Mechanical Design
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Durability |
Evidence of structural integrity; ability to withstand rigors of competition |
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Mechanical Efficiency |
Economic use of parts and time; easy to repair and modify |
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Mechanization |
Ability of robot mechanisms to move or act with appropriate speed, strength and accuracy for intended tasks (propulsion and execution) |
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Programming
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Programming Quality |
Programs are appropriate for the intended purpose and would achieve consistent results, assuming no mechanical faults |
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Programming Efficiency |
Programs are mudular, streamlined, and understandable |
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Automation/Navigation |
Ability of the robot to move or act as intended using machanical and/or sensor feedback (with minimal reliance on driver intervention and/or program timing) |
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Strategy & Innovation
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Design Process |
Ability to develop and explain improvement cycles where alternatives are considered and narrowed, selections tested, designs improved (applies to programming as well as mechanical design) |
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Mission Strategy |
Ability to clearly define and describe the team's game strategy |
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Innovation |
Creation of new, unique, or unexpected feature(s) (e.g. designs, programs, strategies or applications) that are beneficial in performing the specified tasks |
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