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INTRODUCTION

Cost Management

Product Cost Management�Influencing the cost

Product Costing�Generating information

Product Cost Controlling�Processing and communication

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Types of Costs

Material costs

Material overheads

Production costs

Special

Production costs

Administrative

Costs

Distribution costs

Production overheads

TOTAL COST

Material Costs

Production Costs

Administrative and

Distribution Costs

Manufacturing Costs

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This team decides on a particular design. There could also be an alternative with the same functions & requirements, which is less expensive.

This team opts for certain manufacturing products. The cost is often negotiable and there are usually several sourcing alternatives.

This team determines a concrete way to manufacture the product and estimates the cost. It is possible for it to be cost-effective.

Team Involvement

Engineering Team

Production Team

Procurement Team

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Marketing

Weight & Disposal

Competition & Distribution

Time & Life span

Environmental impact

Installation

Surface quality

Model series compatibility

Accuracy

Testing Prototypest

Compatibility Quantity

Size & Material

Production steps

Production type & process

Cost

Determinants

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Disposal Costs

Product Planning, Development,

Procurement &

Manufacturing

Operating Costs

Training

Maintenance,

Repair Energy

Utilization Costs

Disposal, Dismantling

Recycling, Deinstallation

Sales/ Revenue

Product cost management of the life cycle cost

Total Cost of a Product

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Causes of High Costs

Over engineering, high technical effort

Unnecessary functions

Wrong suppliers

High test and inspection effort

Complex product structure

Inconvenient installation

Variety

(customer focus)

Market Influence

Internal Influence

(construction side, shopping)

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Cost Factors in the Development Phase

Customer Requirements

Product Specifications

Product Functions

Meaning of Functions

Permissible Target Costs

Planned Variations

Product Functions

Functional Structure

Solution Principle

Purchase

Product Structure

Number of Parts

Components

Standardization, Acquisition Parts

Life Span

Material

Surface Quality

Allowances

Standardization

Purchase

Planning Phase

Conception Phase

Designing Phase

Developing Phase

Continuous monitoring of the development process and cost adjustment

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Savings with Cost Management

Avoid spending during product design

Reduced tooling costs

Savings from optmizing manufacturing process selection

Savings during redesign

HARD COST SAVINGS

Time savings in cost estimation and quote response

Engineering time savings to accelerate market launch

Reduced post-launch rework

Widespread manufacturing knowledge among engineering and sourcing

SOFT COST SAVINGS

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30-40%

DEVELOPMENT

01-10%

MANUFACTURING

20-30%

AFTER SALES & SERVICE

Cost Reduction Potential

Savings According to Project Phases

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Different Systems

Design to Cost: Cost Influence

Design to Cost: Elements

METHODS

Creating cost estimates without specialized manufacturing or cost knowledge

COST ESTIMATION

01

Documenting & tracking cost management results and KPI‘s

REPORTING

02

Identifying cost outliers and trends; searching large volumes of data

ANALYTICS

03

Overview of costs at any point in the life cycle of a product

COST TRACKING

04

Design to Cost: QFD

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Different Systems

DTC: (RE)

DTC: (QFD)

DTC: (TC)

DTC: (VA)

Design to Cost: Cost Influence

Design to Cost: Elements

METHODS

Design to Cost (DTC Method): Elements

Design to Cost: QFD

Target Costing (TC)

Reverse Engineering (RE)

Quality Function Deployment (QFD)

Value Analysis (VA)

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Different Systems

DTC: (RE)

DTC: (QFD)

DTC: (TC)

DTC: (VA)

Design to Cost: Cost Influence

Design to Cost: Elements

METHODS

Design to Cost: Target Costing (TC)

Design to Cost: QFD

Determines target cost of the product with a systematic approach (target costing)

01

Implements price, features and functions of products based on customers’ wishes

02

Is A market-driven planning tool for products and processes

03

Is A less effective method for new concepts and mass production

04

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Different Systems

DTC: (RE)

