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Fraunhofer IAO, Germany
Developing Integrated Business and Technology Strategies
NITM International Seminar SeriesA series of Seminars for Executives & Managers
NITM, Dublin, September 17th, 2003
Frank Wagner & Flavius Sturm
Fraunhofer Institute for Industrial Engineering
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AgendaAgenda
• Introduction
• Strategic Management for SMEs “Navigating in Turbulent Times”
• Business and Technology Strategies
• Portfolio, Balanced Scorecards and other Tools
• How Scenarios and Roadmaps can help (Cases)
• Business and Technology Scouting
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Increasing requirements for companies make new planning methods necessary
CompanyStrategy & Leadership
R&D becomes more capital intensiv
The amount of information increases
very strongly
Technology becomes more complex and
interconnected
Product diversity increases
Times of innovation become shorter
Influence of demand groups and stakeholders
increases
Internationalization gains more importance
Production becomes more capital intensive
Source: Gausemeier et al.,1996
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Wrong forecasts of reputable experts (I)
1897 Lord Kelvinimportant mathematicianand inventor
1897 Lord Kelvinimportant mathematicianand inventor
1901 Wilbur RightWith his brother one of the most important flight pioneers
1901 Wilbur RightWith his brother one of the most important flight pioneers
1932 Albert EinsteinInventor of the theory of relativity;pathfinder of the nuclear energy
1932 Albert EinsteinInventor of the theory of relativity;pathfinder of the nuclear energy
„The radio will have no future at all."„The radio will have no future at all."
„Man will not manage within the next 50 years to become airborne with a metal produced plane ."
„Man will not manage within the next 50 years to become airborne with a metal produced plane ."
„There is no sign at all, that we will ever be able to develop nuclear energy"
„There is no sign at all, that we will ever be able to develop nuclear energy"
Quelle: Gausemeier et al.,1996
It is not easy to predict the future ... !!
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1943 Thomas J. WatsonChief Executive Officer of IBM
1943 Thomas J. WatsonChief Executive Officer of IBM
1945 Vannevor BushChief Commander of the USA
1945 Vannevor BushChief Commander of the USA
1957 Lee de ForestInventor of the cathode pipe
1957 Lee de ForestInventor of the cathode pipe
1977 Ken OlsenChief Executive Officer of the computer manufacturer Digital
1977 Ken OlsenChief Executive Officer of the computer manufacturer Digital
„I think there will only be a need on the world market for 5 computers."
„I think there will only be a need on the world market for 5 computers."
"I wish, the Americans would finally stop talking about the phantasm intercontinental ballistic missile "
"I wish, the Americans would finally stop talking about the phantasm intercontinental ballistic missile "
„Despite all progress, man will never be able to reach the moon.
„Despite all progress, man will never be able to reach the moon.
„I can not see any reason at all, why an individual should have its own computer."
„I can not see any reason at all, why an individual should have its own computer."
Wrong forecasts of reputable experts (II)
Source: Gausemeier et al.,1996
It is not easy to predict the future ... !!
