Future Skills Program

Build | Fly | Code
Drone Summer Camp

Empowering students to build, fly, and code. Join 20 hours of live learning, aerodynamics, and autonomous flight logic.

6

Days

20

Hours

DIY

Assembly

100%

Practical

Dates
25 - 30 May, 2026
Venue
IIT Roorkee Greater Noida Campus
Duration
6 Days Camp Intensive Learning
Training
20 Hours Hands-on Practice
Our Edge

What Makes This Camp Different

Most classes just teach how to fly. We teach the science of flight and the logic of coding.

The Pluto Difference

From Aerodynamics to Autonomous Logic

Students start by understanding the physics of flightβ€”Lift, Thrrust, Dragβ€”and then build their own drone. Finally, they take control of the drone using block-based coding.

Students will master:

πŸ› οΈ
Drone Assembly

Build frame, motors, and connect electronics.

🚁
Physics of Flight

Understand aerodynamics and control mechanics.

πŸ’»
Block Coding

Program autonomous flights using PlutoBlocks.

Grand Finale

Final Drone Challenges

Students apply their skills in exciting real-world simulations and competitions.

πŸ† Arena Challenges

🎯
Obstacle Course

Test maneuvering skills through complex loops.

πŸ“
Precision Landing

Land the drone exactly on the target marker.

πŸ“œ
Certification

Receive a 'Drone Pilot' certificate of completion.

Showcase Your Skills

On Day 5, the training room turns into an arena. Parents are invited to watch students participate in guided challenges that demonstrate their control, precision, and understanding of aerodynamics.

Beyond just flying, students showcase their coded projects, demonstrating how they made the drone autonomous using logic and programming.

πŸ‘¨β€πŸ‘©β€πŸ‘§ Parents & teachers warmly invited!
Drone Class

Why Join This Camp?

Drones are the future of logistics, cinematography, and agriculture. Give your child a head start in STEM with this immersive 6-day program.

Physics in Action

Learn Lift, Thrust, Drag, and Weight practically.

Cognitive Development

Enhance hand-eye coordination and spatial awareness.

What You Will Learn

Drone Basics

UAV types, regulations, and Science of Flight.

Assembly

Build frame, motors, flight controller & electronics.

Flying Skills

Controller usage, safety, hovering & navigation.

Coding

PlutoBlocks interface & autonomous programming.

Detailed Syllabus (6 Days)

Day 1: Introduction to Drones & Science of Flight
Topics Covered:
  • What is a Drone (UAV Basics)
  • Types of Drones
  • Drone Regulations & Safety (India Basics)
  • Applications of Drones
  • Science of Flight
Concepts:
  • Lift, Thrust, Drag, Weight
  • Basic aerodynamics
Activities:
  • Real drone demo
  • Safe vs unsafe flying scenarios
  • Paper plane design & testing
Outcome: Students understand how drones work and why they fly.
Day 2: Drone Components & Assembly
Topics Covered:
  • Parts of a Drone
  • Frame, Motors, Propellers, Flight Controller, Battery, Sensors
  • Working of each component
  • Assembly of Pluto Drone
Concepts:
  • Role of each component
  • Basic electronics connection
Activities:
  • Identify components physically
  • Assemble drone step-by-step
  • Basic troubleshooting
Outcome: Students can identify and assemble a drone.
Day 3: Drone Flying & Controls
Topics Covered:
  • Introduction to Pluto Controller
  • Controller Layout & Buttons
  • Flight Movements (Throttle, Yaw, Pitch, Roll)
  • Flight Safety
Concepts:
  • Stability & control
  • Coordination
Activities:
  • Takeoff & landing practice
  • Hovering
  • Basic navigation (square flight)
Outcome: Students gain confidence in flying drones.
Day 4: Coding with PlutoBlocks
Topics Covered:
  • Introduction to Coding
  • Block-based Programming
  • PlutoBlocks Interface
  • Basic Commands (Takeoff, Move, Land, Delay)
Concepts:
  • Logic & sequence
  • Automation
Activities:
  • Basic flight program
  • Project: Square flight
  • Modify & debug program
Outcome: Students can program a drone to fly autonomously.
Day 5: Practice, Projects & Competitions
Topics Covered:
  • Flight Practice & Skill Improvement
  • Application of Learning
  • Drone Competitions
Concepts:
  • Accuracy
  • Control
  • Confidence
Activities:
  • Free flying practice
  • Competition 1: Obstacle Course
  • Competition 2: Precision Landing
Outcome: Students demonstrate skills through competition.

Final Learning Outcomes

Skills Acquired

  • Understand drone technology & applications
  • Assemble a drone
  • Fly a drone safely
  • Write basic drone programs
  • Participate in drone challenges

Competition Awards

🏁
Obstacle Course Champion
For the most skilled pilot
🎯
Precision Landing Expert
For the most accurate landing

Register Now

Drone Summer Camp

Secure your spot. Includes certification and materials.

Price β‚Ή5,999
Offer Price β‚Ή3,999
Secure Payment via Razorpay

Includes:

  • 20 Hours Live Training
  • Drone Kit Usage
  • Showcase Access