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Develop a production schedule to produce the exact production requirements by va

ID: 455261 • Letter: D

Question

Develop a production schedule to produce the exact production requirements by varying the workforce size for the following problem. The monthly forecasts for Product X for January, February, and March are 960, 1,510, and 1,210, respectively. Safety stock policy recommends that half of the forecast for that month be defined as safety stock. There are 22 working days in January, 19 in February, and 21 in March. Beginning inventory is 510 units. Storage cost is $5 per unit per month based on ending inventory level, standard pay rate is $7 per hour, hiring and training cost is $300 per worker, layoff cost is $400 per worker, and worker productivity is 0.1 unit per hour. Assume that you start off with 48 workers and that they work 8 hours per day. (Leave no cells blank - be certain to enter "0" wherever required. Input all values as positive values. Round Workers Required up to next higher whole number. Round all other variables to nearest whole number.)


               January                February        March   Forecast 960 1,510 1,210     Safety stock      Beginning inventory      Net production required      Workers required      Hired      Laid off      Actual production      Ending inventory   

Explanation / Answer

             January

  February

March

  Forecast

960

1,510

1,210

  Safety stock

480

755

605

  Beginning inventory

510

483

767

  Net production required

930

1,782

1,048

  Workers required

53

118

63

  Hired

5

65

0

  Laid off

0

0

55

  Actual production

933

1794

1058

  Ending inventory

483

767

615

Explanation:

For January Month

Safety Stock is half of the forecast for that month. Hence Safety Stock = 960/2 = 480.

Beginning Inventory = 510 units

Net production units = Month’s forecast + safety stock – Beginning Inventory

                                = 960+480-510 = 930 units.

Workers hired = Production quantity/((productivity/hour)*8 hours*no.of days )

                = 930/(0.1*8*22) = 53.

Available workers = 48.

Workers to be hired = 53-48 = 5 workers.

Actual production = workers*productivity*8 hours*no.of days = 53*0.1*8*22 = 933.

Ending inventory = Actual production + Beginning Inventory – Forecast

                = 930+510-960 = 483 units.

The ending inventory of January is the beginning inventory of February. Same calculation is followed for the next month.

               January

               February

       March

  Labor cost

$                       65,296

$                    1,25,552

$                       74,088

  Inventory cost

$                          2,415

$                          3,835

$                          3,075

  Hiring cost

$                          1,500

$                       19,500

$                                 -  

  Layoff cost

$                                 -  

$                                 -  

$                       22,000

  

  Total cost

$                       69,211

$                    1,48,887

$                       99,163

  

  

   

Total  

$                    3,17,261

Labour Cost = No.of workers*No.of days*Hour rate* 8 hours

= 53*22*8*7 = $65,296

Inventory cost = Ending inventory * Monthly storage cost

                = 483*5 = $ 2,415

Hiring Cost = No.of workers hired*300 = 5*300 = $1500

Layoff cost for January is $ 0.

             January

  February

March

  Forecast

960

1,510

1,210

  Safety stock

480

755

605

  Beginning inventory

510

483

767

  Net production required

930

1,782

1,048

  Workers required

53

118

63

  Hired

5

65

0

  Laid off

0

0

55

  Actual production

933

1794

1058

  Ending inventory

483

767

615