Course Outcomes

• Education of the industry and the future of drones.
• Guest speakers, experts and technicians.
• Flight control, coding and agility racing and challenges.
• Exploration of the business and capability of drones from agriculture, search and rescue, to sport.
• The entrepreneur’s mindset behind drone technology
• DIY (do it yourself) lessons and tutorials, so the learning lasts long after the summer
• Low Instructor to student ratio.
• Adult-led instructors with experience and passion working with students and STEM
• Lesson plans encourage students to work within small teams to achieve common goals
• Drone safety and the social responsibilities of flying drones
• Interactive workbooks
• Curriculum specifically designed for both the novice and experienced drone enthusiasts
• No prior experience necessary; all skill levels are welcome to participate
• Real-world STEM application for the next generation of engineers, scientists, makers, and hobbyists.

Course Structure and Topics covered

• Introduction to Rotary-wing aircraft
• Introduction to design and development of Multi Rotor Vehicles
• Understanding the Electronics circuitry involved in Quadrotor
• Learning about the working of accelerometer sensors, gyroscopes and controllers
• Hands-on experience for participants with DC motors, electronic speed controllers and Multi Rotor Embedded control board
• Understanding rotary-wing aircraft and their Dynamics
• Exposure to Design and concepts of Embedded Systems behind Multi Rotors
• Fabrication of Multi Rotor frame and its circuit
• Calibration and Testing of the developed Multi Rotor
• Multi Rotor Flying using Radio Control and competition

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