a) (10 pts) BBOT UTE Company produces a product “A”. Below you can find the BOM (with number of units per parent given in the parenthesis next to the subcomponent code), lead times, demand for Product-A, beginning inventory and scheduled receipts for “A” and all sub components. Determine the planned order release for A, B and C. Assume a lot for lot scheduling rule. FİLL IN THE CS Q1.Table1 COMPLETELY for A, B and C.

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a) (10 pts) BBOT UTE Company produces a product “A”. Below you can find the BOM (with number of units per parent given in the parenthesis next to the subcomponent code), lead times, demand for Product-A, beginning inventory and scheduled receipts for “A” and all sub components. Determine the planned order release for A, B and C. Assume a lot for lot scheduling rule.

FİLL IN THE CS Q1.Table1 COMPLETELY for A, B and C.


b) (10 pts) The time-phased net requirements for a product ‘D’ over the next weeks are:

 

The setup cost for the product is 500TL, and the holding cost is 0.10TL per unit per week. Determine the lot sizes using the Wagner Whitin approach. Assume holding cost occurs only if the inventory is held for the complete month. Show all computations. WRITE THE RESULTING SCHEDULE AND TOTAL COST IN A TABLE LIKE BELOW.


c) (10 pts) The time-phased net requirements for a product ‘E’ over the next weeks and the shop floor capacity are given below. The setup cost is 250TL and the holding cost is 0.50TL per week. The problem has a feasible solution (no need to check the feasibility condition). Determine the production amounts so that the total cost is minimized. WRITE THE RESULTING SCHEDULE AND TOTAL COST IN A TABLE LIKE BELOW.

b) (10 pts) The time-phased net requirements for a product 'D' over the next weeks are:
weeks
1
requirement
7000
5000
3000
The setup cost for the product is 500TL, and the holding cost is 0.10TL per unit per week. Determine the lot sizes using the Wagner
Whitin approach. Assume holding cost occurs only if the inventory is held for the complete month. Show all computations. WRITE
THE RESULTING SCHEDULE AND TOTAL COST IN A TABLE LIKE BELOW.
TOTAL COST
Weeks
1
2
Production
Amount
c) (10 pts) The time-phased net requirements for a product 'E' over the next weeks and the shop floor capacity are given below. The
setup cost is 250TL and the holding cost is 0.50TL per week. The problem has a feasible solution (no need to check the feasibility
condition). Determine the production amounts so that the total cost is minimized. WRITE THE RESULTING SCHEDULE AND TOTAL COST IN
A TABLE LIKE BELOW.
week
2
3
4
Production req.
Сарacity
335
200
140
500
800
750
150
400
Weeks
1
2
4
TOTAL COST
Production
Amount
Transcribed Image Text:b) (10 pts) The time-phased net requirements for a product 'D' over the next weeks are: weeks 1 requirement 7000 5000 3000 The setup cost for the product is 500TL, and the holding cost is 0.10TL per unit per week. Determine the lot sizes using the Wagner Whitin approach. Assume holding cost occurs only if the inventory is held for the complete month. Show all computations. WRITE THE RESULTING SCHEDULE AND TOTAL COST IN A TABLE LIKE BELOW. TOTAL COST Weeks 1 2 Production Amount c) (10 pts) The time-phased net requirements for a product 'E' over the next weeks and the shop floor capacity are given below. The setup cost is 250TL and the holding cost is 0.50TL per week. The problem has a feasible solution (no need to check the feasibility condition). Determine the production amounts so that the total cost is minimized. WRITE THE RESULTING SCHEDULE AND TOTAL COST IN A TABLE LIKE BELOW. week 2 3 4 Production req. Сарacity 335 200 140 500 800 750 150 400 Weeks 1 2 4 TOTAL COST Production Amount
a) (10 pts) BBOT UTE Company produces a product “A". Below you can find the BOM (with number of units per parent given in the
parenthesis next to the subcomponent code), lead times, demand for Product-A, beginning inventory and scheduled receipts for "A"
and all sub components. Determine the planned order release for A, B and C. Assume a lot for lot scheduling rule.
FİLL IN THE CS QI.Tablel COMPLETELY for A, B and C.
A
(lead time = 1 week)
В (3)
C (2)
(lead time = 1 weeks)
(lead time = 2 week)
с (3)
(lead time = 2 week)
Scheduled
Number of
Number of
DEMAND
Receipts
units
Due date
units
Due Date
A
A
100
(due week 8)
B
20
(due week 6)
A
50
(due week 7)
Beginning
Inventory
Number of
units
A
B
1100
Transcribed Image Text:a) (10 pts) BBOT UTE Company produces a product “A". Below you can find the BOM (with number of units per parent given in the parenthesis next to the subcomponent code), lead times, demand for Product-A, beginning inventory and scheduled receipts for "A" and all sub components. Determine the planned order release for A, B and C. Assume a lot for lot scheduling rule. FİLL IN THE CS QI.Tablel COMPLETELY for A, B and C. A (lead time = 1 week) В (3) C (2) (lead time = 1 weeks) (lead time = 2 week) с (3) (lead time = 2 week) Scheduled Number of Number of DEMAND Receipts units Due date units Due Date A A 100 (due week 8) B 20 (due week 6) A 50 (due week 7) Beginning Inventory Number of units A B 1100
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