AirLeap- Our Collaborative STEM Education intiative

AirLeap in collaboration with G-Vayu Robotics Private Limited is proud to present the G-Vayu’s AirLeap Drone Workshop Program, an immersive series of hands-on drone workshops designed to ignite a passion for Science, Technology, Engineering, and Math (STEM) in students from Grade 6 to 12.

Program Details: Choose Your Flight Path

We offer three distinct workshops tailored to different age groups and skill levels. Each day consists of 4 hours of intensive, engaging activity.

Program Name

Details

Price (Per Student)

Vayu-Pilot(Foundation Course)

• Grades: 6 - 8

• Duration: 2 Day

• Best for: An exciting first introduction to the world of drones, focusing on flight principles and hands-on piloting.

₹399 INR

Vayu-Aviator(Advanced Flight)

• Grades: 9 - 12

• Duration: 3 Days

•Best for: Students seeking a deeper dive into drone assembly, advanced flight maneuvers, and technology applications.

₹549 INR

Vayu-Innovator(Drone Engineering)

• Grades: 9 - 12

• Duration: 4 Days

• Best for: Aspiring engineers who want the most comprehensive experience, including advanced maintenance and in-depth engineering concepts.

₹749 INR

We have a diverse fleet of drones, UAV, machines and tools. From basic ESC to CNC, 3-d printer, heavy lift and educational drones.

We offer offer services to schools, colleges as well as individual. We have special weekend hands on learning sessions.

We offer UAV, fabrication and embedded system education for all.

Integrated Program Curriculum: A Day-by-Day Journey

This schedule details the daily learning objectives and hands-on activities for all G-Vayu AirLeap workshops. Each day consists of a 4-hour session, structured to build skills progressively from foundational knowledge to advanced engineering.

Day 1: Fundamentals & First Encounters

• Vayu-Pilot (Day 1 of 2): Introduction to Flight
  • Theory: Critical safety briefing (propeller/battery safety), introduction to basic drone anatomy (frame, motors, props), and the physics of flight (Lift, Thrust, Pitch, Roll, Yaw).
  • Practical: Students master basic controls on a flight simulator before taking to the air. Every student performs their first supervised flight with the "Spark" trainer drone, focusing on stable hovering and safe landings.
• Vayu-Aviator & Vayu-Innovator (Day 1 of 3 / Day 1 of 4): Engineering Foundations
  • Theory: Advanced safety briefing focusing on high-voltage LiPo batteries and brushless motor hazards. A technical deep dive into the differences between Brushed vs. Brushless systems, the function of ESCs, and STM32-based Flight Controllers.
  • Practical: Students unbox the "Endurance" drone kit and begin the assembly process, mounting the brushless motors and the 4-in-1 ESC stack onto the carbon fiber frame.

Day 2: Technology in Action - Building & Configuration

• Vayu-Pilot (Day 2 of 2 - Graduation Day):
  • Theory: Learning how a drone "thinks" by understanding the role of the Flight Controller and its IMU sensor.
  • Practical: Students practice advanced maneuvers on the simulator before navigating the "Spark" drone through a simple obstacle course.
  • Conclusion: A final written examination on safety and basic drone knowledge, followed by the Certificate of Completion ceremony.
• Vayu-Aviator & Vayu-Innovator (Day 2 of 3 / Day 2 of 4): System Integration
  • Practical: The build continues. Students complete the drone assembly by installing the Flight Controller, soldering the main power leads (XT60), and mounting the 2.4GHz radio receiver.
  • Software: Introduction to the Betaflight Configurator. Students connect their drone to a computer to calibrate sensors, set up radio channels, and configure essential flight modes (Angle and Acro).

Day 3: Maiden Flights & Advanced Systems

• The Vayu-Pilot program concludes after Day 2.
• Vayu-Aviator (Day 3 of 3 - Graduation Day):
  • Practical: Students perform final "props-off" safety checks in Betaflight, bind their radio transmitter to the drone, and install propellers.
  • The Maiden Flight: Under strict supervision, every student conducts the thrilling first flight of the drone they personally built.
  • Conclusion: A technical examination covering the build process and Betaflight setup, followed by the Certificate of Completion ceremony.
• Vayu-Innovator (Day 3 of 4): Deeper Systems Engineering
  • Software Lab: Students learn to flash and update firmware on both the Flight Controller (Betaflight) and ESCs (BLHeli_32). They configure advanced features like the On-Screen Display (OSD), GPS modules, and failsafe protocols.
  • Theory: An in-depth lecture on the science of flight control algorithms, introducing the crucial concepts of PID (Proportional, Integral, Derivative) loops and how they affect a drone's flight performance.

Day 4: Performance Engineering & Mastery

• Only the Vayu-Innovator program continues to Day 4.
• Vayu-Innovator (Day 4 of 4 - Graduation Day):
  • Practical: The Tuning Lab. Students apply the PID theory from Day 3 by making incremental adjustments to their drone's settings and conducting short test flights to observe the impact on performance, learning the iterative process of engineering.
  • Flight Mastery: Students navigate their newly tuned drones through a complex obstacle course designed to test flight agility and stability.
  • Conclusion: A discussion on career pathways in aerospace and robotics, followed by the most comprehensive final examination on all technical topics, and the Certificate of Completion ceremony.

Have a question or need more information? Our team is always here to help. Get in touch with us today and let us help you with all your aviation needs.