innovation management 1
TRANSCRIPT
Innovation Management Dipl.-Wirtsch.-Ing. Dr. Christiane Rau IPM Bachelor: INO3VO | Master: INO1ILV
1. Setting the Stage
2. Innovation Strategy
3. Organizational Integration of IM
4. Innovation Process
5. Innovation Culture
6. Fuzzy Front End: Idea Evaluation
7. Innovation Performance Measurement
8. Service Innovation Management
Seite 2
Agenda
3
LVA Organisation
Grading Written exam (90 min.)
Slides and additional material
Chapter I: Introduction & Recap
© Kurt Gaubinger | Christiane Rau FH Wels IPM 5
Innovation
In all industries …
– Innovation are a key driver for success, growth, and
survival!
Research shows…
– there is a strong positiv link between innovation and market
share as well as ROI!
© Kurt Gaubinger | Christiane Rau FH Wels IPM 6
Terms and Definitions
Invention
– Focus on knowledge generated by R&D
– First technical realization of a solution
Innovation
– First commercial use of a novel solution
– A invention (product or process) is introduced in the market (focused definition) and achieves market success (wider definition)
DIESEL
© Kurt Gaubinger | Christiane Rau FH Wels IPM 7
Innovation
What motivates companies to …
– engage in innovation projects?
© Kurt Gaubinger | Christiane Rau FH Wels IPM 8
Innovation
Technological progress
– High growth rates (technology / knowledge)
Changing customer needs
– Reconfiguration of markets, hybride consumers, …
Shorter Product lifecylces (PLC)
– In the last 50 years, PLC decreased down to 25%
– Development of product generations is persued in parallel
Global competition
– Chance for innovation vp. competitive pressure
Success of a novel idea / internal crisis
– Prospects of profit in return, potential cost reductions, …
© Kurt Gaubinger | Christiane Rau FH Wels IPM
Types of innovation
Products
Processes
Business
models
© Kurt Gaubinger | Christiane Rau FH Wels IPM 10
Concept of innovation
Criteria for describe innovation
– Novelty
• New – beyond state-of-the-art
• New-to-market vs. new-to-company
• Radical-revolutionary vs. incremental-evolutionary
– Aim
• Market launch
• Generate competitive advantage
• Economic success
– Procedural aspect
• Innovation as process (idea to market launch)
• Innovation as outcome of a process
© Kurt Gaubinger | Christiane Rau FH Wels IPM 11
Fundamental characteristics
Novelty
Novelty (degree of innovativeness) as a distinguishing feature
Source: Salomo/ Gemünden/ Billing (2007, p. 228)
Organisation Market
Technology
Environment
+
+
+ +
radical innovation
high level of novelty
within each dimension
Incremental innovation
Low level of novelty
within each dimension
© Kurt Gaubinger | Christiane Rau FH Wels IPM 12
Fundamental characteristics
Novelty
Subcategories to assess novelty
Source: Gaubinger (2008)
Technology Market Environment Organisation
New materials New customer
needs
New suppliers New strategy
New components New customer
groups
New forms of
finanzing
New form of
organization
New technologies New distribution
channels
New competitors New production
facilities
New manufacturing
technologies
New marketing mix New business
models
New competences
… … …
© Kurt Gaubinger | Christiane Rau FH Wels IPM 13
Fundamental characteristics
Novelty
Basic innovation
– Technological or organizational breakthrough
– Mostly leads to a number of subsequent innovations
© Kurt Gaubinger | Christiane Rau FH Wels IPM 14
Fundamental characteristics
Novelty
Product improvements and -adaptions
– Fundamental functions stay the same
– Distinct aspects are improved
– Available features are adapted to meet customer preferences
© Kurt Gaubinger | Christiane Rau FH Wels IPM 15
Fundamental characteristics
Aim of innovation
– Main aim: Develop and expand competitive advantage
Source: Vahs/Burmester, 2005, p. 61
Flexibility
Know-How
Competence
Output
Input Time
Efficiency Productivity
Intensity
Quality
Customer value
Cost
Price
Readiness for delivery
Availability
© Kurt Gaubinger | Christiane Rau FH Wels IPM 16
Aim of innovation
a) Quality and customer benefits
Quality
– „Degree to which a set of inherent characteristics fulfills
requirements”. (requirement defined as need or expectation)
(ISO 9000)
Aim of innovation
– radical as well as incremental improvements of products
(product innovation) and processes (process innovation) lead
to improved quality!
© Kurt Gaubinger | Christiane Rau FH Wels IPM
Example from automobile industry
From an interview with Dr. Dannenberg, Director of Oliver
Wyman
Aim of innovation
a) Quality and customer benefits
17
Source: Automobil-Produktion, Mai 2007,
Available from: http://miredaktion.sv-www.de/imperia/md/content/ap/heftausgaben/ap2007/ap05-2007/apr-008000-interview.pdf
Innovation needs to stay affordable.
The automobile industry is alarmingly often rode roughshod over its
clients wishes - and wastes therefore about 27 billions of euro a year.
