Detailed discussion on technical aspects, Thrust and drag calculation of drone.

Design of drone frame and cantilever analysis of drone arms and maximum load factor calculation.

Frame, Altitude, Thrust, CG, Max Take-off, Flight Time Calculations

Introduction to manufacturing of drone manufacturing method and materials utilized.

Discussion of rapid prototyping method of manufacturing, Injection Moulding method, CNC Tooling method, Composite moulding method, Autoclave Utilized composite manufacturing.

Components which can be manufactured in different method and usage of components.

Kevlar, Carbon composites, Plastic, nylon materials usages in drone.

Discussion of Electric propulsion system, gasoline operated system and hybrid operating system.

Discussion of concept of Autopilot and its function, Sensors available in autopilot.

Calibration of sensor and different purposes of each sensor.

Global position system in drone and its function, Protocol for GPS system, Different types of GPS system.

Introduction to rubber band powered plane to understand the working principal of Fixed wing drones.

Assembly of the rubber band plane from the kit provided by the organisation.

Flying test of all rubber band powered plane and categorising the most efficient design.

Drone piloting simulator training will be provided with the assistance of staffs.

Drone maneuvering will be practiced like pitch, Roll, Yaw and Throttle.

Basic stick control method will be provided to control the drone.

The students will be provided with all the components needed to manufacture a quadcopter, All the components will be tested by the students

After testing of components, the assembly of quadcopter will be discussed and sub- system like soldering, thermal paste, 3MM tape etc…

The connection for the components will be explained and candidates can perform the connection.

Programming of drone using Ground Control Software(GCS) will be discussed.

Flight test of the quadcopter will be tested by the staffs for ensuring the flying capability of drone.

The after the complete testing of drone candidates can Practice flying of drone with the help of staffs assisting them.

Basic manuvering of drone will be practiced.

The operation of drone in autonomous mode will be discussion with the usage of GCS.

The topics discussion and training session conclusion. Also discussion about the flying modes and additional parameters needed for flying the drone.

Assessment program. And Classes about drone safety and airworthiness checks.