lecture 3 - manufacturing strategy 20150915
TRANSCRIPT
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Manufacturing strategyAntti Salonen
KPP319
2015-09-15
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KPP319 Industrial Excellence
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Manufacturing strategy guides long
term development of manufacturing
Production development realizes
the manufacturing strategy
Simulation as a tool applied in
production system development
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Manufacturing Strategy
Production
Development
Simulation
KPP319 Industrial ExcellenceCourse Approach
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What is a strategy?
A classic definition:
Top managements plans to attain outcomes consistent with
the organizations missions and goals!
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A plan:
A direction or guideline
A plan for future actions
A path from here to there (the intended scenario)
A strategic planning horizon is typically 3-5 years
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A pattern:
The pattern of actions over time (historic actions)
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Historic actionsAction plan
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Historic actionsAction plan
Is this how it really works?
?
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A position:How the company positions on a market
A perspective:Company branding (action patterns)
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Market
Company
Corporatevision
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A trick:
A ploy or scheme towards the competitors
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Why strategies?
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Strategy sets direction
Pro: the organization gets cohesive
Con: the organization gets blinders
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Strategy focuses effort
Pro: the organization coordinates activities
Con: may lead to groupthink
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Strategy defines the organization
Pro: the co-workers find identity
Con: the organization gets stereotype
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Strategy provides consistency
Pro: the organization gets less ambiguous
Con: decreases the creativity
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so, what is strategy?
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A strategy is the pattern or plan that integrates an organizations
major goals, policies and action sequences into a cohesive whole. A
well-formulated strategy helps to marshal and allocate an
organizations resources into a unique and viable posture based on its
relative internal competencies and shortcomings, anticipated changes
in the environment and contingent moves by intelligent opponents.
(Mintzberg et al. 1999, p.5).
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Formulating strategies
Effective formal strategies contain three essential elements: goals to be achieved,
policies for guiding or limiting actions, and
the major action sequences that accomplish the defined goals within
the limit sets.
Effective strategies develop around a few key concepts andthrusts, which give them cohesion, balance and focus.
Strategy deals not only with the unpredictable but also with
the unknowable.
All complex organizations should have a number of
hierarchically related and mutually supporting strategies.
These strategies must be more or less complete in
themselves.
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Formulating strategies
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Formulating strategies
Company Vision and Mission
Describes the very idea of the enterprice
Are formulated in the business plan
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Formulating strategies
Branch competition
Negotiation strength
of the suppliers
Negotiation strength
of the customers
Threats from
substitutes
Threats from new
enterprices
Based on Porter, 2004
The companys market position: Porters five forces
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Formulating strategies
How to compete
Cost
Quality
Flexibility
Deliverability
Innovativeness
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Formulating strategiesS.W.O.T.
Company
Strengths
External
Opportunities
External
Threats
Company
Weaknesses
Positive Negative
Internal in
Company
Externa
l factors
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Road map
Here we
are
Here we
whish to
be
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OKWhat about manufacturing strategy?
Strategy hierarchy
Corporate
strategy
Business
strategy
Functional
strategy
Business
strategy
Functional
strategy
Functional
strategy
Functional
strategyFunctional
strategy
Functional
strategy
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Manufacturing strategy
Definition: the effective use of manufacturing strengths as acompetitive weapon for the achievement of business and corporategoals
from Mills et.al. (1995); Swamidass and Newell (1987)
The essence of manufacturing strategy is to formulate explicitly how
manufacturing decisions will be made so that manufacturing will help
the company achieve a long-term advantage over its competitors.Miltenburg (2005)
Process and content. How strategy is made and what constitutes astrategy
Formulating the manufacturing strategy
1. Determine the corporate
objectives.
2. Determine marketing strategies to
meet these objectives.
5. Provide the manufacturing
infrastructure to support production.
4. Establish the appropriate process
to manufacture these products
(process choice).
3. Assess how different products
qualify in their respective markets and
win orders against competitors.
Rudberg (2002)
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Framework for Manufacturing strategy
Corporate
objectives
Marketing
strategy
Order
-Qualifyers
-Winners
Manufacturing strategy
Process choice Infrastructure
Growth
Survival
Profit
Return on
investment
Other financial
measures
Product markets
and segments
Range
Mix
Volumes
Standardization
versus
customization
Level of innovation
Leader versus
follower alternatives
Price
Conformance quality
Delivery
Speed
Reliability
Demand increases
Color range
Product range
Design
Brand name
Technical support
After-sales Support
Choice of
alternative
processes
Trade-offs
embodied in
the process choice
Role of inventory in
the process
configuration
Make or buy
Capacity
Size
Timing
Location
Function support
Manufacturing
planning
and control systems
Quality assurance
and
control
Manufacturing
systems
engineering
Clerical procedures
Compensation
agreements
Work structuring
Organizational
structure
From Hill (2000)
Example of corporate objectives
Company xx will experience growth of at least 10 % per year.
Company xx will become market leader in Central Europe
Profitability: Operating margin of more than 8 % over the course of a
business cycle.
Our mission is to create effective Supply Chains, that satisfy our
Customers needs.
By motivated and competent personnel we will exceed the expectations
regarding continuous improving of material flows, product quality, choice
of vendors and realization of production plans.
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Order qualifyers
Qualifiers gain entry to and maintain a companys
position within a market but do not win orders.
Qualifiers have order-losing not order-winning
characteristics.
Need to identify qualifiers which
are order-losing sensitive
have potential to become order-winners.