DTC: (QFD)

DTC: (TC)

DTC: (VA)

Design to Cost: Cost Influence

Design to Cost: Elements

METHODS

Design to Cost: Reverse Engineering (RE)

Design to Cost: QFD

Reconstructs an exact duplicate of an existing object & is the first stage of benchmarking

01

Examines all construction elements (structure, condition, behavior)

02

compares a product’s performance, function & properties from a technical perspective

03

discloses differences in costs from competitors

04

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Different Systems

DTC: (RE)

DTC: (QFD)

DTC: (TC)

DTC: (VA)

Design to Cost: Cost Influence

Design to Cost: Elements

METHODS

Design to Cost: Quality Function Deployment (QFD)

Design to Cost: QFD

Evaluates customer needs with classified targets (development, production, procurement, quality assurance, sales planning)

01

Examines customer needs, compares competition, assesses dependencies, plans projects as well as procurement & production

02

The product design & development is customer-focused

03

Assesses function and costs

04

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Different Systems

DTC: (RE)

DTC: (QFD)

DTC: (TC)

DTC: (VA)

Design to Cost: Cost Influence

Design to Cost: Elements

METHODS

Design to Cost: Value Analysis (VA)

Design to Cost: QFD

elements: objective analysis, functional cost analysis, brainstorming and evaluation, alternative solutions, cost-benefit analysis, risk analysis, decision preparation

01

examines product function systematically and methodically

02

usually implements by using an interdisciplinary team

03

optimizes costs and product value

04

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Different Systems

Design to Cost: Cost Influence

Design to Cost: Elements

METHODS

Design to Cost: Cost Influence

High

Low

Customer

value

Low

High

Company profit

Target Cost

Function

Finance

Form

Fit

Cost

Influence

Design to Cost: QFD

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Different Systems

Design to Cost: Cost Influence

Design to Cost: Elements

METHODS

Design to Cost: Quality Function Deployment (QFD)

Design to Cost: QFD

Correlation Matrix:

options for the company

Design Requirements: �How well does the company take the customers’ wishes into consideration in the production

Relationship Matrix:�How well are the customer needs met?

Importance

Benchmarking

Benchmarking

VOC

(voice of the customer)What do the

customers need?

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Traditional Cost Management vs. Target Costing

Market Research

Product-Specific Features

Design

Development

Material Price

Cost Planning/ Calculation

Production

Traditional Product Cost Management

Market Research

Product-Specific Features

Design

Development

Material Price

Cost Planning/ Calculation

Production

Target Costing

Costs too high. Back to the design phase

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METHODS

VALIDATION PLAN

  • Plan/ checklist developed for validating product value, training
  • Analyzes design, processes, goods, equipment & the product market

01

POKA YOKE

  • mistake-proofing: development and process errors, production errors, system errors (interface errors)
  • develops error prevention measures

02

VALUE STREAM MAPPING

  • represents the current state of a production
  • always takes the customer's perspective to determine the requirements for the production

03

DESIGN FOR MANUFACTURE AND ASSEMBLY

  • manufacturing and assembly requirements, product design
  • procedure: determine the initial state, check the design, evaluate potential costs, quality and implementation,

04

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DESIGN-FOR-6-SIGMA

  • each product has a quality level depending on customer needs
  • customers perceive an increase in quality, while at the same time, cost reduction and accelerated process improvement take place

05

PARAMETRIC COST ESTIMATING

  • This is a statistical estimation method using regression analysis that includes existing data and variables from previous projects.
  • Result: an estimate of the content, scope, cost, budget & duration.

