Course: Advanced Drone Data Analytics for Mapping & Survey.

Gis Vision India

About This Course:

Drone survey and mapping technology have revolutionized how we collect and analyze geographic data. Using drones equipped with high-resolution cameras, LiDAR, and other sensors, this technology enables precise and efficient mapping over large areas in a short amount of time. 

Traditionally, surveying was a labor-intensive and time-consuming process. However, the advent of drones has significantly reduced the cost and effort involved in capturing detailed spatial data. Drone surveys are now used in various industries such as construction, agriculture, environmental management, urban planning, and disaster response. 

  • Planning the Flight Mission: Before flying the drone, surveyors plan the flight path using specialized software. The mission plan includes factors like altitude, area coverage, and overlap between images for complete coverage. 
  • Data Collection: The drone flies autonomously, capturing data based on the pre-programmed flight plan. Modern drones have GPS systems that allow for precise navigation and positioning. 
  • Data Processing: After the flight, the collected data is processed using software to generate Ortho mosaic maps, digital elevation models (DEMs), and 3D models. This step may involve photogrammetry techniques or LiDAR data analysis. 
  • Data Analysis: The processed data is analysed for various purposes, such as volumetric calculations, terrain analysis, and feature extraction. GIS (Geographic Information Systems) platforms are often used to visualize and further analyse the results. 
  1. Unmanned Aerial Vehicles (UAVs): Drones, or UAVs, are the primary tools used to capture data. These can be fixed-wing or multi-rotor types, depending on the project requirements. 
  2. Sensors and Cameras: Drones are equipped with various sensors, including RGB cameras, multispectral cameras, thermal sensors, and LiDAR. These sensors capture images and data from above, which are later processed to create maps and 3D models. 
  3. Ground Control Points (GCPs): These are known reference points on the ground used to improve the accuracy of the data collected by drones. 
  4. Photogrammetry: This is the process of extracting geometric information from drone-captured images to create 2D maps or 3D models. By stitching together overlapping images, specialized software creates detailed terrain models. 
  5. LiDAR: In some cases, LiDAR technology is used in conjunction with drones for capturing highly accurate, 3D surfaces details, even through dense vegetation. 
  1. Topographic Mapping: Creating high-resolution maps of terrain for land-use planning, construction, and engineering projects. 
  2. Agricultural Monitoring: Assessing crop health, irrigation patterns, and soil conditions using multispectral data. 
  3. Mining: Calculating stockpile volumes and monitoring excavation sites. 
  4. Environmental Monitoring: Assessing forest health, water bodies, and tracking changes in natural habitats. 

Advantages of Drone Mapping:

  • Time Efficiency: Drones cover large areas quickly, reducing the time needed for traditional surveying. 
  • Cost Savings: Compared to manned aerial surveys and ground surveys, drones offer a more economical solution. 
  • High Precision: Equipped with advanced sensors, drones provide highly accurate data. 
  • Accessibility: Drones can reach remote or hazardous locations that may be difficult or dangerous for surveyors. 
DSM Vs DTM
Digital Terrain Modelling using Drone Data

Importance of Learning Drone Data Analysis:

Drone survey and mapping are now integral to modern geographic data collection and analysis. By leveraging advanced technology, this approach enhances efficiency, accuracy, and accessibility across a range of applications. Understanding the tools, processes, and applications of drone surveying is essential for professionals working in fields like GIS, engineering, and environmental management. 

Drone Survey
Surface Profile Modelling
Course Details:

Course Name: Advanced Drone Data Analytics for Mapping and Survey

Total Course Duration: 2 Months
Hands on Project: 1 (One)
Regular Class Schedules : Monday to Friday.
Class Time : A suitable class time can be decided with prior notice. Flexible class timings are available (Indian Standard Time)
Class Format: Live Online Class with Instructor. 
Batch Type:  1 on 1 Live Interaction with Doubt Clarification Sessions.

Mode of Delivery: The course will be delivered through 1:1 live instructor-led online class or Offline Class at available centers (Bengaluru, Guwahati, New Delhi) via practical exercises, case studies and assignments. We also offer access to recorded sessions for review and self-paced learning.

Course Content : <Download PDF> 

Admission Procedure:

Application Form: Please fill out the online application form available on our website [www.gisvisionindia.com]. Ensure all required fields are completed accurately.
A recent passport-sized photograph
A valid id and address proof
Confirmation: Once your application and documents are reviewed, you will receive an email confirmation along with further instructions regarding the course joining.
Enrollment: Upon successful verification of your documents and payment, you will be officially enrolled in the course. An introductory session will be scheduled prior to the start of the course to familiarize you with the course structure and the learning platform.

Please Note:

  • Enrollment Date: Students can start the course at their convenience.
  • Class Timings: Given the time difference between other countries and India, we can adjust the class timings to suit your availability. We typically offer classes from 8:00 am to 8:00 pm (IST). However class timings can be flexible as per students convenience.
  • Tutor Profile: Our tutors are highly experienced and qualified in GIS. They hold industry certifications and have minimum 10+ years of teaching experience and working in various in GIS projects 
  • Resources/Study Material/Software: During the course, students will have access to a comprehensive set of resources and study materials. This includes GIS Exercise Databases, notes softcopies, online lectures, practice exercises to enhance their learning experience. We also provide access to industry-standard GIS software enabling hands-on practice and skill development.
    With these details in hand, you can proceed with enrollment more efficiently.

Note: To secure admission, make the payment  through direct account deposit payable to GIS Vision India using the account details provided. Secure Transactions with Online Banking/NEFT/IMPS/RTGS/Western Union Money transfer. 

Post payment you will automatically receive a confirmation email with online class joining id, software toolkit and pre requisite requirements for joining the training. An orientation class will be scheduled promptly.

Help / Support / Contact us
For Quick Course Enquires & Response WhatsApp: +919916302284
Email: info@gisvisionindia.com