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A
PRESENTATION
ON
“IMPACT OF INVENTORY MANAGEMENT ON FINANCIAL
PERFORMANCE OF THE FIRM”
BY
VIPULESH SHARDEO
ADMSN. NO. – 2014MT0349
 Inventories are the current assets which are expected to be
converted within a year in the form of cash or accounts
receivables.
 It consists of 20-30% of the investment of the total
investment of the firm.
 An inventory can be classified into three parts:-
 Raw material
 Work-in-process
 Finished goods
 Purpose of inventory control is getting the right inventory
at the right place in the right time with right quantity.
 According to Rosenblatt, the inventory management
costs are the price which is paid by the customer but
it is the cost to the owner.
 According to Kotler, inventory management is the
technique of managing, controlling and developing
the inventory levels at different stages so that there is
regular supply.
 According to Coyle, inventory management is the
management of the materials in motion and at rest.
 Sometimes, inventory and stock are considered as the
same thing. But there is a slight difference between
them. Stock is storage kept in specified place.
 The supplies inventories involves the materials
required for the maintenance, repair and operating
that do not go to the final product.
 Inventory management is also defined as it is the
science and art of managing the level of stock of group
of items which incurred least costs and also reach the
objectives set by the top management.
 Inventory management has two goals:
 First goal is to avail the goods at right place in right time.
 Second goal is to increase the production efficiency.
 Costs related to inventory:
 Purchase costs.
 Ordering costs.
 Carrying costs.
 Shortage costs,
 Inventory costing methods:
 FIFO
 LIFO
 WAC(Weighted Average Cost)
 WAC = Value of material in stock/ Quantity in stock.
 Standard Price.
 Current Price.
 Inventory Model:
 EOQ Model
 First developed by F.W. Haris in 1913 but still R.H.
Wilson is given credit for this model due to his early
in-depth analysis.
 Also known as Wilson EOQ Model.
 The economic quantity is the level fo inventory which
minimizes the total inventory costs.
 It is the optimal level of inventories which satisfies the
demand constraints and cost constraints.
 Q = (2.Co.D/Cc)1/2
 Assumptions of EOQ model:-
 There are some assumptions on which EOQ is calculated. These assumptions
are:-
 There is known and constant holding cost.
 There is a known and constant ordering cost.
 The rates of demand are known.
 There is known constant price per unit.
 No stock-outs are allowed.
 Replenishment is made instantaneously.
 Inventory Control techniques:
 ABC Analysis.
 Minimum level.
 Maximum level.
 Reorder level.
 Just In Time.
 Outsourcing.
 Computerized Inventory system.
 For the case study three major steel manufacturing
companies are taken: SAIL, TATA steel, JSW Steel.
 Some financial terms are measured and compared like
operating profit per share, inventory turnover, net
profit, assets turnover and return on assets.
 The financial performance of the firm is indirectly
goes to its profitability.
 After comparing we reach at the point where it is
cleared that there is some relationship between the
inventory and profitability.
 Inventory turnover:
 IT = COGS/ Avg. Inventory.
 It measures the inventory management is poor or good.
0
1
2
3
4
5
6
7
8
9
2014 2013 2012 2011 2010
Inventory Turnover Ratio
JSW SAIL TATA
 Net profit margin:
 Deduction of excess revenues to the expenses.
-10
-5
0
5
10
15
20
2014 2013 2012 2011 2010
Net Profit Margin(%)
JSW SAIL TATA
 Return on Asset:
 It is nothing but return of Investment.
 It measures the profitability of the firm.
0
100
200
300
400
500
600
700
800
900
1000
2014 2013 2012 2011 1010
Return on Assets Including Revaluations
JSW SAIL TATA
 Asset turnover ratio:
 Asset turnover = total sales/ Avg. total assets.
 It measures the efficiency of utilization of assets.
0
0.2
0.4
0.6
0.8
1
1.2
1.4
1.6
2014 2013 2012 2011 2010
Asset Turnover Ratio
JSW SAIL TATA
 So we use correlation techniques to ensure the
relationship. We found some linearity. The
graphs are:
TATA Steel (r= -0.7) SAIL (r = 0.984)
JSW Steel
(r = 0.388)
0
2
4
6
8
0 5000 10000
InventoryTurnover
Ratio
Net Profit
Inventory
Ratio
Linear
(Inventory
Ratio)
0
2
4
6
8
-10000 0 10000
InventoryTurnover
Ratio
Net Profit
Inventory
Ratio
Linear
(Inventory
Ratio)
0
5
10
0 500 1000 1500 2000
Inventory
TurnoverRatio
Net Profit
Inventory Ratio
Linear
(Inventory
Ratio)
 With the following data we found that the negative
correlation coefficient of TATA Steel shows some
negative correlation which is due to TATA went loss
due to some other reasons.
 There may be due to poor inventory management
because its inventory turnover was lesser.
 There is positive coefficient value of SAIL which
indicates the strongly relationship between inventory
turnover and profitability.
 JSW Steel also has positive coefficient value which
indicates positive relationship.
 A manufacturing firm must install the optimal
inventory control techniques or improve their asset
turnover and inventory turnover as much as possible.
 TATA Steel should take care of inventory management
which is responsible for the loss.
 Inventory management impacts the profitability and
cost of the firm.
 JSW Steel should improve its asset utilization.