Too low commitment is shown to cost-cutting innovation. This is the
result of the very recent study done by Oliver Wyman (formerly known as
Mercer Management Consulting).
© Kurt Gaubinger | Christiane Rau FH Wels IPM 18
Aim of Innovation
b) Input - costs
Costs
– … valued consumption of inputs
– Competitive markets increase cost pressure
– The evolution of costs during the innovation process needs to
be closely monitored
Source:
Vahs/Burmester,
2005, p. 67
CO
MM
ITM
EN
T/
TO
TA
L C
OS
TS
INF
LU
EN
CE
ON
CO
ST
S
INNOVATION PROCESS
© Kurt Gaubinger | Christiane Rau FH Wels IPM 19
Aim of Innovation
b) Time
Short lead time for innovation …
– enable early market entrance
– Give greater flexibility to choose when to enter the market
– Lead in knowledge compared to competitors
Innovation process X AG
Innovation process Y GmbH
Monopoly profit
© Kurt Gaubinger | Christiane Rau FH Wels IPM 20
Fundamental characteristics
Procedural aspect
Innovation…
– … is a new product that is successful brought to market or a
successfully implemented new process.
Up to now…
– … different activities have been necessary, which are more or
less similar for all innovations
To describe innovation processes…
– … a variety of different models have been developed
© Kurt Gaubinger | Christiane Rau FH Wels IPM
Translated from Gaubinger (2009, p. 23)
21
Fundamental Characteristics
Procedural Aspects
Marketing
management
Design
management
R&D & technology
management Innovation process
Idea
gather-
ing &
evalua-
tion
Product
concept
Develop
-ment
Test &
vali-
dation
Launch
Str
ate
gy
© Kurt Gaubinger | Christiane Rau FH Wels IPM 22
Innovation Management
Many new development projects fail…
… why?
FedEx lost $340 million
on its Zap mail
Flop rates of 90%!
Dupont lost $100 million
on the synthetic leather
„Corfam“ Ford lost $250 million
on its Edsel
In 2007 readers of the magazine „Motorrad“
chose the C1 for the „biggest motorcycle flop“.[
© Dr. Kurt Gaubinger & Dr. Christiane Rau IPM INO1VO
Translated from
Cooper (2002, p.24)
Innovation Management
• Main reasons for new product failure
23
13%
6%
8%
9%
10%
14%
16%
24%
Other reasons
Technical problems
Bad timing
Competition
Increase developmental costs
Insufficient marketing effort
Products do not meet
expectation
Insufficient market analysis
© Kurt Gaubinger | Christiane Rau FH Wels IPM 24
Innovation management
Organisation & employees
Innovation culture
Inn
ovati
on
str
ate
gy
© Kurt Gaubinger | Christiane Rau FH Wels IPM 25
Innovation management
Aims of innovation management
– Effectiveness
• Engage in the right innovation projects
• Choose innovation projects that are important to implement
corporate strategy
– Efficiency
• Execute innovation projects in the right way
• Execute a innovation project in a target orientated way (in
regards to quality, cost and time)
Managerial instruments…
– … supports managers to achieve these aims!
© Kurt Gaubinger | Christiane Rau FH Wels IPM 26
Innovation management
Initiating product innovations
technological
progress
internal crisis
competition
shortened product
life cylces
changing customer
requirements
Init
iati
ng
pro
du
ct
inn
ova
tio
ns
Marketing
management
Design
management
R&D & technology
management
Innovation process
Idea g
ath
ering &
evalu
ation
Pro
duct concept
Develo
pm
ent
Test &
valid
ation
Launch
© Kurt Gaubinger | Christiane Rau FH Wels IPM 27
Initiating product innovations
Pull innovation
– Innovation is initiated by distinct customer needs (market-pull)
– Potentially highly successful
Push innovation
– Innovation is initiated by technological advancement
(technology-push)
– Triggered by innovation within the R&D department of a company
– Potential for success does not always exist!
Conclusion
– A dual focus on market as well as technological aspects is
needed to come up with successful new offerings!
© Dr. Kurt Gaubinger & Dr. Christiane Rau IPM INO1VO 28
Idea Management and Open Innovation
Defining search fields
Search fields…
– … link strategic innovation planning and gaining ideas
– … are defined on the basis of strategic goals!
– … are defined to increase efficiency of idea generation!
Innovation trigger Search fields Idea generation
Customer survey:
„More safety“
Preventing accidents
(functions for active
safety)
Preventing consequences
of accidents
(functions for passive
safety)
Ideas for solutions
Ideas for solutions
© Dr. Kurt Gaubinger & Dr. Christiane Rau IPM INO1VO 29
Idea Management and
Open Innovation
• Aim…
– … first generate a high quantity of ideas!
