Robot Maze Challenge

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Competition

Contents

Challenge Description

In the Robot Maze Challenge, teams will be given a blueprint of a maze with exact dimensions one hour before the challenge. The robot must navigate the maze without human intervention, you are able to use remote control, but cannot touch the robot.

Game Details

Add 50% to the team’s final score if the robot can navigate the maze autonomously. Add 25% to the final score if the robot uses a combination of autonomous and remote control navigation.

Scoring

Assessment Rubric

JUDGING AREAS                                 Possible Points        Team Evaluation                 

Quality of the design                             50pts
Safety design and consideration                   50pts
Performance / Operation                           50pts
Workmanship                                       50pts
Proof of planning (Engineering Design Workbook)  100pts  
Team Presentation                                 50pts  
Complete Bill of Materials 	                  50pts 		 

Total Possible Points	                         400pts
Multiplier                                       ______
Team Score                                       ______

Rules

1. Teams consist of 2-4 students.

2. Teams must build and desing their own robot.

3. Teams can use Vex parts or other controllers.

4. Teams may supplement the robot parts with store bought or student fabricated parts. The cost of additional parts may not exceed $100. A completed bill of materials with cost should accompany the student presentation.

5. Each robot will compete in three rounds with the best time being considered the offi cial time. Teams can use up to 30 minutes between runs to modify their robot or program between rounds.

6. A 50% bonus will be added to the overall score if the robot is completely autonomous.

7. A 25% bonus will be added to the overall score if the robot uses a combination remote control and autonomous navigation.

8. A blueprint of the maze listing the exact dimensions will be given to the teams one hour before the competition.

9. Scoring is based upon:

• Quality of the design
• Safety design and considerations
• Final operation
• Workmanship
• Proof of planning (Engineering notebook)
• Bill of Materials with cost
• Final presentation

10. The robot will be not be awarded points in the Performance/Final Operation section of the scoring if at any time during the navigation of the course it is handled by a human.

11. Decision of the judges is final and binding.

Self Evaluation

Teams competing in this event are required to perform a self evaluation before they present to the competition judges. Use the following as a reference when self assessing:

0 - Not attempted
10 - Incomplete: The task was not completed
20 - Needs Improvement: Task was completed, but
not done very well
30 - Adequate: Task works, but is of average quality
40 - Good: Complete, high quality, works consistently
50 - Industry Standard: Complete, excellent
craftsmenship, visually appealing, marketable.
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