Question

3. Cycle time = 1.3 minutes; the maximum time each workstation has is 1.3 minutes. Use the longest task time heuristic. a) Balance the line (fill out the table below) using the longest task time heuristic: If more than one task is eligible, choose the longest task if enough remaining time exists. Task time (minutes) A, 0.1 B, 0.4 C, 0.3 D, 1.3 a E, 0.1 F, 0.8 C b d h G, 0.3 ?, 1.2 e f g Work Station Eligible Assign Assigned Time Remaining Time b) What is utilization (efficiency)? c) Based on the above result, which worker (workstation) is the happiest?

          3. Cycle time = 1.3 minutes; the maximum time each
workstation has is 1.3 minutes. Use the longest task time
heuristic.
a) Balance the line (fill out the table below) using the longest
task time heuristic: If more than one task is eligible, choose the
longest task if enough remaining time exists.
Task time
(minutes)
A, 0.1
B, 0.4
C, 0.3
D, 1.3
a
E, 0.1
F, 0.8
C
b
d
h
G, 0.3
?, 1.2
e
f
g
Work Station
Eligible
Assign
Assigned Time
Remaining Time
b) What is utilization (efficiency)?
c) Based on the above result, which worker (workstation) is the happiest?

3. Cycle time = 1.3 minutes; the maximum time each
workstation has is 1.3 minutes. Use the longest task time
heuristic.
a) Balance the line (fill out the table below) using the longest
task time heuristic: If more than one task is eligible, choose the
longest task if enough remaining time exists.
Task time
(minutes)
A, 0.1
B, 0.4
C, 0.3
D, 1.3
a
E, 0.1
F, 0.8
C
b
d
h
G, 0.3
?, 1.2
e
f
g
Work Station
Eligible
Assign
Assigned Time
Remaining Time
b) What is utilization (efficiency)?
c) Based on the above result, which worker (workstation) is the happiest?

Added by Joshua L.

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