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Strategic Foresight
Strategic technology management
Develoment of strategic options
Derivation and definition of strategy
Strategy development
Scenario planning
... but you can try to be as sure as possible
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Agenda
• Introduction
• Case study scenario technique
• Scenario technique
• Technology Roadmapping
• Case studies Technology Roadmapping and Technology Strategy
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Case Study 1 – Scenario-Technique
Company Classification:
Sector: Automation & Drive
Company Size: 10.000 employees
Turnover: 1,2 Mio. €
Type of Customers: OEM (2nd or 3rd tier)
Strategy: Technology leader / pioneer
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Tech
nolo
gie
Zulieferer / Partner
Kunden
Kunden der Kunden
Gesellschaft
Umwelt
Wirtschaft
Gesetz/
Politik
Wettbewerber / Märkte
Mitarbeiter Management Organisation
Entwicklung
Produkte / Dienst-leistungen
Creation of a companyrelevant environment
Recording of influence factorsby interviews and workshopsand creation of key factors
Description of future model characteristics by scenarios
Text
flexible
B
Concept ofproduction
Competition-Structure
A
Structure of customer market
Cflexible
Internal Workshops
Approach for generating market & environment scenarios
PHASE I PHASE 2 PHASE 3 & 4
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Internal Interviews
Internal Workshops
Customer interviews
Product managementBranch management
PurchasingProduction Member of the boardDesignR&DSales New MarketsDevelopmentDistribution EuropeDistribution Germany
Overview of interviewed partners
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Tech
nolo
gy
Supplier / Partner
Customers
Customer's clients
Society
Environment
Economy
Law/
Politics
Competition / Markets
Employees Management Organisation
DevelopmentProducts / Services
Definition of force field
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Society:KF1: Worldwide population development KF2: Degree of indivdualisation
Changes within environment; customer's view
Law/Politics:KF3: Work rules/ law
Economy:KF4: Product life cyclesKF5: Location GermanyKF6: Change of economical structureKF7: Source of value adding
Identification of key factors (1/2)
Tech
nolo
gy
Supplier / Partner
Customers
Customer's clients
Society
Environment
Economy
Law/
Politics
Competitioner / Markets
Employees Management Organisation
Develop-ment
Products / Services
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Tech
nolo
gy
Supplier / Partner
Customers
Customer's clients
Society
Environment
Economy
Law/
Politics
Competitioner / Markets
Employees
Management Organisation
Develop-ment
Products / Services
Demand market:KF8: Market structureKF9: Market dynamicKF10: Branch dependence of
market needKF11: Consumer behaviourKF12: Structure of value added
chainKF13: Kind of competitive
advantage KF14: Specificity of regional
demandsKF15: Rules/prinziples of
collaboration
Change of market, technologiesand suppliers; customer's perspective
Suppliers market:KF16: Market structurconstellationKF17: Entry of new competitorsKF18: Competitor's service
varietyKF19: Market dynamicsKF20: Innovation
velocity
Supplier/Partner:KF21: Supplier's service
varietyKF22: Degree of supplier
integration into valueadded chain
Technology:KF23: Convergence of
technologiesKF24: Automation in
Manufacturing techniqueKF25: Nano technologyKF26: BiotechnologyKF27: Substitution of
technology in propulsiontechnology
KF28: Material innovationKF29: Production engineeringKF30: Importance of
information and communication
Identification of key factors (2/2)
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From interviews to key drivers and scenarios
SocietyThe increasing degree of Individualism is a visible trend recognizeable by diminishing edition numbers. This fortifies the trend towards personalized digital print.
Additionally a trend towards more intensive sophisticated advertisement upcoming (Demands for optic, design, image, quality)
Information are needed and demanded faster and more individualized (Results for newspapers and print industry in general)
Individualisation of information demand
A The demand for information is steady and mainly covered by specialiced print media
B The demand for information in specific groups is covered equally by digital and print media
C The increasing individualistic need for information is more and more covered by digital information
Interview extract Creation of KF and projection
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.
...
Future horizon
... for those, several development options are conceived ...
... And finally condensed to consistent scenarios .
Key factors Clustering of projectionsProjection of KFs
Tech
nolo
gie
Zulieferer /
Partner
Kunden
Kunden der Kunden
Gesellschaft
Umwelt
Wirtschaft
Gesetz/
Politik
Wettbewerber / Märkte
Mitarbeiter
Management Organisation
Entwicklung
Produkte / Dienst-leistungen
Environment:KFxDemand market:KFxSupplier market:KFxSupplier/Partner:KFxTechnology:KFx
Time
.today
.Source: changed after Gausemeier et al., 1996
From key factors to scenarios
...
The relevant measures are taken out of the network environment of enterprises; ...
