Operations Strategy 9 - Formulation Strategy: Difference between revisions

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==Introduction==
==Introduction==
FIT - FITTING MARKET REQUIREMENTS TO OPERATION RESOURCES
SUSTAINABILITY- FIT OVER TIME
RISK - COPING WITH UNCERTAINTY


''A reminder - There is a difference between the design of the products and the design of the processs that create them but especially in services there is a large degree of overlap betwen them''
Of the three levels of analysis in operations strategy formulation, this is by far the most frequently discussed. In fact to many authorities operations strategy process is all about fit.


The design activity can be judged on QFDCS and time-to-market that can be affected by
It is a simple but fundamental concept, namely that the market position of a company must be aligned with its operations capabilities.
*overlapping development phases
*catching problems early
*project based structures
*and can extend outside the organizations boundaries
*the design process involves progressively filtering out potential designs, reducing uncertainty until the final design is reached.


In a practical sense, this could mean one of two approaches. First, that we should understand what the market wants and then develop operations resources to supply this. Second, that we must understand what operations resources and processes are particularly good at (their capabilities) and find a market that values this.




The development of new and innovative products and services is clearly of tremendous importance to most organizations. Without a stream of appropriate innovation a company leaves itself vulnerable to having to react to however its competitors decide to innovate. Many authorities would say that new product and service development is one of the three major processes that any organization must master in order to succeed (the other two of course being '''operations''' and '''marketing'''). It is because the topic is so important that it is included within the broad treatment of operations strategy; it is not that new product and service development is a subset of operations strategy, rather it is that no operations strategy could regard itself as complete without an understanding of how it interrelates with new product and service development strategy. The way to treat the subject is to look at it through an operations strategy "lens" and explain it in terms of one of the models we introduced earlier - the operations strategy matrix. Most of chapter 12 is devoted to developing that particular perspective. However, prior to that it discusses the relationship between new product and service development and process development.
nb moving up the line of fit is the improvement path


Sustainability is "achieving fit over time".


==Key points==
We can think about this in two ways. Either sustainability means being able to maintain the same balance between operations resource capabilities and market requirements over time, no matter what happens in the environment or within the company. Alternatively, one can see sustainability as maintaining fit while actively changing (presumably improving) the balance between resource capability and market requirements
While the development of new product and service ideas has always been a significant activity in most companies, it is getting more important and because product and service development is itself a process, it can be analyzed using operations strategy models.


Following on from the point above, the chapter uses a similar calibration of the degree of product or service change to that which was used when describing process change. Although this calibrated scale, which again moves from "modification, through extension and development to pioneer" is described as a four-stage process; it is, of course, a continuum.
The example of the CAG Recycling Services used in Chapter 14 is an illustration of how both the operations strategy matrix and the "line of fit" model can be used to describe sustainability (as it happens, of the second type where the objective is to move up the line of fit).


Product and service development and process development should be considered together. The box that describes the development of the ballpoint pen illustrates the obvious but important point that attempting extensive product or service change at the same time as extensive process change increases the degree of difficulty.
When reading this example remember that the "line of fit" model is notional in the sense that neither of the axes are calibrated. Nevertheless, it provides a useful articulation of the company's history.


==What degree of product service design is required?==
Remember also what the theory box calls the "Red Queen" effect. Even in the first meaning of sustainability (maintaining the same balance between operations capability and market requirements) can involve significant operations strategy effort. As the Red Queen said, "It takes all the running you can do to keep in the same place. If you want to get somewhere else, you must run at least twice as fast as that".
*Modification -
*Extension
*Development
*Pioneer - Disruptive ie Dyson


==What degree of process design is required to complement product service design?==
Although there is some evidence that long-term competitive benefit can be associated with unique operations capabilities rather than clever market positioning, from a practical perspective most organizations would go with the first approach. Namely that we must start by understanding the market and then (over time) develop operations capabilities to match the market. There are good reasons for this, all companies have markets, but not all companies have operations capabilities worth exploiting.


This can be a one of one on a straight line but also think of Volvo or Mini
Nevertheless, do not dismiss the resource-led approach to devising operations strategies. There is a strong argument that innovative and profitable differentiation in any market is best achieved through developing unique and difficult to imitate operations capabilities. In other words, there is a limit to where marketing can take you, beyond that limit you need to be really good at operations.


