· web viewmost innovative robot feature how often does your robot or its attachments break?...

Robot Design Summary Team Number Team Name *** OPTIONAL: Please complete beforehand and explain it during your Robot Design judging session*** Robot’s Name Favorite Mission Maximum Score Typical Score Favorite Robot Feature Most Innovative Robot Feature How often does your robot or its attachments break? (Circle One) Frequently Fairly Often Occasionall y Almost Never How often does your robot get stuck on the field and you have to retrieve it by hand? (Circle One) Frequently Fairly Often Occasionall y Almost Never How often does your robot accomplish the mission(s) you have programmed? (Circle One) If you collected any data from your trial runs, show it to the Judges! Frequently Fairly Often Occasionall y Almost Never Strategy How did you choose the missions you worked on? How many Motors and Sensors are on your robot? (See the Robot Game Rules for allowable types) Motors Touch Sensor Color / Light Sensor Ultrasonic Sensor Gyro / Angle Sensor Design Process What processes did you use to design your robot? Did you follow the Engineering Design Process (Explore -> Imagine -> Create -> Test -> Improve)? (Attach additional pages or use the back if needed. Show the Judges your Engineering Design Notebook and any photos, drawings or diagrams of your robot throughout the season, if you have them.)

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Page 1: · Web viewMost Innovative Robot Feature How often does your robot or its attachments break? (Circle One) Frequently Fairly Often Occasionally Almost Never How often does your robot

Robot Design Summary

Team Number

Team Name

*** OPTIONAL: Please complete beforehand and explain it during your Robot Design judging session***

Robot’s Name

Favorite Mission Maximum Score Typical Score

Favorite Robot Feature

Most Innovative Robot Feature

How often does your robot or its attachments break? (Circle One) Frequently Fairly Often Occasionally Almost Never

How often does your robot get stuck on the field and you have to retrieve it by hand? (Circle One)

Frequently Fairly Often Occasionally Almost Never

How often does your robot accomplish the mission(s) you have programmed? (Circle One)If you collected any data from your trial runs, show it to the Judges!

Frequently Fairly Often Occasionally Almost Never

StrategyHow did you choose the missions you worked on?

How many Motors and Sensors are on your robot?(See the Robot Game Rules for allowable types)

Motors Touch Sensor Color / Light Sensor

Ultrasonic Sensor Gyro / Angle Sensor

Design ProcessWhat processes did you use to design your robot? Did you follow the Engineering Design Process (Explore -> Imagine -> Create -> Test -> Improve)? (Attach additional pages or use the back if needed. Show the Judges your Engineering Design Notebook and any photos, drawings or diagrams of your robot throughout the season, if you have them.)

Page 2: · Web viewMost Innovative Robot Feature How often does your robot or its attachments break? (Circle One) Frequently Fairly Often Occasionally Almost Never How often does your robot

Robot Design SummaryTeam Number

Team Name

*** OPTIONAL: Please complete beforehand and explain it during your Robot Design judging session***

Program SummaryWhat can your robot do? List every program you plan to run during the tournament. Attach additional pages if needed.

Programming Language Used: LEGO MINDSTORMS EV3 OTHER_____________________________________________

Program Name

Mission(s)Accomplished Robot Actions Attachments Used

Program Structure(Architecture)

Mechanical and/or Sensor Feedback

Used

What is this program called in your robot?

List the missions your robot will accomplish when you run this

program.

Forward / Turn / Lower attachment / etc. You may

include a more detailed outline and/or path diagram on a

separate sheet.

Do you add anything to your robot while running this

program?

List the types of programming commands used

<actions (start motor, read sensor, etc.), loops, do until,

switches (if-then), subroutines (MyBlocks), parallel programs,

etc.>

Does your robot make decisions based on input from a sensor or

mechanical feature? If yes, explain how the input is used.

EXAMPLEFrom HYDRO DYNAMICSSM

FountainDrive forward. Lower arm to release Big Water. Reverse

back to base.Arm Forward in Rotations None

Page 3: · Web viewMost Innovative Robot Feature How often does your robot or its attachments break? (Circle One) Frequently Fairly Often Occasionally Almost Never How often does your robot

Robot Design Summary

Team Number

Team Name

*** OPTIONAL: Please complete beforehand and explain it during your Robot Design judging session***

Program Name __________________________________________________________

Robot Path DiagramCreate one Robot Path Diagram for each program you’re planning to run. Sketch the path the robot takes as it executes the program. Each time the robot stops or takes an action, use the diagram to show what the robot is doing. Show the path diagram for your team’s best program to the Judges during your Robot Design judging session.

Program DescriptionExplain each Path Diagram by showing your code, pseudocode (written outline), flow chart, or some other way. Assume the Judges have never seen the language you’re using to code. How can you help them understand how your program works? (Use the back or additional pages if needed)

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