Mr. Alex is the head of operations at TractParts Pvt. Ltd., a well known Indian manufacturer...
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Mr. Alex is the head of operations at TractParts Pvt. Ltd., awell known Indian manufacturer of pumps, engines, electric motorsand transformers. The company is one of India’s earliest industrialgroups established in the 1980 which has grown to be a big playerin the Indian manufacturing industry. TractParts under thesupervision of Mr. Alex has been supplying modern tractor enginesto the leading tractor manufacturing firms like Sonalika and JohnDear. The bulk of demand for tractors comes during the months fromOctober to March. As a result of this seasonality in demand, thedemand for the tractor engines also keeps fluctuating throughoutthe year as shown in Exhibit 1. Exhibit 1 shows the orders placedwith TractParts by the firms Sonalika and John Dear in advancebased on their own forecasting models.
Exhibit 1:
Month Sonalika John Dear Total April 500 400 900 May 300 200 500 June 100 150 250 July 125 100 225 August 200 150 350 September 300 350 650 October 1500 1450 2950 November 3000 3200 6200 December 3200 3500 6700 January 3800 3500 7300 February 2200 2150 4350 March 2200 2400 4600
To meet the demands, the company can follow chase strategy orlevel strategy In the chase strategy, the monthly production takesplace as per the total demand in that month and to follow thisstrategy, the company can hire new employees during higher demandand fire the employees during lower demand. This strategy basicallysaves on the inventory carrying cost and hence the total cost. Inthe level strategy, the company produces the average demand in amonth and the excess units are stored as inventory and all stockouts are backlogged and supplied from the following month’sproduction. This strategy particularly saves on the employee hiringand firing cost. Moreover, the backorder quantity is also directlyproportion to the demand placed by the tractor manufacturing firmsin order to give equal treatments to them.
At the beginning of the period, there are 100 workers in theTractParts manufacturing facility and a total of 200 working hours(8 hours/day * 25 days/month) are available per worker per month.Due to the strict government policies, the company canny allowovertime.
Mr. Alex is concerned about the fluctuating demand andunderstands that these companies can change their demand patternbased on the promotion and discount offered to them. In order toenhance the total profit, Mr. Alex wanted to optimize costs whilemeeting the demand pattern. He had therefore asked to one of hisassociates to find out the associated costs and the cost structure.The associate presented cost structure for the engine manufacturingline as is shown in Exhibit 2.
Exhibit 2:
Component Cost Unit Material Cost 140 $/unit Inventory Cost 15 $/unit/month Stock-Out Cost 20 $/unit/month Hiring Cost 450 $/worker Firing Cost 750 $/worker Labor Hours Required 4 per unit Regular Labor Rate 4 $/hour Beginning Inventory 750 units Desired Closing Inventory 400 units Selling Price 280 $/unit
Mr. Alex had asked the associate to find out the possibility ofdiscount that could be offered to the tractor manufacturers. MrAlex was informed that at max 10% discount could be given to themand as per company policy, discount would be offered for only onemonth. The associate also pointed out that whenever such kinds ofdiscounts are offered, the tractor manufacturers have a tendency toorder more in that month. However, the order size for followingmonths is significantly reduced compared to the previous month.
After going through some previous data, Mr. Alex has made someobservations. For Sonalika, 10% decrease in price for a particularmonth results in 45 % increase in the demand for the same monthfollowed by 15% decrease in demand for the next two months. And inthe case of John Dear, 10% decrease in price for a particular monthresults in 80% increase in the demand for the same month followedby 25% decrease in demand for the next two months. However, Mr.Alex also observed that if the TractPart offers a discount in thelast 2 months of the financial year, there is no change in thedemand pattern since there is a very fixed demand of tractors inthe end of season.
Mr. Alex faced a unique problem as the TractParts had provenitself over the years and was considered a symbol of quality,reliability and accountability. Being a part of this value system,Mr. Alex knew that any unfair treatment with the tractormanufacturers would not be tolerated. Mr. Alex has a meeting withthe company’s Sr. VP the next morning. He is concerned about theproduction policy to be adapted and discount to be given offered toincrease the total profit. Please help Mr. Alex to take thedecision focusing on the following questions.
Questions:
1. Estimate the profit made by TractParts when it follows thelevel strategy and no discount is offered to the tractormanufacturing firms.
