Description
Syllabus Overview:
- Basics of drones, flight dynamics.
- Key components like sensors, motors, and propellers.
- Hands-on: build and fly your own Pluto 1.2 drone.
- Introduction to PlutoBlocks & Cygnus: programming basics and project practice.
- Conclude with a fun and challenging flying competition.
Day 1 Schedule(5 Hours)
- Introduction to Drones: Definition and Uses
- Aerodynamics: Forces and Axes in Flight
- Understanding Flight Forces: Basics of Equilibrium in Flight
- Sensors: Insights into Accelerometer, Gyro Sensor, Barometer, and Magnetometer
- Motors & Propellers: How they Work and Affect Flight Dynamics
- Hands-On Activity: Build Your Own Pluto 1.2 Drone
- Flight Training: Learn to Fly Your Drone with Precision
Day 2 Schedule(5 Hours)
- Introduction to Coding: Basics and Concepts
- Programming Languages: Foundation of Drone Programming
- Cygnus IDE: Introduction and Project-Based Learning
- Practical Coding Activities: 4
Minimum Students:
50 students
Drone Allocation:
2 students will share on one Pluto drone.
Note:
The drone kit will be provided on a returnable basis at the end of the workshop.
