Different surface Travel over carpet 1 Robot tested on carpet heights Travel over tile 0 Different textures Robot tested on tile Table 9. Company Constraints Criteria Criteria Customer Metric Target Basis Verification Priority Company Compatibility 2.1mm barrel Tablet to interface Constraints with Intel Yes Manufacturing High power jack and charge CL900 tablet Table 10. Testing & Documentation Criteria Criteria Customer Metric Target Basis Verification Priority Full test run w/o Testing the design Number of tests < 10.0 To refine the design any issues Testing Robot may not Intel High Robots ability to Inches off from enter Test robot entering interface with 1 ideal position charging station charging station charging station correctly Table 11. Maintenance Criteria Criteria Customer Metric Target Basis Verification Priority # of tools Use common tools < 3.0 Component Maintenance required User/Intel replacement Design stages Medium Accessible # of components 3 process components to maintain Table 12. Size & Shape Criteria Criteria Customer Metric Target Basis Verification Priority Accommodate Ground Clearance 1.5 for all ground Size & Shape surfaces Intel Inch Design stages Low Robot width 12 Stability/ Robot length 12 accommodate Height of robot 16 for components Table 13. Aesthetics Criteria Criteria Customer Metric Target Basis Verification Priority Should be Aesthetics General design attracts Attractive Yes/No visually Provide a survey Low public attention appealing Table 14. Materials Criteria Criteria Customer Metric Target Basis Verification Priority If batteries die, one Weigh / design Light weight lbs < 10.0 must manually Materials analysis move robot User/Intel Low Environmentally Semi-disposable % Recyclable > 75.0 Design responsible
Travel over carpet 1 Different surface heights Robot tested on carpet Travel over tile 0 Different textures Robot tested on tile Table 9. Company Constraints Criteria Company Constraints Criteria Customer Metric Target Basis Verification Priority Compatibility with CL900 tablet Intel 2.1mm barrel power jack Yes Tablet to interface and charge Manufacturing High Table 10. Testing & Documentation Criteria Testing Criteria Customer Metric Target Basis Verification Priority Testing the design Intel Number of tests < 10.0 To refine the design Full test run w/o any issues High Robots ability to interface with charging station Inches off from ideal position 1 Robot may not enter charging station correctly Test robot entering charging station Table 11. Maintenance Criteria Maintenance Criteria Customer Metric Target Basis Verification Priority Use common tools User/Intel # of tools required < 3.0 Component replacement process Design stages Medium Accessible components # of components to maintain 3 Table 12. Size & Shape Criteria Size & Shape Criteria Customer Metric Target Basis Verification Priority Ground Clearance Intel Inch 1.5 Accommodate for all ground surfaces Design stages Low Robot width 12 Stability/ accommodate for components Robot length 12 Height of robot 16 Table 13. Aesthetics Criteria Aesthetics Criteria Customer Metric Target Basis Verification Priority Attractive General public Yes/No Should be visually appealing design attracts attention Provide a survey Low Table 14. Materials Criteria Materials Criteria Customer Metric Target Basis Verification Priority Light weight User/Intel lbs < 10.0 If batteries die, one must manually move robot Weigh / design analysis Low Semi-disposable % Recyclable > 75.0 Environmentally responsible Design
Final%20Report%20Robotic%20Tablet%20Charger.docx