • Volume Calculations and Earthworks for Civil/Mining Engineers
  • Contour and Slope Mapping for Topographic Studies
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skills and tools

Tools you will learn in Drone Technology Course:

Skills:

  • Drone Assembling and Mechanisms
  • UAV Flying and Practical Sessions
  • LIDAR Data Classification and Surface Modeling
  • DSM, DTM and DEM Generation
  • Remote Sensing and Photogrammetry
  • UAV Image Processing and Orthophoto Creation

Tools:

  • Drones and UAV Carriers
  • LIDAR Sensors
  • GIS and Photogrammetry Software
  • Remote Sensing Platforms
  • Image Processing Tools (Desktop and Cloud-based)
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