target costing

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TARGET COSTING AND PRODUCT LIFE CYCLE AKASH PRATAP AKSHI BHAGIA AMANPREET SINGH ANSHUL CHHABRA MADE BY:

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Page 1: Target Costing

TARGET COSTING AND PRODUCT LIFE CYCLE

• AKASH PRATAP• AKSHI BHAGIA• AMANPREET SINGH• ANSHUL CHHABRA

MADE BY:

Page 2: Target Costing

PRICING DECISIONS DEPEND ON

• CUSTOMERS

• COMPETITORS

• COSTS

Page 3: Target Costing

METHODS OF COST CONTROL

• TARGET COSTING

• PRODUCT LIFE CYCLE COSTING

Page 4: Target Costing

TARGET COSTING DEFINITION

Structured approach for determining the cost at which a proposed product of specified functionality and quality must be produced to achieve a desired level of profitability at its anticipated selling price

Page 5: Target Costing

ORIGIN OF TARGET COSTING

• Emerged in japan in 1960’s as a consequence of difficult market conditions.

• Specialized tools including functional analysis, value engineering, value analysis, and concurrent engineering were introduced to support target costing.

• Widely practiced in Japan now

Page 6: Target Costing

OBJECTIVES OF TARGET COSTING

• Lower the cost to ensure profit levels

• Meet the level of quality, delivery timing and price required by the market

• Motivate all employees to meet target costs of new product and make target cost company-wide profit-management activity

Page 7: Target Costing

TRADITIONAL COSTING

Page 8: Target Costing

BASICS:

• MARKET-DRIVEN PRICING

• TREAT COST AS INDEPENDENT VARIABLE IN PRODUCT REQIREMENTS

• PROACTIVELY WORK TO ACHIEVE TARGET COST DURING PRODUCT AND PROCESS DEVELOPMENT

TARGET COSTING

Page 9: Target Costing

STEPS OF TARGET COSTING

1. Study market

2. Set target price

3. Determine target costs

4. Balance the target costs with requirements

Page 10: Target Costing

VALUE ENGINEERING

• Examination of factors affecting the cost of the product and devising a means to achieve its specific purpose at the required standards of quality and reliability at acceptable costs

• Encompasses improvement in product design

changes in material specification

modification in process methods

Page 11: Target Costing

MAIN FEATURES OF TARGET COSTING SYSTEM

• Integral part of design and introduction of new products

• Target price is determined using various sales forecasting techniques

• Establishment of target production volume

• Determination of cost reduction targets

• Series of intense activities to translate cost challenge to reality

Page 12: Target Costing

ADVANTAGES OF TARGET COSTING

• Reinforces top to bottom commitment to process and product innovation

• Market success

• Products better matched to customer needs

• Aligns cost of feature to customers willingness to pay for them

• Reduces development cycle

• Reduces cost of product significantly

• Increases team work among internal organizations

• Engages customers and suppliers in better product design and to more effectively integrate the entire supply chain

Page 13: Target Costing

PROBLEMS WITH TARGET COSTING

• Process can be lengthened to considerable extent

• Finger pointing in various parts of company

• More difficult to reach consensus

Page 14: Target Costing

IMPACT ON PROFITABILITY

• Emphasis on product cost throughout life cycle of product

• Precise targeting of correct prices

Page 15: Target Costing

COMPANIES THAT USE TARGET COSTING

• General Electricals

• Motorola

• The US auto companies : General Motors, Ford, and (Daimler) Chrysler

• All Japanese auto companies including: Toyota, Nissan, Honda, Mitsubishi

• NASA

• The US Military

• Sony

Page 16: Target Costing

PRODUCT LIFE CYCLE DEFINITION

• Sum of all recurring and one-time (non-recurring) costs over the full life span or a specified period of a good, service, structure or system

• Includes purchase price, installation cost, operating costs, maintenance and upgrade costs and remaining at the end of ownership

Page 17: Target Costing

FEATURES OF LIFE CYCLE COSTING

• Includes Non-production Costs.

• The development period for R&D and design is long and costly

• Many of the costs predicted to be incurred over several years in production, marketing, distribution and customer service are locked in at the R&D and design stages.

Page 18: Target Costing

LIFE-CYCLE COSTING PROCEDURES

• Best form of costing from a planning standpoint

• Cannot be used for financial reporting

• Costs must be calculated from the point of the initial idea for the product, until the product is no longer made

Page 19: Target Costing

PHASES IN PRODUCT LIFE-CYCLE:

Page 20: Target Costing

INTRODUCTION PHASE

• Product is put on the market and its awareness and acceptance are minimal.

• Promotional costs will be high, sales revenue low and profits probably negative

• Sales of new products usually rise slowly at first.

