System Requirement & Score Cards
| System Requirements | Vehicle Reqs | Score Rubric | Score |
| Average Time to Recharge Vehicle | <=40min | -3% for each more min | 17 |
| Load | >=2 Trash Bag | 50% for each bag | 12 |
| Stopping Precision | <=6inch | 0%/100% | 14 |
| Average Time for Vehicles to travel to T-cans | <=15min | -5% for each more min | 16 |
| Price for each vehicle | <=$500 | -10% for each more $100 | 6 |
| The average usage time for each vehicle after recharge | >=4h | -10% for each less 10 min | 14 |
| The service life period of each vehicle | >=5years | – 25% for each less year | 11 |
| Number of People to Maintain | <=3people | -20% for each more person | 10 |
Detail about Systems requirements and Score Card.
Project Management
| Research/Progression Days | Research Question/Objective | Pointer Person |
| Project 19 (Mon. 11/4) (55 min) | Prototype – Does our current design need adjustments? | Malik Hollis |
| Group Meeting (Wed. 11/6) (1.5 hrs+) | Prototype – Implement adjustments/upgrades to start testing | Xinyun Huo |
| Project 20 (Fri. 11/8) (55 min) | Coding- Can we calculate stopping precision and apply it in code? | Yukun Zheng |
| Project 21 (Mon. 11/11) (55 min) | Coding – Can we simulate “speed zones” effectively on track? | Gage Odom |
| Group Meeting (Wed. 11/13) (1.5 hrs+) | Prototype – Test current code on track to see what needs adjusted | Malik Hollis |
| Project 22 (Fri. 11/15) (55 min) | Coding – Can we move, load, and then return to original position? | Gage Odom |
| Project 23 (Mon. 11/18) (55 min) | Coding – Code for two trips of cargo both returning to original position. | Yukun Zheng |
| Group Meeting (Wed. 11/20) (1.5 hrs+) | Prototype – Gather data for all predicted stopping points and load points. | Xinyun Huo |
| Project 24 (Fri. 11/22) (55 min) | System – Test whole system to make sure everything is working smoothly. | Gage Odom |