*Degree of product design was small but process design was pioneer
The example of Volvo's operations strategy since the 1970s is a good example of how most organizations achieve fit in response to external pressures. Note that only some of these pressures come directly from the market for its products. Certainly, issues of cost and quality became more important during the 1980s, which was why Volvo changed its operations stance, however social issues also played their part.
*Degree of product design change was pioneer but process change was minot


The chapter uses the operations strategy to identify how fit can be described at four levels (it also uses an alliterative approach so it is often called the "four Cs of operations strategy").
==Modular design and mass customization==


To achieve fit you have to be comprehensive in exploring operation strategy.


Don't ignore ''modular design and mass customization''. Both are significant developments, both are interrelated, and both have done much to overcome the trade-off between cost and variety in new product and service design. For example, think of the way ordinary domestic paint is now sold. Whereas some years ago a paint company would develop a range of colors, manufacture those in its factory and distribute them as separate products to the retail stores, much paint is now sold "made to order" in the store itself. The customer simply chooses a color from an incredibly wide range of alternatives and the paint is mixed there and then. This is only possible because each color is comprised of a defined set of "modules" of component colors. This "recipe-based" approach allows a degree of mass customization because a relatively small number of "modules" or colors can be mixed together in a far wider variety of way
To achieve fit you have to have internal coherence between the different decision areas.


==Theory considerations==
To achieve fit operations strategy decision must correspond to the priority of each performance objective.
*The ''Quality function deployment matrix
*The ''what'' v the ''hows'' customer requirements v design characteristics
*The ''hows'' v the ''hows''  The trade off between the various design characteristics


''Diag to go here''
To achieve fit the particularly critical intersections must be identified.


A series of QFD matrices can be created next one could design characteristics v component charactersistics then process characteristics then Individual activities
To particular formulation models of fit are presented; the Hill framework and the Platts Gregory procedure. Do not think these are the only two. In fact there are hundreds of different published methodologies, many academics and all consultancy companies tend to have their own.
Moving up the line of fit inevitably implies that an organization must learn how to cope with tougher market conditions and/or learn to achieve higher levels of resource capability. The key word here is learn. This is why the discussion on single loop and double loop learning is important.


You can also use the ''Operation Strategy matrix'' to show the trade off between QSFCD and the decision areas supply, development, capacity and Process Technology
Operationalizing these ideas often involves significantly rethinking the way an operation organizes itself. The box on St. Luke's, the advertising agency, is a good example of this.


==New Product and Service Development==
Risk


*Its important to know what the capabiltities and constraints are before starting design process.
Frankly, it is unusual for any treatment of operations strategy to include this topic. Yet we believe it is particularly important. Operations strategy means making long term and often fundamental changes. Not necessarily all at once, even a continual stream of small decisions to "do nothing" is fundamental in the sense that it dictates the organization's position with its environment. And such fundamental decisions invariably carry risks. Again, even the decision to "do nothing" carries the risk that a failure to change will leave a company vulnerable.


It should go through the following steps:
The chapter chooses to use the "line of fit" model to describe risk. Using this model, risk is any significant deviation from the line of fit.


*''concept generation
*concept screening
*preliminary design
* design evaluation and improvement
* Prototyping and final design
* Development of the operations processes


[img[.|http://www.warwick.ac.uk/~bsscr/images/mod9_slide2.gif]]


==The various stages of new product and service development==
Again, the operations strategy matrix can be used to classify risks (and realized risks, in other words failure). Just as most companies have particularly important or critical intersections on their operations strategy matrix, failure and risk can be associated with a number of critical intersections.
Here it is important to remember that, although many organizations have a model that looks like the stages described in the chapter, it is really a huge simplification of reality. Stages will merge with each other and the process will often cycle backwards and forwards. So, don't think of this as a prescriptive set of steps but rather a description of the activities that, in some order, generally take place during the new product and service development process.


''Remember the funnel concept is subject to high degree of chaos and may ahve '''bulges''' where things are replanned and new options are considered late in the development process
It is important to distinguish between pure and speculative risk. Pure risks involve events that can produce only loss to the company, while speculative risks relate to events that could hold potential for loss or gain. Usually, the consequences of pure risk (such as disasters) are on the front pages of newspapers, while the consequences of speculative risk (a business decision going wrong) are in the business pages.