Order winners
Not all order-winners are manufacturing-related
Typically as products mature, order-winners
become increasingly a manufacturing task
Order-winners and qualifiers are time and market
specific
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Process choice
Process choice is about choosing the right way to manufacture
products.
1. First the company must decide how much to buy from outside
2. Identify the appropriate engineering-technology alternatives to
complete the tasks embodied in each product so that the product
can be assembled with conformance quality.
3. Decide the manufacturing processes. Do the company have all
the needed machines, capacity, inventory etc.
Content model
Mills, et.al. (1995)
The Manufacturing strategy content
Competitive
priorities
Decision
criteria
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Content model
Competitive priorities the capabilities the manufacturing unit must have in order for the firm to
compete given the overall business and marketing strategy (Miller and Roth, 1994)
Decision areas
the pattern of manufacturing choices that a company make (Miller and Roth, 1994)
consisting of many individual decisions that affect the ability of the firm to meet
long term objectives (Leong et al., 1990)
Competitive priorities
Cost
Quality
DeliveryFlexibility
Innovativeness
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Competitive prioritiesCompetitive priorities
(with definition) Sample of measurement criteria
Cost Unit product/labour/material cost
Cost of material, labour, overhead,
and other resources to produce a Total manufacturing overhead cost
Product. Inventory turnover - raw material, WIP, finished goods
Capacity/machine utilization
Quality Internal failure cost - waste and rework
Quality is the extent to which
materials and operations conform External failure cost
to specifications and customer Consistent quality
expectations. Quality of incoming material from suppliers
Dependability
Conformance to specification
Delivery Quoted delivery time
Delivery time is the time between
order taking and delivery to the Percentage of on-/off--time deliveries
customer. Delivery reliability
Inventory accuracy
Manufacturing lead-time
Competitive priorities
Flexibility Number of part processed by a group of machines
Flexibility is the ability to decrease and
increase manufacturing of Number of products in the product line
existing needs. Companies should be Average production lot size
able to respond to changes at the Average volume fluctuation
market and changes of order Length of frozen schedule
quantities. Number of setups
Time of setups
Innovativeness Number of engineering change orders per year?
The ability to quickly introduce new Number of new products introduced each year?
products, processes or make design Lead time to prepare customer drawings
changes to existing products. Customization
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Decision areas
From Mills, et.al. (1995)
Decision areas
Human resource
Organization structure and control
Sourcing
Production planning and control Process technology
Facilities
From Miltenburg (2005), Manufacturing Strategy
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Decision areasDecision criteria Sample of Characteristics
Human resources Skill level
Mix of skilled and unskilled employees
Amount of training
Responsibility and participation in decision
making
Organisation structure and
controls Organisation structure
Centralised or decentralised manufacturing
system
The importance of line and staffHow managers are selected
Sourcing Numbers of suppliers and their capabilities
Relationship with suppliers
Procedure of deciding whether a product will
be produced internally or externally
Decision areas
Production planning and control Whether a push or pull system is used
Size of raw material, WIP and finished goods
When maintenance is done
Whether the systems are centralised or
decentralised
Process technology Amount of automation
Whether the technology is new or old
Whether to develop technology internally or
purchase it from external sources
Factory layout
Facilities Location of facilities
Size of facilities
Whether facilities are general purpose or
specialised
Capacity planning
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Manufacturing strategy
Competitive
priorities
Customer
needs
Market
positioning
Competitors
actions
Decision criteria
Manufacturing
Understanding markets
Required performance
Strategic decisions
Based on Slack and Lewis (2008)
Manufacturing strategies in Sweden
Used in larger companies
Less common in small/medium sized companies
Often poor alignment with corporate objectives
Suffers beccause of short term thinking
Not allways formally documented
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Reference literatureHill, T. (2000), Manufacturing Strategy Text and Cases, Second edition, New York: Palgrave
Leong, G. K., Snyder, D. L. and Ward, P. T. (2008), "Research in the process and content of manufacturing
strategy." Omega, Vol18, No. 2, pp. 109-122.
Miller, J. G. and Roth, A. V. (1994), A Taxonomy of Manufacturing Strategies, Management Science, Vol. 40, No.
3, pp. 285-304.
Mills, J., Platts, K. and Gregory, M. (1995), A Framework for the Design of Manufacturing Strategy Processes, A
contingency approach, International Journal of Operations and Production Management , Vol. 15, No. 4, pp. 17-49.
Miltenburg, J. (2005), Manufacturing strategy: How to formulate and implement a winning plan , New York:
Productivity Press.
Mintzberg, H., Ahlstrand, B. and Lampel, J. (2009), Strategy Safari, Second Edition, London: Prentice Hall.
Mintzberg, H., Quinn, J. B. And Ghoshal, S. (1999), The Strategy Process, Revised European Edition, London:
Prentice Hall.
Porter, M. E. (2004), Competitive Strategy: Techniques for Analyzinf Industries and Competitors: With a new
introduction, New York: Free press.
Rudberg, M. (2002), Manufacturingstrategy: linking competitive priorities, decision categories and manufacturing
networks. Production-Economic Research.
Slack, N. and Lewis, M. (2008), Operations Strategy, Second Edition, Harlow: Pearson Education.
Swamidass, P. M. and Newell, W. T. (1987), Manufacturing Strategy, environmental uncertainty and performance:
a path analytical model, Management Science, Vol. 33, No. 4, pp. 509-524.