06

BOTTOM-UP ESTIMATING

  • price is determined by calculating costs and the profit margin, which is then carried through to the market
  • It is a systematic process

07

DYNAMIC ECONOMIC CALCULATION

  • time differentiation in payments and receipts throughout the investment period
  • data during the review period is recorded for planning

08

METHODS

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Target Costing: Bottom-Up Calculation

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Target Price

Estimated Costs

Product Target Costs

Realized Costs

Conception

Development

Production/ Market Phase

After Sales

Project Release

Start of Development

Start of Production �(SOP)

End of Production �(EOP)

End of Life �(EOL)

ACTIONS TO OPTIMIZE PRICE

Predicted Results

Target Results

Realized

Results

Cost Gap

Profitability Profile for Product Life Cycle

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Cost Structure

Market Price

Target Price

Cost Optimization

Target Costs

Competitive Product

Cost Focus

Market Focus

Customer Focus

Product Focus

Company

Internal

Integrated Cost Management

Cost management as part of the strategy; provides cost transparency

COST FOCUS

Prices with certain methods derived from the market

MARKET FOCUS

Knows the customer requirements;�deduces and develops features

CUSTOMER FOCUS

adjust cost management of the development process; ensure that all costs incurred are consistently traceable; check to see if requirements are met

PRODUCT FOCUS

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Obstacles in Cost Management

PURCHASE

PRICE

One-time

costs for

transport,

delivery

One-time

costs for commissioning, training

One-time costs

for sustainability

and disposal

Operating costs

for electricity, materials,

technology

Maintenance

& repair costs

CUSTOMER

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Delay in market launch

Damage to product quality

Reduced product sales

Poor customer �satisfaction

Decrease in �competitiveness

Obstacles in Cost Management

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Planning and definition of actions

Necessary to remain competitive

Ensure profitability and

sustained corporate growth

Meet the targeted savings

Aware of strategic importance and

achieved sustainable success

Not required, since we

dictate prices in our segment

Cost Savings Programs

STUDY RESULTS

Which of the following statements, in your opinion, applies to cost savings programs of your company?

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Cost Saving Program by Company Size

Not required since we

dictate prices in our segment

Aware of strategic importance

& achieved sustainable success

Meet the targeted savings

Ensure profitability & sustained

corporate growth

Necessary to remain competitive

Planning and defining actions

> 10,000

1,000 – 10,000

< 1,000

Company Size

Which of the following statements, in your opinion, applies to cost savings programs of your company?

(5 = absolutely, 1 = not at all)

(107 companies surveyed)

STUDY RESULTS

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Actions in Cost Savings Programs

STUDY RESULTS

None

Short-time

work

Reduction of

staff & jobs

Lean

hierarchy

Reduction of

investments

Outsourcing

measures

Relocation of dev. &

production to low

wage locations

Modularization,

reduction of variants,

use of common parts

Optimization of

strategy for negotiations

with suppliers

Department specific

budget cuts

Optimization of

Production procedures

and products

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Cost Types Gaining Importance Due to Trends in a Company

TRENDS

Which of the following cost types are gaining importance due to trends (in %)?

(89 companies)

R & D

Recycling

Warranty

Admin

Service

Operating

Production

Environ-mental

Abatement

Marketing

& Sales

Material

HR

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New Sales and Profit Opportunities

TRENDS

Environmentally friendly products/

"green" corporate image

Lowest product cost

compared with competitors

Focus on competition/ benchmarking

New sales opportunities by

opening new markets

Products tailored to customers’

needs and requirements

Leadership in innovation and technology

Highest quality standards in

production and manufacturing

Which of the following statements, in your opinion, applies to cost savings programs of your company?

(5 = absolutely, 1 = not at all)

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What role does product cost management play at your company?

It helps to reduces the additional cost of the manufacturing.

Can savings be determined within the product design?

Yes, it is possible if there are enough research and development on the product.

Can you buy cheaper materials for manufacturing products?

Yes we can because we have bunch of experienced suppliers.

Is the information flow for cost estimates sufficient in all areas of the company?

No, for which we need better information flow.

Can redesigns and product developments be better optimized in costs?

Yes, continuous improvement can help to optimize these process.

Is the cost estimate the most current calculation and clearly recognizable for every employee?

Yes, our SAP collects all the records accordingly.

Questions about Cost Management

CHECKLIST

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