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Teachers: Please complete a registration for each project you are sending to the STEM and History Expo.

Definition: A robot is a mechanical or virtual intelligent agent that can perform tasks automatically or with guidance, often by remote control. Robots can be autonomous, semi-autonomous or remotely controlled. The teams in the robotics category must design a robot or a robotic device that accomplishes a specific purpose. The purpose is identified by the team. This is a non competitive event but teams will receive an award for participation if minimum requirements are met.


  • A successful Robotics entry must have the following:
    Description paper explaining operation and functionality of components – can include illustrations and/or images
  • Fully functional robot
  • Additional judging will be based on the following:
    Purpose of robot logical and explainable
  • Mechanical design is elegant and appropriate
  • Efficient parts use, with no extraneous pieces (except pieces specifically for decoration)
  • Manipulators are used as needed to do tasks appropriate to their design
  • If mobile, drive train is accurate, consistent, and controllable
  • If mobile, steering system is accurate, consistent, and controllable
  • Sensors are used appropriately / Sensors guarantee certain actions in every trial
  • Design allows for variables (power, environment, etc.)
  • Software Programs (if applicable) do what is needed, with allowance for variables
  • Software Programs (if applicable) are documented, explained, and understood
  • Safety considerations are in place
  • Description paper describes purpose of robot as a whole
  • Description paper describes operation of individual components
  • Each component/sub-system is described, with no needed components missing
  • Illustrations/Images appropriate and understandable (and labeled correctly)
  • Description paper organized and well written
  • The system presented is innovative and creative
  • The robot shows completeness of thought and cause and effect are clearly explained
  • The robot relates to real world applications
  • The robot and/or it’s purpose is original or innovative
  • The methodology/materials/design are innovative or creative in approach
  • Degree of complexity