Hayes and Wheelwright show in their digram on p 5 lesson 8 that the ability to influence outcome is greater during the knowledge acquistion and basic design but management activity increases during manufacturing and product launch
A useful way of thinking about risk management and control is to distinguish between,


Think about the overall design process as progressively filtering out potential designs and thus reducing uncertainty, until the final design is reached.
prevention - stopping something happening; - Hurricanes, flooding
[img[.|http://www.warwick.ac.uk/~bsscr/images/mod9_slide4.gif]]
mitigation - reducing the consequences when something happens; Economic, cotainment spatial (space) and temporal (time), loss reducrtion and substituion
==A market perspective==
recovery - changing the perceptions of something going wrong. DR, learn from failures
[img[.|http://www.warwick.ac.uk/~bsscr/images/mod9_slide3.gif]]
The design activity is itself a process that can be judged in the same way as any other operations process, that is in terms of quality, speed, dependability, flexibility and cost of the designs or development ideas that are produced. All the five generic performance objectives are important, but in recent years there has been an increased emphasis on the speed of new product and service development. This speed issue is often referred to "time-to-market". That is, the time between the original concept and the product or service starting to earn revenue in the marketplace. It is an important performance measure and in most industries is getting shorter.


Several determinants of fast time-to-market performance should be identified. But the main ones are generally held to be;
Also think it hasa three step process (above)


*simultaneous overlapping of development phases (sometimes called simultaneous or concurrent engineering);
*the early resolution of design conflict;
*project-based organization structures.


The financial consequences of fast time-to-market are best illustrated by the fact that a delay in launching a product or service usually means a far longer delay in the financial payback from that product or service.


==An operations resource perspective==
The four general categories of operations strategy decisions (capacity, supply networks, process technology and development and organization) are all relevant (and indeed important) in managing the new product and service development process at a strategic level. Capacity is particularly interesting. The issue here being that, unlike the day-to-day production of products and services, demand for new designs is not always smooth. This "lumpiness" in demand can lead some companies to be reluctant to invest in development capacity - often a mistake.


The idea of a product and service development network (a similar idea to a supply network) is a useful way of thinking about whether any organization should develop products and services themselves or subcontract the activity. Occasionally organizations do subcontract all their new products and service development activity (book publishers an obvious example) but generally it is a question of how much development activity to subcontract, if any at all
operation Strategy matrix and Criricality, Coherence and Correspondence


The Crtical elements are the deciosn areas with the performance objectives 09nb the performance objectives QFSDC are mkt rqriuements)
Coherence is across the deciosn area - Supply/Capacity/Devp and PT
Strategy formualtion and Operations
Planning strategy is largely discredited in favor of emergent but planning tools can be useful
•provides disciplined approach
• Enforce communications
• enables l-t thinking
• provides basis for evaluating plans
Hill Framework Fit framework
◦Step 1 what atre the Corporate obkectives
◦What are the mkt requiroemenets
◦GHow do we develop produst services to server markets
◦Operations syratewgy■Process Choice
■Infrastructure
■Not supposed to be necessarily sequentian\l
■It is an outside in approach
■Does not distiguish between external competitive factors and internal performance objectives
Platts Gregory Framework - Fit Frameowrk
◦Develop understanding of firms mkt position
◦Assess the capabilities
◦Review various improvement options
■Good use of PM techniques and worksheets
■Out-ise in view
■ The whayt happens next is a wek part of the analysis
e.g. Deloivery lead time - short..............................................not significant
Relaibility - varaible.............................................................critical
on each compare makrket requirrements v achieved perforamcne
Again you can use the Performance Importance matrix
Diifuclties in formualting op startegy
◦ Ops mgrs focussed on delivery
◦ ops mgers are dispersed
◦Culture of org bias against ops mgrs and strategy
Should they be
•Implementots
•Drivers
•Supporters of startgey?
TQM
Demings 14 poit quality programme
Plan for l-t commitment - Devpt and org
Qualoity must be built in every stage - PT, Supply , Org
Cease mass inspection - PT, Sup, OD
Elininate qulaity perforamnce measures based on o/p (all 4)
Stop demanding higher proedcutivity without the means of achieveing it
■use SWOT
■Understand the resistance to change
■The dangers of tight fit - Loenard/McDonnell "It may be difficult to change a struggling organizations it is virtually impossible to change an org with outwards sign os success"■Investment bias - political forces, history
e.g. IBM lost leadership in PC's while sticking to the Server market - Didnt see portential of operationg systems. Their fit was too tihht to change - Now elephanst can be nimble
■Porter's Generic Strategy and impllication for ops - low cost, efficieny, or quality and variety
Implicatiosn of Volvo's attempts at startegy changes
1. Kalmar - created small focussed fatories - attract staff
2. Uddevalla - staff build complet cars - quality
3. Gent - Lean production - Inter-plant competition
4. Born - Uniqueness around conformity - World Class Operations
It was trying to fit with its environment
[[Category:Operations]]
[[Category:Operations]]