• May last from few months to a year

• Retarding factors

Page 21: Target Costing

GROWTH PHASE

• Product penetrates into the market and sales increase

• Product begins to make profit contribution

• To sustain growth, consumer satisfaction must be ensured

• Factors for acceleration

larger pools of imitators

market is broadened by market segmentation, product differentiation and higher levels of promotion

product improvements

number of distributors increase

Page 22: Target Costing

MATURITY PHASE

• Sales cease to rise exponentially

• Market saturation

• No new distribution channels to fill.

• Profits decline due to

competitive products.

innovators find market leadership under growing pressure.

Potential cost economies are used up

Prices begin to soften

Page 23: Target Costing

DECLINE PHASE

• Declining sales due to

product substitution

Fashion and changing tastes

Exogenous cost factors reducing profitability

Page 24: Target Costing

CHARACTERISTICS OF PRODUCT LIFE CYCLE

• products have finite lives and pass through the cycle of development, introduction, growth, maturity, decline and deletion at varying speeds

• Product cost, revenue and profit patterns tend to follow predictable courses through the product life-cycle.

• Profit per unit varies as products move through their life-cycles.

• Each phase requires different strategic action

Page 25: Target Costing

Customer Life-Cycle Costs

• Total costs incurred by a customer to acquire and use a product or service until it is replaced.

• For example, a car include the cost of the car itself plus the costs of operating and maintaining the car minus the disposal price of the car

• An important consideration in pricing decision of a product

Page 26: Target Costing

BENEFITS OF PRODUCT LIFE-CYCLE COSTING

• Earlier actions to generate revenue or to lower costs than otherwise might be considered

• More accurate and realistic assessment of revenues and costs

• Considers total incremental costs over the entire life span of a product,

• Easy for management to recognize the profit implications of design changes, product obsolescence, price variations and so on in isolation, for a particular product.

• Management of environmental costs.

Page 27: Target Costing

ORIENTAL SCIENCE APPARATUS WORKSHOP

• Established in 1919

• Spread over an area of 6000 sq. yds.

• Serves laboratory needs ranging from Schools, Colleges, Universities to Industries both in the domestic and international markets

• Numerous Export Excellence Awards.

• Prestigious place in the USA, Europe, Middle- East, South- East Asia and African countries

Page 28: Target Costing

COSTS ASSOCIATED WITH THE PRODUCT

• Direct cost- Direct material, direct labor, Direct Supervisory costs , Packaging ,Paintin , Plating, Wooden box

• Indirect costs- Advertisements, Delhi office, Telephones, Administrative costs, Electricity and generator, Bank Interest ,Traveling/Marketing /Entertainment,Senior Management people's salaries,Vehicles running maintenance ,depreciation of plant and machinery /vehicles /buildings /computers/furniture

Page 29: Target Costing

METHODS OF TARGET COSTING IN OSAW 

• First the target price is ascertained.

• Costing done as per conventional methods.

• Work-study

possible reduction/removal of avoidable processes during the manufacture

e g it is of no use to polish a surface and then roughen it, or first drilling a hole and then boring the hole in a work piece when you could get a drill of the final size straightaway.

• Make or buy decision- Sometimes it is cheaper to buy out the complete item or subassembly from smaller units or units which have an expertise in a particular line.

• Look for possibility of reduction in cost by optimizing the quantity.

Page 30: Target Costing

INTRODUCTION

OSAW made the Epidiascope in 1959 for the armed forces, Police and medical colleges It is a device to magnify the image/printed matter in a magazine. Initially

• The price was high

• People were not familiar about the applications

• People did not know where to buy it from

• People were sceptical about it's working

As the product was sold to some premier institutes like PGIMER Chandigarh , AIIMS DELHI ,BSF , Ministry of Defence and it was also exhibited in various exhibitions at Pragati Maiden /Medical colleges, people became aware of the product features, pricing , working

Page 31: Target Costing

GROWTH

• People applied for finance and the sales grew.

• A stage came when each and every dept of PGIMER Chandigarh had an epidiascope( about 54 pieces) .

• Many other college profs who came to PGI introduced it to their college and each college bought 2-3 units. Production was not keeping pace with the growing demand. This was the growing stage

Page 32: Target Costing

MATURITY

• Who had already bought it did not need it again.

• Other manufacturers started making the same item.So

• After 1973 ,the sales started being in a straight line i e mature stage.

• The sales had increased from just 10-20 units in 1959 to about 1000 units in 1973.Till 1985, the sales were more or less constant

Page 33: Target Costing

DECLINE

• In 1985 advent of VCR and video camera. They were handier and could record moving objects and up to 180 minutes

• The still photography was being replaced.

• The sales of epidiascope started going down and by 1988 the sales were reduced to merely 20% of the peak i e 200 units a year.