1.8 SAFETY MEASREMENTS AND DESIGN COMPARSION - C-Division-2022-2023-Odd/Repo-09 GitHub Wiki

ASSIGNING WEIGHT'S TO OBJECTIVE'S

SL.NO OBJECRIVE'S WEIGHT'S
1 SAFETY 5
2 EASE OF USE 3
3 PORTABILITY 2
4 USE OF STANDARD PARTS 4
5 COST 1

PUGH CHART FOR 4 ALTERNATIVE DESIGNS MENTIONED BELOW

SL.NO DESIGN OBJECTIVE'S WEIGHT'S DESIGN 1 DESIGN 2 DESIGN 3 DESIGN 4
1 SAFETY 5 + + + datum
2 EASE OF USE 3 - + + datum
3 PORTABILITY 2 - + - datum
4 USE OF STANDARD PARTS 4 - - - datum
5 COST 1 + - + datum
6 SCORE (+) 6 10 9
7 SCORE (-) -9 -5 -6

DESIGN'S SKETCHED BY TEAMMATE'S

Screenshot (19)

JUSTIFICATION FOR SCORES GIVEN

DESIGN.NO OBJECTIVE SCORE ALLOCATED JUSTIFICATION FOR THE SCORE
1 SAFETY 4 The model has the material which are not harmful to the environment
EASE OF USE 3 It has parts which are ease to use
PORTABILITY 5 It has the wheels which make the model very easy to move
USE OF STANDARD PARTS 2 It has the parts which are difficult to find
COST 1 The material used are costlier than the datum design
2 SAFETY 5 Compared to other designs it is safe to use
EASE OF USE 4 Fully automated machine
PORTABILITY 2 It is ease because of wheels which are connected
USE OF STANDARD PARTS 3 All parts are easily available
COST 1 Affordable for all farmers
3 SAFETY 4 It is not harmful to environment and humans
EASE OF USE 5 It is a automated and remote controlled machine
PORTABILITY 3 The model is bit heavy so it is not that ease to move compared to the datum design
USE OF STANDARD PARTS 2 The parts used are difficult to find in the market
COST 1 Due to the parts used the cost would be more
4 SAFETY Datum
EASE OF USE Datum
PORTABILITY Datum
USE OF STANDARD PARTS Datum
COST Datum