Revision as of 19:28, 24 September 2012

Introduction

FIT - FITTING MARKET REQUIREMENTS TO OPERATION RESOURCES SUSTAINABILITY- FIT OVER TIME RISK - COPING WITH UNCERTAINTY

Of the three levels of analysis in operations strategy formulation, this is by far the most frequently discussed. In fact to many authorities operations strategy process is all about fit.

It is a simple but fundamental concept, namely that the market position of a company must be aligned with its operations capabilities.

In a practical sense, this could mean one of two approaches. First, that we should understand what the market wants and then develop operations resources to supply this. Second, that we must understand what operations resources and processes are particularly good at (their capabilities) and find a market that values this.


nb moving up the line of fit is the improvement path

Sustainability is "achieving fit over time".

We can think about this in two ways. Either sustainability means being able to maintain the same balance between operations resource capabilities and market requirements over time, no matter what happens in the environment or within the company. Alternatively, one can see sustainability as maintaining fit while actively changing (presumably improving) the balance between resource capability and market requirements

The example of the CAG Recycling Services used in Chapter 14 is an illustration of how both the operations strategy matrix and the "line of fit" model can be used to describe sustainability (as it happens, of the second type where the objective is to move up the line of fit).

When reading this example remember that the "line of fit" model is notional in the sense that neither of the axes are calibrated. Nevertheless, it provides a useful articulation of the company's history.

Remember also what the theory box calls the "Red Queen" effect. Even in the first meaning of sustainability (maintaining the same balance between operations capability and market requirements) can involve significant operations strategy effort. As the Red Queen said, "It takes all the running you can do to keep in the same place. If you want to get somewhere else, you must run at least twice as fast as that".

Although there is some evidence that long-term competitive benefit can be associated with unique operations capabilities rather than clever market positioning, from a practical perspective most organizations would go with the first approach. Namely that we must start by understanding the market and then (over time) develop operations capabilities to match the market. There are good reasons for this, all companies have markets, but not all companies have operations capabilities worth exploiting.

Nevertheless, do not dismiss the resource-led approach to devising operations strategies. There is a strong argument that innovative and profitable differentiation in any market is best achieved through developing unique and difficult to imitate operations capabilities. In other words, there is a limit to where marketing can take you, beyond that limit you need to be really good at operations.

The example of Volvo's operations strategy since the 1970s is a good example of how most organizations achieve fit in response to external pressures. Note that only some of these pressures come directly from the market for its products. Certainly, issues of cost and quality became more important during the 1980s, which was why Volvo changed its operations stance, however social issues also played their part.

The chapter uses the operations strategy to identify how fit can be described at four levels (it also uses an alliterative approach so it is often called the "four Cs of operations strategy").

To achieve fit you have to be comprehensive in exploring operation strategy.

To achieve fit you have to have internal coherence between the different decision areas.

To achieve fit operations strategy decision must correspond to the priority of each performance objective.

To achieve fit the particularly critical intersections must be identified.

To particular formulation models of fit are presented; the Hill framework and the Platts Gregory procedure. Do not think these are the only two. In fact there are hundreds of different published methodologies, many academics and all consultancy companies tend to have their own. Moving up the line of fit inevitably implies that an organization must learn how to cope with tougher market conditions and/or learn to achieve higher levels of resource capability. The key word here is learn. This is why the discussion on single loop and double loop learning is important.