2. Estimate the profit made by TractParts when it follows thechase strategy and no discount is offered to the tractormanufacturing firms
3. Estimate the profit made by TractParts when it follows thelevel strategy and a 10% discount is offered to the tractormanufacturing firms in October.
4. Find out the month having the peak demand in which 10%discount can be offered to the tractor manufacturing firms, whenTractParts follows the level strategy. (Hint: Estimate the profitmade by TractParts when it follows the level strategy and a 10%discount has been offered to the tractor manufacturing firms invarious months.)
5. Estimate the profit made by TractParts when it follows thechase strategy and a 10% discount is offered to the tractormanufacturing firms in October.
6. Find out the month having the peak demand in which 10%discount can be offered to the tractor manufacturing firms, whenTractParts follows the chase strategy. (Hint: Estimate the profitmade by TractParts when it follows the chase strategy and a 10%discount has been offered to the tractor manufacturing firms invarious months.)
I REALLY NEED HELP WITH 4 AND 6. PLEASE INCLUDE EXCEL SHEET.THANK YOU IN ADVANCE.
Mr. Alex is the head of operations at TractParts Pvt. Ltd., awell known Indian manufacturer of pumps, engines, electric motorsand transformers. The company is one of India’s earliest industrialgroups established in the 1980 which has grown to be a big playerin the Indian manufacturing industry. TractParts under thesupervision of Mr. Alex has been supplying modern tractor enginesto the leading tractor manufacturing firms like Sonalika and JohnDear. The bulk of demand for tractors comes during the months fromOctober to March. As a result of this seasonality in demand, thedemand for the tractor engines also keeps fluctuating throughoutthe year as shown in Exhibit 1. Exhibit 1 shows the orders placedwith TractParts by the firms Sonalika and John Dear in advancebased on their own forecasting models.
Exhibit 1:
Month | Sonalika | John Dear | Total |
April | 500 | 400 | 900 |
May | 300 | 200 | 500 |
June | 100 | 150 | 250 |
July | 125 | 100 | 225 |
August | 200 | 150 | 350 |
September | 300 | 350 | 650 |
October | 1500 | 1450 | 2950 |
November | 3000 | 3200 | 6200 |
December | 3200 | 3500 | 6700 |
January | 3800 | 3500 | 7300 |
February | 2200 | 2150 | 4350 |
March | 2200 | 2400 | 4600 |
To meet the demands, the company can follow chase strategy orlevel strategy In the chase strategy, the monthly production takesplace as per the total demand in that month and to follow thisstrategy, the company can hire new employees during higher demandand fire the employees during lower demand. This strategy basicallysaves on the inventory carrying cost and hence the total cost. Inthe level strategy, the company produces the average demand in amonth and the excess units are stored as inventory and all stockouts are backlogged and supplied from the following month’sproduction. This strategy particularly saves on the employee hiringand firing cost. Moreover, the backorder quantity is also directlyproportion to the demand placed by the tractor manufacturing firmsin order to give equal treatments to them.
At the beginning of the period, there are 100 workers in theTractParts manufacturing facility and a total of 200 working hours(8 hours/day * 25 days/month) are available per worker per month.Due to the strict government policies, the company canny allowovertime.
Mr. Alex is concerned about the fluctuating demand andunderstands that these companies can change their demand patternbased on the promotion and discount offered to them. In order toenhance the total profit, Mr. Alex wanted to optimize costs whilemeeting the demand pattern. He had therefore asked to one of hisassociates to find out the associated costs and the cost structure.The associate presented cost structure for the engine manufacturingline as is shown in Exhibit 2.
Exhibit 2:
Component | Cost | Unit |
Material Cost | 140 | $/unit |
Inventory Cost | 15 | $/unit/month |
Stock-Out Cost | 20 | $/unit/month |
Hiring Cost | 450 | $/worker |
Firing Cost | 750 | $/worker |
Labor Hours Required | 4 | per unit |
Regular Labor Rate | 4 | $/hour |
Beginning Inventory | 750 | units |
Desired Closing Inventory | 400 | units |
Selling Price | 280 | $/unit |
Mr. Alex had asked the associate to find out the possibility ofdiscount that could be offered to the tractor manufacturers. MrAlex was informed that at max 10% discount could be given to themand as per company policy, discount would be offered for only onemonth. The associate also pointed out that whenever such kinds ofdiscounts are offered, the tractor manufacturers have a tendency toorder more in that month. However, the order size for followingmonths is significantly reduced compared to the previous month.
