o Principles of Flight
o Four Fundamental Forces: lift, thrust, drag, weight
      o Yaw, Pitch, Roll
      o Newton’s 3rd Law & Bernoulli's Principle
      o Airfoil and angle of attack
      o Weight and balance
      o Quadcopter motor and propeller rotation and torque
● Identify quadcopter parts and functions
● Apply FAA Airspace principles through the competition flights
● Understand and use aviation operation terms
● Develop and use models to pre-plan flight patterns
● Design and strategies solutions to navigate complex game tasks and objectives
● Perform evaluation to optimize flight operations and performance.
● Use block-based coding to design and navigate a drone's flight path.
● Identify the connection between programming and real world applications.
● Gain a foundation in computational thinking and problem solving.
● Incorporate 3D printing techniques*
      o Using 3D modelling software, the workings of which can translate into other 3D modelling programs.
      o Designing within constraints
      o Overall project management
      o Principles of geometry and measurement, as well as algebra and general mathematics required to calculate dimensions
      o 3D printer can be used to teach designing for manufacturing and assembly, the principles of tolerance and safety factors, and other engineering principles
      o Documenting the design process and discussing the project in judged interviews teaches written and verbal communication skills.
* Optional – Teams are not required to have 3D printers
● Practice Remote Pilot safety procedures
● Demonstrate awareness of the ethics and historical aspect of unmanned aerial systems