Overview

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Transform Your Skills with Our Comprehensive Program

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Here’s Why You Need to Master Drone Engineering

  • 20K+

    Job Opening

  • 123.2 Billion

    Global Market size

  • 11 Lakh+

    Average annual salary

Collaboration & Partnership

Partnering with 50+ leading universities and institutions

Syllabus

Syllabus

We offer various plans tailored to meet diverse needs.

  • Begin with Paper Planes
    • History and Evolution of Paper Planes
    • Basic Principles of Flight
  • Explain How It Can Fly Better 
    • Wing Design and Adjustments
    • Importance of Weight Distribution
    • Testing, Observation, and Iterative Improvements
  • Introduce Aeromodelling 
    • Definition and Applications of Aeromodelling
    • Types of Model Aircraft
  • Forces of Flight
    • Understanding Lift: Air Pressure Differences and Angle of Attack
    • Role of Thrust: Propulsion and Overcoming Drag
  • Axes of Rotation
    • Pitch Axis (Lateral Axis): Movement and Control
    • Roll Axis (Longitudinal Axis): Tilting and Control
    • Yaw Axis (Vertical Axis): Turning and Control
  • Introduction to Drones 
    • Definition and Components of Drones
    • Basic Principles of Drone Flight
    • Safety Measures and Regulations for Drone Use
  • History of Drones 
    • Origins of Drone Technology
    • Key Technological Advancements in Drone Development
    • Transition to Commercial and Recreational Use
  • Types of Drones 
    • Multi-Rotor Drones: Characteristics and Common Uses
    • Fixed-Wing Drones: Features and Applications
    • Hybrid Drones: Combining Multi-Rotor and Fixed-Wing Benefits
  • Applications and Future Applications of Drones
    • Current Applications in Agriculture, Delivery, and Filmmaking
    • Emerging Uses in Healthcare, Disaster Response, and Urban Planning
    • Future Innovations: Autonomous Flight, Swarm Technology, and AI Integration
  • Forces of Flight in Drones 
    • Generation of Lift by Drone Rotors
    • Production of Thrust and Control of Movement
    • Effects of Drag and Gravity on Drone Flight
  • Controls of an Airplane 
    • Ailerons: Control of Roll
    • Elevators: Control of Pitch
    • Rudder: Control of Yaw
  • Controls of a Drone 
    • Throttle: Control of Altitude
    • Yaw: Control of Rotational Movement
    • Pitch and Roll: Control of Directional Movement
  • Building the Drone – Pluto 
    • Assembly of Motors, Propellers, and Frame
    • Connecting Flight Controller, Battery, and Receiver
    • Software Installation, Calibration, and Firmware Updates
  • Test Flight (15 mins)
    • Pre-Flight Checklist and Calibration
    • Basic Flight Maneuvers: Takeoff, Hovering, and Landing
    • Safety Measures and Emergency Procedures
  • Types of Systems (25 mins)
    • Components and Functions of the Flight Control System
    • Elements and Role of the Power System in Drone Operation
    • Communication System: Remote Controller, Receiver, and Telemetry
  • Understanding Stability in Drones 
    • Detecting Rotational Movements for Stability
    • Measuring Linear Acceleration for Level Flight
    • Adjusting Motor Speeds and Maintaining Stability
  • Need for Sensors
    • Importance of Sensors for Stability and Control
    • Role of Sensors in Navigation and Positioning
    • Obstacle Detection and Avoidance Using Various Sensors
  • How Do Sensors Work 
    • Understanding working principles of Sensors
    • Closed-loop Systems
  • Accelerometer 
    • Understanding accelerometer
    • Working of acceleration
  • Gyro Sensor 
    • Understanding the Gyro Sensor
    • Working of Gyro Sensor
  • Practical Experiments
    • Chuck to Arm Experiment
    • Gyro Drone Experiment
  • Magnetometer
    • Definition and Purpose
    • Understanding the working of Magnetometer
  • Barometer 
    • Understanding the barometer
    • Working and  its applications
  • Practical Experiments
    • Compass Drone Experiment
    • Open Sesame Experiment
  • Distance Sensors 
    • Light-Pulse Distance Sensor
    • Radio Detection and Ranging
    • Sonar-Pulse Distance Sensing
  • Time of Flight (ToF) Sensors 
    • Principle of Distance Measurement Using ToF Sensors
    • Applications in Obstacle Detection, Avoidance, and Altitude Measurement
    • Advantages: High Precision, Speed, and Versatility
  • Thermal sensors 
    • Principle of Infrared Detection by Thermal Sensors
    • Applications in Surveillance, Search & Rescue, and Industrial Inspections
    • Advantages: Enhanced Visibility and Non-Contact Measurement
  • Chemical Sensors 
    • Principle of Chemical Detection and Signal Conversion
    • Applications in Environmental Monitoring and Agriculture
    • Advantages: Real-Time Data Collection and Targeted Detection
    • Propellers 
      • Understanding the basics of Propellers
      • Knowing how propellers generate thrust
      • Parameters of Propellers
      • Configuration of Propellers on Drones
    • Practical Experiments
      • Squash Racket Experiment
      • Reactive Drone Experiment
  • Motors 
    • What are motors
    • Working of Motors
    • Their importance in drones
  • Batteries 
    • Types and importance of batteries in drones
    • Applications of Batteries
  • Practical Experiments
    • Homopolar Motor Experiment
  • Block Programming & Beginner’s level projects on Pluto Blocks
    • Understanding block programming
    • Applications of block programming
    • Beginner’s level projects on Pluto Blocks
  • Measuring Height and Color Wheel Applications
    • Measuring Height with Pluto Blocks
    • Color Wheel with Pluto Blocks
  • Advanced Projects with Pluto Blocks
    • Truth or Dare with Pluto Blocks
    • Spirit Level with Pluto Blocks
    • Logic Drone with Pluto Blocks
Alarm Drone with Pluto Blocks
  • Framework Using Block Diagram 
    • What is Block Diagram
    • Understanding framework using block diagram

Certify your Success

Learn from Industry Experts

Our expert instructors bring real-world experience to help you master the fundamentals in an engaging cohort-based learning environment.
Jayasurya

Jayasurya

Software Engineer

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Rahul Gupta

Rahul Gupta

Founder & CEO

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Aman Gupta

Aman Gupta

Scientist & Engineer

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Amit

Amit

Software Engineer

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Drone Engineering Program ₹24,999 ( Inclusive of all taxes)

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FAQ’s

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Get ahead of the curve with a nominal pre-registration fee of ₹1000. Secure your spot and start transforming your career trajectory!
Our courses are crafted with care and commitment, and as such, we do not offer refunds. We believe in the value and quality of our educational services!
Whether you’re sprinting or pacing yourself, choose what works for you! We offer both self-paced and mentor-led formats to match your learning style.
Classes are tailored for convenience, kicking off after 6 PM to suit your busy schedules and commitments. Dive in when you're ready to learn!

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