After going through some previous data, Mr. Alex has made someobservations. For Sonalika, 10% decrease in price for a particularmonth results in 45 % increase in the demand for the same monthfollowed by 15% decrease in demand for the next two months. And inthe case of John Dear, 10% decrease in price for a particular monthresults in 80% increase in the demand for the same month followedby 25% decrease in demand for the next two months. However, Mr.Alex also observed that if the TractPart offers a discount in thelast 2 months of the financial year, there is no change in thedemand pattern since there is a very fixed demand of tractors inthe end of season.
Mr. Alex faced a unique problem as the TractParts had provenitself over the years and was considered a symbol of quality,reliability and accountability. Being a part of this value system,Mr. Alex knew that any unfair treatment with the tractormanufacturers would not be tolerated. Mr. Alex has a meeting withthe company’s Sr. VP the next morning. He is concerned about theproduction policy to be adapted and discount to be given offered toincrease the total profit. Please help Mr. Alex to take thedecision focusing on the following questions.
Questions:
1. Estimate the profit made by TractParts when it follows thelevel strategy and no discount is offered to the tractormanufacturing firms.
2. Estimate the profit made by TractParts when it follows thechase strategy and no discount is offered to the tractormanufacturing firms
3. Estimate the profit made by TractParts when it follows thelevel strategy and a 10% discount is offered to the tractormanufacturing firms in October.
4. Find out the month having the peak demand in which 10%discount can be offered to the tractor manufacturing firms, whenTractParts follows the level strategy. (Hint: Estimate the profitmade by TractParts when it follows the level strategy and a 10%discount has been offered to the tractor manufacturing firms invarious months.)
5. Estimate the profit made by TractParts when it follows thechase strategy and a 10% discount is offered to the tractormanufacturing firms in October.
6. Find out the month having the peak demand in which 10%discount can be offered to the tractor manufacturing firms, whenTractParts follows the chase strategy. (Hint: Estimate the profitmade by TractParts when it follows the chase strategy and a 10%discount has been offered to the tractor manufacturing firms invarious months.)
I REALLY NEED HELP WITH 4 AND 6. PLEASE INCLUDE EXCEL SHEET.THANK YOU IN ADVANCE.
Answer & Explanation Solved by verified expert
Chase Strategy | ||||||||||
Month | Demand | Units requied | Labour hour required | Hiring cost | Firing cost | Total recrutiment cost | Material cost | Regular Labor cost | Total cost | Total Revenue |
April | 900 | 150 | 600 | 0 | 72750 | 72750 | 21000 | 2400 | 96150 | 252000 |
May | 500 | 500 | 2000 | 3150 | 0 | 3150 | 70000 | 8000 | 81150 | 140000 |
June | 250 | 250 | 1000 | 0 | 3750 | 3750 | 35000 | 4000 | 42750 | 70000 |
