Course curriculum

  • 2

    Mechanics and Dynamics 101

    • Reference Frames and Rotation Matrices

    • Euler Angles

    • Newton and Euler at the core of modern engineering

    • Quaternion

    • Equations of Motion of a Multicopter

    • Let's test what you have learned so far

  • 3

    Aerodynamics 101

    • Air properties and Reynolds number

      FREE PREVIEW
    • The Boundary Layer

    • Basics of vectors operations

    • The Navier Stokes equations

    • Potential Flows - a simple solution to the NS equations?

    • Impulsive flow and Lift Creation - It's all a matter of vorticity

    • How Lift is NOT created - the wrong interpretation that does not want to die

    • Thin Airfoils theory

    • 3 Dimensional Wings

    • Introduction to propellers and Momentum Theory

    • Propeller characteristics and intro to Blade Element Theory

    • Aerodynamics - Test your knowledge

  • 4

    Electrical Engineering 101

    • Coulomb's Law and Potential Energy

      FREE PREVIEW
    • Resistors - Series and Parallel - Voltage divider

    • Capacitors: energy accumulators and filters

    • Inductors and Solenoids are chocking the current

    • Power and Energy

    • Digital electronics: diodes

    • Digital Electronics: Transistors

    • Batteries (part 1): the juice we need to fly

    • Batteries (part 2): charging and discharging safely

    • Batteries (part 3): let's do an exercise

    • Voltage Regulators: linear, buck and boost converters

    • Electric DC Motors

  • 5

    Autopilots 101

    • WHAT IS AN AUTOPILOT?

      FREE PREVIEW
    • Sensors: how an autopilot perceives reality

    • Sensors: introduction to calibration

    • Signal Processing 101: the Fourier Transform

    • Signal Processing 101: Vibrations and Aliasing

  • 6

    Navigation and Sensor Fusion 101

    • Navigation 101: estimating the state from sensors - Complementary Filters

    • Navigation 101: The Kalman Filter

  • 7

    Control Engineering 101

    • Control theory 101: intro to feedback control

    • Control theory 101: Introduction to PID Control

    • Control theory 101: Improving a PID controller

    • Control theory 101: Introduction to PID tuning

    • Cascaded Controllers: how Arducopter holds position and altitude

    • Test Your Knowledge (coming soon)

  • 8

    Guidance and Path Planning 101

    • Guidance 101: get yourself where you want to be

    • Guidance 101: Motion Planning - Grass-Fire and A*

    • Guidance 101: Motion Planning - Potential Field

    • Guidance 101: Jerk and Snap for smooth trajectory planning

  • 9

    Assembling the Drone kit

    • What is in the box

      FREE PREVIEW
    • Kit Wiring Diagram

    • Testing the right battery for your kit (with RC Benchmark)

    • Soldering 101: you need to master this!

    • Mounting the kit together

  • 10

    Ardupilot 101

    • Arducopter Setup - FW install - Accel Calibration - Failsafe - Motor test

    • Mission Planner and Software In the Loop

    • Mission Planner - Planning a Missions and Region of Interest

  • 11

    Flying Multicopters 101

    • Learn how to fly: 1 - First takeoff

    • Learn how to fly: 2 - Hovering

    • Learn how to fly: 3 - The Square

    • Learn how to fly: 4 - The Rotated Square

    • Learn how to fly: 5 - The Altitude Hold Square

    • Learn how to fly: 6 - Fly Using The Nose

    • Learn how to fly: 6 - The Rotated Altitude Hold Square

  • 12

    PRE-SALE SURVEY - PARTS TO IMPROVE

    • What should be improved

  • 13

    Next steps...

    • Next Steps