Operationalizing these ideas often involves significantly rethinking the way an operation organizes itself. The box on St. Luke's, the advertising agency, is a good example of this.

Risk

Frankly, it is unusual for any treatment of operations strategy to include this topic. Yet we believe it is particularly important. Operations strategy means making long term and often fundamental changes. Not necessarily all at once, even a continual stream of small decisions to "do nothing" is fundamental in the sense that it dictates the organization's position with its environment. And such fundamental decisions invariably carry risks. Again, even the decision to "do nothing" carries the risk that a failure to change will leave a company vulnerable.

The chapter chooses to use the "line of fit" model to describe risk. Using this model, risk is any significant deviation from the line of fit.


Again, the operations strategy matrix can be used to classify risks (and realized risks, in other words failure). Just as most companies have particularly important or critical intersections on their operations strategy matrix, failure and risk can be associated with a number of critical intersections.

It is important to distinguish between pure and speculative risk. Pure risks involve events that can produce only loss to the company, while speculative risks relate to events that could hold potential for loss or gain. Usually, the consequences of pure risk (such as disasters) are on the front pages of newspapers, while the consequences of speculative risk (a business decision going wrong) are in the business pages.

A useful way of thinking about risk management and control is to distinguish between,

prevention - stopping something happening; - Hurricanes, flooding mitigation - reducing the consequences when something happens; Economic, cotainment spatial (space) and temporal (time), loss reducrtion and substituion recovery - changing the perceptions of something going wrong. DR, learn from failures

Also think it hasa three step process (above)



operation Strategy matrix and Criricality, Coherence and Correspondence

The Crtical elements are the deciosn areas with the performance objectives 09nb the performance objectives QFSDC are mkt rqriuements) Coherence is across the deciosn area - Supply/Capacity/Devp and PT


Strategy formualtion and Operations Planning strategy is largely discredited in favor of emergent but planning tools can be useful •provides disciplined approach • Enforce communications • enables l-t thinking • provides basis for evaluating plans


Hill Framework Fit framework ◦Step 1 what atre the Corporate obkectives ◦What are the mkt requiroemenets ◦GHow do we develop produst services to server markets ◦Operations syratewgy■Process Choice ■Infrastructure


■Not supposed to be necessarily sequentian\l ■It is an outside in approach ■Does not distiguish between external competitive factors and internal performance objectives


Platts Gregory Framework - Fit Frameowrk ◦Develop understanding of firms mkt position ◦Assess the capabilities ◦Review various improvement options

■Good use of PM techniques and worksheets ■Out-ise in view ■ The whayt happens next is a wek part of the analysis

e.g. Deloivery lead time - short..............................................not significant Relaibility - varaible.............................................................critical

on each compare makrket requirrements v achieved perforamcne

Again you can use the Performance Importance matrix


Diifuclties in formualting op startegy ◦ Ops mgrs focussed on delivery ◦ ops mgers are dispersed ◦Culture of org bias against ops mgrs and strategy

Should they be •Implementots •Drivers •Supporters of startgey?

TQM Demings 14 poit quality programme Plan for l-t commitment - Devpt and org Qualoity must be built in every stage - PT, Supply , Org Cease mass inspection - PT, Sup, OD Elininate qulaity perforamnce measures based on o/p (all 4) Stop demanding higher proedcutivity without the means of achieveing it

■use SWOT ■Understand the resistance to change ■The dangers of tight fit - Loenard/McDonnell "It may be difficult to change a struggling organizations it is virtually impossible to change an org with outwards sign os success"■Investment bias - political forces, history

e.g. IBM lost leadership in PC's while sticking to the Server market - Didnt see portential of operationg systems. Their fit was too tihht to change - Now elephanst can be nimble

■Porter's Generic Strategy and impllication for ops - low cost, efficieny, or quality and variety


Implicatiosn of Volvo's attempts at startegy changes

1. Kalmar - created small focussed fatories - attract staff 2. Uddevalla - staff build complet cars - quality 3. Gent - Lean production - Inter-plant competition 4. Born - Uniqueness around conformity - World Class Operations


It was trying to fit with its environment