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Example: KF 8 Market structure
Tech
nolo
gy
Supplier / Partner
Customers
Customer's clients
Society
Environment
Economy
Law/
Politics
Competitioner / Markets
Employees Management Organisation
Develop-ment
Products / Services
Scenario 2 "Sierra Nevada"Scenario 3 "Amazonas"
Economies change of structure leadsto global multinational enterprises, which combine different industrybranches and destroy SME's structures.The coalescence of different
industry branches leads to a division of labor following steps in the value added chain and not to a division ordered by branches. Low wages countries take over work intensive value added chain steps while high price countries specialize on core competences in development, montage, etc..International goods traffic will increase strongly. Some enterprises will cover the entire service spectrumwhile smalle ones will earn their money with specialized functions. Change of structure leads to a specialized
niche industry at the interfaces of the bigindustry sectors, which provides the connecting elements
Scenario 1 "Arctic"
From key factors to scenarios
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Text
flexibleflexible
B
ProductionconceptsCompetition
Structure
A
Scenario A Arctic
• Heterogeneous structure of customer markets
• Specific customer needs
• Numerous small, flexible niche enterprises
• Wide specificity of production concepts
Structure of customer market
Cflexible
• Need diverse structure of customer markets
• Segment specific
customer needs
• SMEs in networks
• Middle variance of
production concepts
• Homogeneous structure of customer markets
• Similar customer needs
• Huge, global orientated enterprises
• Strong Homogenity of production concepts
Scenario C Amazonas
Scenario B Sierra Nevada
Scenario construction market- & environment
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Agenda
• Introduction
• Case study scenario technique
• Scenario technique
• Technology Roadmapping
• Case studies Technology Roadmapping and Technology Strategy
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Strategic early warning: 5 stages of scenario management
scenario - preparationscenario - preparation
scenario field - analysisscenario field - analysis
scenario - forecastscenario - forecast
scenario - creationscenario - creation
scenario - transferscenario - transfer
Scenario platformContains the definition and analysis of the investigation objectas well as the definition of the area, the scenarios are created for.
1
2
3
4
5
Key factorsname relevant influence factors
Future projectionsFor any key factor several development possibilites in terms of future projections will be created
ScenariosComplex future images, whose occurrences are not able to be forecasted with absolute security
Vision/MissionStrategy
Source: Gausemeier et al.,1996
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scenario field - analysisscenario field - analysis scenario - forecastscenario - forecast scenario - creationscenario - creation
.
.time
.
.today Future horizon
.
.
.today Future horizon
.time
.
By linking the measurements of the company and the environment, the relevant influence parameters will be detected; ...
... For these parameters several development possibilites are created...
... And afterwards they are summerized to consistent scenarios.
Source: Gausemeier et al.,1996
Strategic early warning: scenario creation
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Strategic early warning: Application possibilites of scenario management
Future robust business vision and objectives
Future robust business vision and objectives
Design area
Business
Design area
product
Design area
technology
Global Design area
Objectiv planning Resource planning
Future robust visions and objectives within product management
Future robust visions and objectives within product management
Future robustStrategies for companiesand business units
Future robustStrategies for companiesand business units
Future robustStrategies for general andspecific products
Future robustStrategies for general andspecific products
Scenario-based technology assessment (TA); Technology visions
Scenario-based technology assessment (TA); Technology visions
Future robust global objectives, e.g. for organizations or policy
Future robust global objectives, e.g. for organizations or policy
Future robusttechnological solutions in new products
Future robusttechnological solutions in new products
Future robustglobal strategy e.g. for organizations or policy
Future robustglobal strategy e.g. for organizations or policy
Source: Gausemeier et al.,1996
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Strategic early warning: forms of scenarios
pure global-
scenario
pure technology-
scenario
globalsystem-scenario
globalenvironment-
scenario
technology-system-scenario
technology-environment-
scenario
pure product-scenario
purebusiness-scenario
product -system-scenario
business-system-scenario
product -
environment-
scenario
business-environment-
scenario
global-scenario
technology-scenario
