OMD8

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CASE PROBLEM 15.5

Hosuki

Hosuki, a small car maker, competes with larger manufacturers by building cars to order. The company has invested heavily in technology and close partnerships with suppliers. Customers enter their orders and choose their options on the company website. Hosuki's ERP system responds with an estimated cost and completion date. After the customer approves the order, Hosuki sets to work.

Quick response for Hosuki is dependent on collaborative manufacturing with its trading partners. A virtual bill of material for a typical car appears below. Notice each item is color-coded to its supplier and indented beneath its parent assembly. Hosuki has full visibility into its suppliers' ERP systems to check on-hand quantities and order progress. These data are essential in quoting accurate due dates. Most of the car's components are purchased. Hosuki makes the car body, assembles major subassemblies, and completes final assembly and testing. The body stamping machine operates eight hours a day; setup times per item and run times per unit are given in the next column.

Since the suppliers produce in high volume, the lead time for an order is the same regardless of the quantity of the order. In contrast, with limited sales volume and limited space, Hosuki assembles its cars in batches of 10. Each assembly process takes half a day.

Hosuki has just received its first corporate order—for 10 midsized vehicles. The customer would like delivery as soon as possible.

1.  

Create a time-phased assembly chart to determine when the 10 cars can be delivered.

2.  

What adjustments are needed in inventory levels, lead times, and batch sizes to fill an additional customer order for five custom cars in five days?

Virtual Bill of Material

 

Item

Qty

 

Midsize car

1

 

Chassis Assembly

1

 

Frame

1

 

Power Train Subassembly

1

 

Engine

1

 

Transmission

1

 

Radiator

1

 

Battery

1

 

Suspension Subassembly

1

 

Shocks

2

 

Brakes

1

 

Body Assembly

1

 

Windshield

1

 

Seats

4

 

Tire Assembly

4

 

Wheels

1

 

Rims

1

 

Tires

1

Supplier

A

B

C

D

E

F

Hosuki

Supplier lead time is given in days

Supplier A

 

OH

LT

Shocks

20

1

Barkes

 2

4

Supplier B

 

OH

LT

Seats

6

2

Supplier C

 

OH

LT

Wheels

20

1

Rims

 2

2

Tires

10

5

Supplier D

 

OH

LT

Frame

10

2

Windshield

 5

4

Supplier E

 

OH

LT

Engine

 5

5

Transmission

10

6

 

Supplier F

 

OH

LT

Radiator

10

1

Battery

 5

3

Hosuki's Body Stamping Machine

 

Qty

Setup (hrs)

Runtime (hrs/unit)

Qtr Panel

4

2

0.5

Hood

1

1

0.2

Fender

2

2

0.3

Roof

1

2

0.2

Doors (LH, RH)

4

2

0.2

 

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Provide a response to the questions within the case study.  provide and alternatives to your initial interpretations. Consider this as an email exchange with project teammates as you prepare a decision support paper for senior management on the topic of production. Discuss alternative uses of the technology and the pros and cons in public perception. Responses should assume a “what if” approach.

· APA format

· 1.5 pages, cover page and reference not counted

· At lease 2 academicals references.

You must include/use Russell, Operations Management, 8e chapter 15: Resource Planning as one of the references