 SAIL should improve the inventory turnover ratio,
asset turnover ratio, return on assets.
Vipulesh inventory management

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Vipulesh inventory management

  • 1. A PRESENTATION ON “IMPACT OF INVENTORY MANAGEMENT ON FINANCIAL PERFORMANCE OF THE FIRM” BY VIPULESH SHARDEO ADMSN. NO. – 2014MT0349
  • 2.  Inventories are the current assets which are expected to be converted within a year in the form of cash or accounts receivables.  It consists of 20-30% of the investment of the total investment of the firm.  An inventory can be classified into three parts:-  Raw material  Work-in-process  Finished goods  Purpose of inventory control is getting the right inventory at the right place in the right time with right quantity.
  • 3.  According to Rosenblatt, the inventory management costs are the price which is paid by the customer but it is the cost to the owner.  According to Kotler, inventory management is the technique of managing, controlling and developing the inventory levels at different stages so that there is regular supply.  According to Coyle, inventory management is the management of the materials in motion and at rest.  Sometimes, inventory and stock are considered as the same thing. But there is a slight difference between them. Stock is storage kept in specified place.
  • 4.  The supplies inventories involves the materials required for the maintenance, repair and operating that do not go to the final product.  Inventory management is also defined as it is the science and art of managing the level of stock of group of items which incurred least costs and also reach the objectives set by the top management.  Inventory management has two goals:  First goal is to avail the goods at right place in right time.  Second goal is to increase the production efficiency.
  • 5.  Costs related to inventory:  Purchase costs.  Ordering costs.  Carrying costs.  Shortage costs,  Inventory costing methods:  FIFO  LIFO  WAC(Weighted Average Cost)  WAC = Value of material in stock/ Quantity in stock.  Standard Price.  Current Price.
  • 6.  Inventory Model:  EOQ Model  First developed by F.W. Haris in 1913 but still R.H. Wilson is given credit for this model due to his early in-depth analysis.  Also known as Wilson EOQ Model.  The economic quantity is the level fo inventory which minimizes the total inventory costs.  It is the optimal level of inventories which satisfies the demand constraints and cost constraints.  Q = (2.Co.D/Cc)1/2
  • 7.  Assumptions of EOQ model:-  There are some assumptions on which EOQ is calculated. These assumptions are:-  There is known and constant holding cost.  There is a known and constant ordering cost.  The rates of demand are known.  There is known constant price per unit.  No stock-outs are allowed.  Replenishment is made instantaneously.  Inventory Control techniques:  ABC Analysis.  Minimum level.  Maximum level.  Reorder level.  Just In Time.  Outsourcing.  Computerized Inventory system.
  • 8.  For the case study three major steel manufacturing companies are taken: SAIL, TATA steel, JSW Steel.  Some financial terms are measured and compared like operating profit per share, inventory turnover, net profit, assets turnover and return on assets.  The financial performance of the firm is indirectly goes to its profitability.  After comparing we reach at the point where it is cleared that there is some relationship between the inventory and profitability.
  • 9.  Inventory turnover:  IT = COGS/ Avg. Inventory.  It measures the inventory management is poor or good. 0 1 2 3 4 5 6 7 8 9 2014 2013 2012 2011 2010 Inventory Turnover Ratio JSW SAIL TATA
  • 10.  Net profit margin:  Deduction of excess revenues to the expenses. -10 -5 0 5 10 15 20 2014 2013 2012 2011 2010 Net Profit Margin(%) JSW SAIL TATA
  • 11.  Return on Asset:  It is nothing but return of Investment.  It measures the profitability of the firm. 0 100 200 300 400 500 600 700 800 900 1000 2014 2013 2012 2011 1010 Return on Assets Including Revaluations JSW SAIL TATA
  • 12.  Asset turnover ratio:  Asset turnover = total sales/ Avg. total assets.  It measures the efficiency of utilization of assets. 0 0.2 0.4 0.6 0.8 1 1.2 1.4 1.6 2014 2013 2012 2011 2010 Asset Turnover Ratio JSW SAIL TATA
  • 13.  So we use correlation techniques to ensure the relationship. We found some linearity. The graphs are: TATA Steel (r= -0.7) SAIL (r = 0.984) JSW Steel (r = 0.388) 0 2 4 6 8 0 5000 10000 InventoryTurnover Ratio Net Profit Inventory Ratio Linear (Inventory Ratio) 0 2 4 6 8 -10000 0 10000 InventoryTurnover Ratio Net Profit Inventory Ratio Linear (Inventory Ratio) 0 5 10 0 500 1000 1500 2000 Inventory TurnoverRatio Net Profit Inventory Ratio Linear (Inventory Ratio)
  • 14.  With the following data we found that the negative correlation coefficient of TATA Steel shows some negative correlation which is due to TATA went loss due to some other reasons.  There may be due to poor inventory management because its inventory turnover was lesser.  There is positive coefficient value of SAIL which indicates the strongly relationship between inventory turnover and profitability.  JSW Steel also has positive coefficient value which indicates positive relationship.
  • 15.  A manufacturing firm must install the optimal inventory control techniques or improve their asset turnover and inventory turnover as much as possible.  TATA Steel should take care of inventory management which is responsible for the loss.  Inventory management impacts the profitability and cost of the firm.  JSW Steel should improve its asset utilization.  SAIL should improve the inventory turnover ratio, asset turnover ratio, return on assets.