productscenario
business scenario
design-area
scenario
system-
scenario
environm
ent-
scenario
Res
ourc
e pl
anin
g
Obj
ect
pla
nnin
g
types of planing
Typical fields of
scenariosTypical design areas
Source: Gausemeier et al.,1996
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Strategic early warning: Proceeding of the workshop approach
Project description
1.1
1.2
2.1
Creation of influence areas
Creation of influence factors
2.2
2.3
Elaboration of key factors
Force field analysis
internal scenario-team
external scenario-team
Business
management
workshop 1scenariofield-constructionand descriptor formation
problem
project plan
scenario-platform
influence factor-catalog
key factor-catalog
Source: Gausemeier et al.,1996
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Strategic early warning: Proceeding of the workshop approach
3.1
3.2
4.a
Projection bundling
Raw-scenario formation
4.b
4.c
Future space mapping
Creation of future projections
Projection bundle catalogue
future space
workshop 2future project planning and
consistency planing
raw-scenario catalogue
Processing key factors
Source: Gausemeier et al.,1996
internal scenario-team
external scenario-team
Business
management
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Strategic early warning: the proceeding of the workshop approach
4.d
5.a
impact analysis
eventual planing
5.b
5.c
robust-planing
workshop 3scenario transfer
scenarios
scenario-description
future robust visions/objectives/strategies
implementationcontrolling
= main field of application of scenario-software
Source: Gausemeier et al.,1996
internal scenario-team
external scenario-team
Business
management
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Strategic early warning: the proceeding of the scenario field analysis
definition of scenario-fields
definition of scenario-fields
key-factor-catalogue
key-factor-catalogue
sub-stage 1Formation of impact areas
The scenario field will be seperated in individual impact areas.
sub-stage 2Formation of impact factorsThe individual impact areas will be
described by the key factors as complete as possible.
sub-stage 3development of key factors
The interconnection of the influence factors will be investigated to identify
the scenario typical key factors.
source: Gausemeier et al.,1996
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Agenda
• Introduction
• Case study scenario technique
• Scenario technique
• Technology Roadmapping
• Case studies Technology Roadmapping and Technology Strategy
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cumulated R&D-effort
Capaci
ty o
f te
chnolo
gy
(ben
fit/
cost
s)
Source: Krubasik (1982)
Limit of new technology
Limit of old technology
R&D-effort
performance Technology
potential
Newtechnology
Oldtechnology
= Status at the point of time when a change of technology is considered
Substitution potential (Double-S-Curve)
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Technology-Roadmaps
Technology Roadmaps allow a visualisation of future technological developments
Technology Roadmapping captures and bundles knowledge of experts
Leads to the derivation of concrete options of action
O1
O1‘
O1‘‘‘O1‘‘
O2
O2‘
O3
today
Future
Time
Objects
Source: Specht et al., 2000
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Technology-Roadmaps / Proceeding
Phase 1: Definition of searching field
Phase 2: Analysis of product-technology linkages
Phase 3: Needs analysis and prognosis
Structuring of searching field
Phase 4: Potential analysis
and prognosis
Phase 5: Generation of Roadmap
Phase 6: Analysis / Evaluation
Phase 7: Action plan
Source: similar in Specht et al., 2000
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Technology-Roadmaps - Analysis of product-technology linkages
Market 1
Market 2
Product 1
Product 2
Product 3
Function 1
Function 2
Function 3
Technology 1
Technology 2
Technology 3
Detailed analysis and description of market/product combinations
Analysis of product / function / technology linkages
Visualisation of results oin consistent chains
Accoustics
Thermodynamics
Internet
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Technology-Roadmaps – Understanding the technology complex
Manufacturing Technologies
Technology of direct competitor
products
Complementary technologies
Customer requirements
Regarded product technologies
Pre-technologies
Follow-uptechnologies
Substitutive technologies
Source: Zahn, 1994
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Technology-Roadmaps – Needs and Potential analysis by scenario technique
Market 1
Market 2
Product 1
Product 2
Product 3
Function 1
Function 2
Function 3
Technology 1
Technology 2
Technology 3
Accoustics
Thermodynamics
Internet
.today Future horizon .
today Future horizon
.today Future horizonGlobal
scenarios Product scenarios
Technology scenarios
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P1
P1‘
P1‘‘‘P1‘‘
P2
P2‘
Product Roadmap
Technology-Roadmaps – Generation and Verification of Roadmaps
Source: Specht et al., 2000
P2‘ Function 1
Function 2
T1‘
T2
T3‘‘
Technology Roadmap
T1
T1‘
T1‘‘T2‘
T2 T3
T3‘GAP!