July | 225 | 225 | 900 | 0 | 375 | 375 | 31500 | 3600 | 35475 | 63000 |
August | 350 | 350 | 1400 | 1125 | 0 | 1125 | 49000 | 5600 | 55725 | 98000 |
September | 650 | 650 | 2600 | 2700 | 0 | 2700 | 91000 | 10400 | 104100 | 182000 |
October | 2950 | 2950 | 11800 | 20700 | 0 | 20700 | 413000 | 47200 | 480900 | 826000 |
November | 6200 | 6200 | 24800 | 29250 | 0 | 29250 | 868000 | 99200 | 996450 | 1736000 |
December | 6700 | 6700 | 26800 | 4500 | 0 | 4500 | 938000 | 107200 | 1049700 | 1876000 |
January | 7300 | 7300 | 29200 | 5400 | 0 | 5400 | 1022000 | 116800 | 1144200 | 2044000 |
February | 4350 | 4350 | 17400 | 0 | 44250 | 44250 | 609000 | 69600 | 722850 | 1218000 |
March | 4600 | 5000 | 20000 | 5850 | 0 | 5850 | 700000 | 80000 | 785850 | 1288000 |
5595300 | 9793000 | |||||||||
Available hours | 20000 | Profit | 4197700 | |||||||
Profit after discount | 3777930 |
Formula
Chase Strategy | ||||||||||
Month | Demand | Units requied | Labour hour required | Hiring cost | Firing cost | Total recrutiment cost | Material cost | Regular Labor cost | Total cost | Total Revenue |
April | 900 | =900-750 | =C3*4 | =IF(D3>B17,(D3-B17)/200*450,0) | =IF(D3=E3+F3 |
=C3*140 |
=D3*4 |
=SUM(G3:I3) |
=B3*280 |
|
May | 500 | 500 | =C4*4 | =IF(D4>D3,(D4-D3)/200*450,0) | =IF(D4=E4+F4 |
=C4*140 |
=D4*4 |
=SUM(G4:I4) |
=B4*280 |
|
June | 250 | 250 | =C5*4 | =IF(D5>D4,(D5-D4)/200*450,0) | =IF(D5=E5+F5 |
=C5*140 |
=D5*4 |
=SUM(G5:I5) |
=B5*280 |
|
July | 225 | 225 | =C6*4 | =IF(D6>D5,(D6-D5)/200*450,0) | =IF(D6=E6+F6 |
=C6*140 |
=D6*4 |
=SUM(G6:I6) |
=B6*280 |
|
August | 350 | 350 | =C7*4 | =IF(D7>D6,(D7-D6)/200*450,0) | =IF(D7=E7+F7 |
=C7*140 |
=D7*4 |
=SUM(G7:I7) |
=B7*280 |
|
September | 650 | 650 | =C8*4 | =IF(D8>D7,(D8-D7)/200*450,0) | =IF(D8=E8+F8 |
=C8*140 |
=D8*4 |
=SUM(G8:I8) |
=B8*280 |
|
October | 2950 | 2950 | =C9*4 | =IF(D9>D8,(D9-D8)/200*450,0) | =IF(D9=E9+F9 |
=C9*140 |
=D9*4 |
=SUM(G9:I9) |
=B9*280 |
|
November | 6200 | 6200 | =C10*4 | =IF(D10>D9,(D10-D9)/200*450,0) | =IF(D10=E10+F10 |
=C10*140 |
=D10*4 |
=SUM(G10:I10) |
=B10*280 |
|
December | 6700 | 6700 | =C11*4 | =IF(D11>D10,(D11-D10)/200*450,0) | =IF(D11=E11+F11 |
=C11*140 |
=D11*4 |
=SUM(G11:I11) |
=B11*280 |
|
January | 7300 | 7300 | =C12*4 | =IF(D12>D11,(D12-D11)/200*450,0) | =IF(D12=E12+F12 |
=C12*140 |
=D12*4 |
=SUM(G12:I12) |
=B12*280 |
|
February | 4350 | 4350 | =C13*4 | =IF(D13>D12,(D13-D12)/200*450,0) | =IF(D13=E13+F13 |
=C13*140 |
=D13*4 |
=SUM(G13:I13) |
=B13*280 |
|
March | 4600 | =4600+400 | =C14*4 | =IF(D14>D13,(D14-D13)/200*450,0) | =IF(D14=E14+F14 |
=C14*140 |
=D14*4 |
=SUM(G14:I14) |
=B14*280 |
|
=SUM(J3:J14) | =SUM(K3:K14) | |||||||||
Available hours | =200*100 | Profit | =K15-J15 | |||||||
Profit after discount | =0.9*I17 |
Level strategy | ||||||||||
Month | Demand | Cumulative demand | Production level | Cumulative production | Inventory | Inventory Holding cost | Material cost | Labor cost | Total cost | Total revenue |
April | 900 | 900 | 2886 | 2886 | 2736 | 41040 | 404040 | 46176 | 491256 | 252000 |
May | 500 | 1400 | 2886 | 5772 | 5122 | 76830 | 404040 | 46176 | 527046 | 140000 |
