concept evalution - C-Division-24-25-Even/Repo-12 GitHub Wiki
Design Objectives | Weight |
---|---|
Safety | 9 |
Ease of Use | 7 |
Navigation | 8 |
Control System | 9 |
Portability | 6 |
Cost | 7 |
Legend
(+) Better than Datum
(0) Same as Datum
(-) Worse than Datum
Datum = Robotic Arm Cart Bot
Design Objective | Weight | Scissor Jack Bot | Robotic Arm Cart Bot (Datum) | Pallet Jack Bot | Roller Track Bot | Conveyor Belt Bot |
---|---|---|---|---|---|---|
Safety | 9 | (+) | Datum | (-) | (0) | (+) |
Ease of Use | 7 | (+) | Datum | (0) | (+) | (-) |
Navigation | 8 | (0) | Datum | (0) | (+) | (+) |
Control System | 9 | (+) | Datum | (0) | (0) | (0) |
Portability | 6 | (0) | Datum | (-) | (+) | (+) |
Cost | 7 | (+) | Datum | (+) | (0) | (-) |
Bot Design | Score (+) | Score (-) | Total Score |
---|---|---|---|
Scissor Jack Bot | 4 | 0 | 38 |
Robotic Arm Cart Bot | 0 | 0 | 0 (Datum) |
Pallet Jack Bot | 1 | 3 | 7 |
Roller Track Bot | 3 | 2 | 23 |
Conveyor Belt Bot | 4 | 2 | 31 |
๐ Conclusion:
Scissor Jack Mechanism scores the highest with 38, making it the most effective and suitable design based on the given weighted objectives and alternatives comparison.
๐งพ Justification Notes Navigation:
Designs 4 and 5 show excellent movement.
Designs 1โ3 are average or below.
Control System:
Design 1 is best for user control.
Designs 3 and 4 have reduced control usability.
Safety:
Designs 1, 4, and 5 are very safe.
Design 2 and 3 meet minimum safety standards.
Cost:
Design 1 and 3 are budget-friendly.
Design 5 is more expensive.
Ease of Use:
Designs 1, 4, and 5 are easy to use.
Design 3 is harder to operate.
Portability:
Designs 1 and 3 are portable enough.
Design 5 is heavier and less mobile.

