This course is designed to enhance drone operation skills by going beyond basic flying. It provides in-depth training on data capturing techniques for a range of surveying projects, enabling the extraction of contours, land elevation, and easy monitoring of construction sites. Gain practical experience in mission planning, specialized data capture methods, and essential software tools, transforming your abilities from basic drone operation to advanced data acquisition.
COURSE INFORMATION :
COURSE DURATION
5 Days
LOCATION
179 Pushkar Industrial and Logistics Park, Behind Satyam Mall, Changodar, Ahmedabad-382213, Gujarat, India
COURSE FEE
Fee Of Course = ₹3,500/- + 18% GST
Total Fee= ₹4,130/-
(inclusive of all materials and software access)
Payment Options: Flexible payment plans
available for early registrants.
TIMING
10 am onwards
RECOMMENDED
Engineering graduate from any branch
Poly-Technic Diploma from any branch
ITI-Surveyor
Graduates from Geography, Geology & Environment
Land Surveyors
Civil Engineers
Non engineering graduate
Note: Only RPC license holders will receive drone flight practice
THEORY AND PRACTICAL TOPICS COVERED:
Day 1: Basics of Drone Data Capturing and its Importance in Mapping
Overview of how drones are utilized for mapping.
Discussing the importance of aerial data in modern mapping techniques.
Highlighting sectors where drone data is being used.
Showcasing the benefits of using drones over traditional methods.
Presentation of successful mapping projects executed by our company.
Day 2:Importance of GNSS in Achieving High Accuracy in Data Collection
Explanation of GNSS (Global Navigation Satellite System).
How GNSS contribute to the accuracy and reliability of mapping data.
The impact of these technologies on the overall quality of the mapping outputs.
Hands-on demonstration of setting up and using GNSS with drones.
Day 3:Drone Components and Field Training with Payloads
Drone components and their functions (e.g., flight controllers, motors, sensors).
Importance of each component in ensuring successful data capturing.
Overview of advanced payloads used in mapping.
How each payload type contributes to specific mapping requirements.
Practical session on integrating and calibrating payloads with drones.
Day 4:Photogrammetry Concepts and Hands-On Practice through Mission Planner
Understanding the basics of photogrammetry and its role in mapping.
Key concepts such as Ground Sampling Distance (GSD) and flying height.
Importance of accurate data capturing for high-quality photogrammetric outputs.
Practical session on using Mission Planner for setting up a mission.
Configuring parameters like GSD, overlap, and flight paths.
Post-mission data analysis to ensure the captured data meets quality standards.
Day 5:Advanced Mission Planner Settings for Data Capturing
In-depth exploration of advanced settings in Mission Planner.
Customizing settings for different drones and payloads to suit specific mapping.
Planning and configuring complex missions involving multiple waypoints, altitudes, and payload changes.
Real-world scenarios where advanced settings are necessary.
Practical session where participants apply advanced settings in a mapping mission.
Reviewing the data captured during the day’s session.
Troubleshooting and refining mission parameters for optimal data capture.
Why Choose Us?
We have a fleet of in-house drones having DGCA approved license, built by our expert team, to capture data.
Learn how to utilize Mission Planner software, integrate it with in-house drone, and efficiently collect data.
With over 10 years of experience, we've handled large-scale projects covering more than 10,000 sq. km.,
We specialize in tailored data collection for land surveys, mining, agriculture, and power line inspections,
We manage end-to-end data collection and processing, providing comprehensive solutions for large and
Leveraging the latest drone and software technology, we deliver superior data quality and efficiency.
Our skilled professionals bring years of hands-on experience, ensuring every project is executed to the highest
ensuring precise and reliable results.
adapting to the unique needs of each project.
complex projects.
standards.