June | 250 | 1650 | 2886 | 8658 | 7758 | 116370 | 404040 | 46176 | 566586 | 70000 |
July | 225 | 1875 | 2886 | 11544 | 10419 | 156285 | 404040 | 46176 | 606501 | 63000 |
August | 350 | 2225 | 2886 | 14430 | 12955 | 194325 | 404040 | 46176 | 644541 | 98000 |
September | 650 | 2875 | 2886 | 17316 | 15191 | 227865 | 404040 | 46176 | 678081 | 182000 |
October | 2950 | 5825 | 2886 | 20202 | 15127 | 226905 | 404040 | 46176 | 677121 | 826000 |
November | 6200 | 12025 | 2886 | 23088 | 11813 | 177195 | 404040 | 46176 | 627411 | 1736000 |
December | 6700 | 18725 | 2886 | 25974 | 7999 | 119985 | 404040 | 46176 | 570201 | 1876000 |
January | 7300 | 26025 | 2886 | 28860 | 3585 | 53775 | 404040 | 46176 | 503991 | 2044000 |
February | 4350 | 30375 | 2886 | 31746 | 2121 | 31815 | 404040 | 46176 | 482031 | 1218000 |
March | 4600 | 34975 | 2886 | 34632 | 407 | 6105 | 404040 | 46176 | 456321 | 1288000 |
6831087 | 9793000 | |||||||||
Beginning inventory | 750 | Profit | Profit after Discount(10%) | |||||||
Ending inventory | 400 | 2961913 | 2665722 | |||||||
Total Demand | 34975 | |||||||||
Production Level | 2885 |
Formula
Level strategy | ||||||||||
Month | Demand | Cumulative demand | Production level | Cumulative production | Inventory | Inventory Holding cost | Material cost | Labor cost | Total cost | Total revenue |
April | 900 | =B4 | 2886 | =D4 | =E4-C4+750 | =F4*15 | =D4*140 | =D4*4*4 | =SUM(G4:I4) | =B4*280 |
May | 500 | =B5+C4 | 2886 | =D5+E4 | =D5+F4-B5 | =F5*15 | =D5*140 | =D5*4*4 | =SUM(G5:I5) | =B5*280 |
June | 250 | =B6+C5 | 2886 | =D6+E5 | =D6+F5-B6 | =F6*15 | =D6*140 | =D6*4*4 | =SUM(G6:I6) | =B6*280 |
July | 225 | =B7+C6 | 2886 | =D7+E6 | =D7+F6-B7 | =F7*15 | =D7*140 | =D7*4*4 | =SUM(G7:I7) | =B7*280 |
August | 350 | =B8+C7 | 2886 | =D8+E7 | =D8+F7-B8 | =F8*15 | =D8*140 | =D8*4*4 | =SUM(G8:I8) | =B8*280 |
September | 650 | =B9+C8 | 2886 | =D9+E8 | =D9+F8-B9 | =F9*15 | =D9*140 | =D9*4*4 | =SUM(G9:I9) | =B9*280 |
October | 2950 | =B10+C9 | 2886 | =D10+E9 | =D10+F9-B10 | =F10*15 | =D10*140 | =D10*4*4 | =SUM(G10:I10) | =B10*280 |
November | 6200 | =B11+C10 | 2886 | =D11+E10 | =D11+F10-B11 | =F11*15 | =D11*140 | =D11*4*4 | =SUM(G11:I11) | =B11*280 |
December | 6700 | =B12+C11 | 2886 | =D12+E11 | =D12+F11-B12 | =F12*15 | =D12*140 | =D12*4*4 | =SUM(G12:I12) | =B12*280 |
January | 7300 | =B13+C12 | 2886 | =D13+E12 | =D13+F12-B13 | =F13*15 | =D13*140 | =D13*4*4 | =SUM(G13:I13) | =B13*280 |
February | 4350 | =B14+C13 | 2886 | =D14+E13 | =D14+F13-B14 | =F14*15 | =D14*140 | =D14*4*4 | =SUM(G14:I14) | =B14*280 |
March | 4600 | =B15+C14 | 2886 | =D15+E14 | =D15+F14-B15 | =F15*15 | =D15*140 | =D15*4*4 | =SUM(G15:I15) | =B15*280 |
=SUM(J4:J15) | =SUM(K4:K15) | |||||||||
Beginning inventory | 750 | Profit | Profit after Discount(10%) | |||||||
Ending inventory | 400 | =K16-J16 | =0.9*H20 | |||||||
Total Demand | =SUM(B4:B15) | |||||||||
Production Level | =(E21+E20-E19)/12 |
Please comment if having any doubt
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