Function 3
??
T2‘P3
??GAP!
P2‘ Time consitency
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Source: Tschirky/Koruna, Technologiemanagement (1998)
Technology Strategy
Make or Buy ?Keep or Sell ?
Current Technology
New Technologies
Products
Current Products New Products
A DB EProduct Technology
Process Technology
Make
Sell
Buy
Sell
Buy
Make
9997 0097 0198 0198
Product Technology 1
Product Technology 2
Product Technology 3
Product Technology 4
Process Technology 1
Process Technology 2
Process Technology 3
Process Technology 4
98
98
99
98 98
98
98 98
98
Technology calendar
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Technology-Roadmaps – Summary
Source: Specht et al., 2000
Advantages of Technology Roadmaps:
Integrated product and technology development and planning
Enhanced transparency of product and technology planning
Identification of gaps in medium and long term product and technology planning
Bundling of existing and new technology and market know how in a central organisation unit
Matching of expectations of R&D and marketing department
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Agenda
• Case studies Technology Roadmapping and Technology Strategy
- How companies do technology foresight
- How companies organise technology foresight
- What results do companies achieve with technology foresight
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Today short-term medium term long-term
Case Study – Siemens Corporate Research
Day-to-day
business
Extrapolate via roadmaps
• Products
• Technologies
• Customer
requirements
Retropolate from
Scenarios:
New markets
New customer requirements
New technologies
New business possibilites
Automation & control
Information & communications
Lighting
Medical
Power
Transportation
individual
society
policy
economy
environment
customers
technology
competition
Strategic visionScenarios = pictures for the Siemens-operation areas
Influencing factors
Source: Austrian Research Center, 2002
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Case Study – Organisation of early warning and strategic product and technology planning in a medium-size german high tech company
CTO
Head of strategic product and technology planning
Scenario Management
Patent Management
Strategic Planning of products and
systems
Business Development
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Case Study – Schindler Group Ltd. Trends within the development of sensorsystems
Actors
Performance• high precision of measurements• high linearity • high reliability• low maintenance
Miniaturisisation• smaler scales• lower energy consumption• feedback free
Intelligence• self-identification• self diagnosis• self calibration
Integration• smart sensor systems• complex systems• wireless• digital, partly bus-compatibleSignal
processing
Trends in sensor systems:
Smarter, cheaper, embedded decentrally, self-screening
Multi-sensing
mechanical
chemicalelectrical
magnetic radiation
thermal
Source: Gassmann/Kottmann, 2002
Standardisation of interfaces• economies of scale• interoperability
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Case Study – Schindler Group Ltd. Development of the sensor technique between technology-push and market-pull
Technology push
Technology driver
Marketpull
low high
Product technology• semi-conductor• telemetry• complex measurement categories
System technology• communication technique• decentral intelligence• interfaces
Manufacturing technology• microelectronics• material technology• modularization
Dynamics
Source: Gassmann/Kottmann, 2002
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Case Study – Schindler Group Ltd. Cycle of Sensor technology – a strategic perspective
prototype
observation
invest
optimize
disinvest
low
low
high
Stage of maturity, Resources high
image sensor
IR-image-sensor
sonic sensor(voice recognition) 3D sensor
motion sensor
accelerometer
absolute encoder
inductive sensor
approach sensor
Chemical sensorsRust detection, etc. Image sensor
(CMOS)
Biometric senors• language identification• thumbprint
Optical contactor/Light-& IR sensor
power sensor
magnetic sensor
strain gauge
ultrasonic detector
position sensor
contact sensormechanical contactor
Linear incremental encoder
Core Competence New Technology
Source: Gassmann/Kottmann, 2002
Strategic relevance
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