– „Quantity breeds quality“ (Osborn 1963, p. 124)
• Consistent use…
– … of internal and external sources of information as well as
creativity techniques
Marketing
management
Design
management
R&D & technology
management
Innovation process
Idea g
ath
ering &
evalu
ation
Pro
duct concept
De
ve
lop
me
nt
Test &
valid
ation
Launch
© Dr. Kurt Gaubinger & Dr. Christiane Rau IPM INO1VO 30
Open innovation
Processes
Source: Gassmann/Enkel (2009, p.7)
© Kurt Gaubinger | Christiane Rau FH Wels IPM 31
Open innovation
Methods
Idea contests
– To be applied in the fuzzy-front-end; competition supports participants’ creativity and improves the quality of submissions
Lead-user method
– Citeria for leaduserness
– Empathic design
– Observation of individuals when using the object in the intended (natural) enviornment of use
IT-supported methods for customer integration
– IT supported methods which support the articulation of customer needs by visual and/or virtual means (e.g. online communities, toolkits, or bulletin boards)
© Dr. Kurt Gaubinger & Dr. Christiane Rau IPM INO1VO
Idea Management
Collecting and storing ideas
32
External
sources
Idea
generation
Internal
sources
Idea pool I (newly submitted)
Screening
Idee pool III
Idea pool II (ready to evaluate)
Ro
ug
h e
va
lua
tio
n
De
taill
ed
evalu
ation
Fin
al
choic
e
© Kurt Gaubinger | Christiane Rau FH Wels IPM 33
Success factors in innovation
management
Inn
ovati
on
serf
olg
product
market
resources & potentials
internal processes
Source: Cooper, R., G.: Tops und Flops in der Produktentwicklung, 2002
Su
cce
ss
© Kurt Gaubinger | Christiane Rau FH Wels IPM 34
Success factor
Product
Product superiority (1) Satisfying customer needs and quality requirements
Competitive advantage:
– Functionality
– „Technical“ quality (reliability, durability, etc.)
– Design
– Compatibility
– Services („product-service- systems“)
Important: Customer needs to be able to recognize
and verify product superiority!
Success
© Kurt Gaubinger | Christiane Rau FH Wels IPM 35
Success factor
Market
– Customer insights need to be well-considered already
while developing first concepts
– Using customers insights not verify product concepts is
not sufficient!
– Early customer integration is important!
– Which customers should be integrated?
– Customer feedback is important
– Ongoing task!
Cooperation with customers (2) Integrating customers in the innovation process
Further
information.
INO3VO-T2
Success
© Kurt Gaubinger | Christiane Rau FH Wels IPM 36
Success factors
Market
Market attractiveness (3) Structure of needs, market growth and –size
Competitive situation (4) Competition, substitutions
• Already in the early phases of product development it is
necessary to assess the attractiveness of potential
markets!
• A systematic analysis of competito Systematische
Konkurrenzanalyse muss am Beginn der Entwicklung
stehen und auch processbegleitende durchgeführt
werden!
Success
© Kurt Gaubinger | Christiane Rau FH Wels IPM 37
Technological synergien (6) Synergies in R&D, Engineering, Production
Medical -
Materialprüfung
Marketing synergies (5) Using existing marketing knowledge
Example „Schnittbildtechnik“
Success
Success factors
Resources & potentials
© Kurt Gaubinger | Christiane Rau FH Wels IPM 38
Systematic Foresight (7) Generate new product ideas before competitors do!
– Time lead over competitors by early recognition
of chances and risks = competitive advantage!
• „Scanning“ the environment
• „Monitoring“ specific areas
Success
Presence Future t
Future
Technologies
Chances + Risks
Chances + Risks
New
Technologies Technology development
Success factors
Resources & potentials
© Kurt Gaubinger | Christiane Rau FH Wels IPM 39
Innovation culture (8) Organization as a system of continuous innovation
Financial resources (9) Equity as risk capital
Success
Success
Success factors
Resources & potentials
© Kurt Gaubinger | Christiane Rau FH Wels IPM 40
Quality of implementation (10) Systematic implementation (innovation process)
G G G G G G
Quality of marketing activity (11)
Success
Success
– Market studies & Competitive analyses
– Definition of target market & positioning
– Marketing plan (operative)
– Concept & product test
– Market launch
Success factors
Internal processes
© Kurt Gaubinger | Christiane Rau FH Wels IPM
Conjoint-Analysis as a tool to support
product development
Conjoint analysis is used to measure consumer
preference of multi-feature product or service
alternatives
It provides a distinct customer value for each
feature!
CA provides important directions for pricing
schemes and an estimation of market potential
Analysis is based on an evaluation of different
products (with varying combination of features) by
potential customers/ users!
Internal processes
Quality of marketing activity – An example
© Kurt Gaubinger | Christiane Rau FH Wels IPM 42
Internal processes
Quality of marketing activities
Concept test – scope
Source: Wiesmair, 2012
© Kurt Gaubinger | Christiane Rau FH Wels IPM 43
Exact product & project definition (12) Substantial specification to be done before the development phase
Success factors
Internal processes
Thoroughly defined products are three-times more
often successful then weaker defined ones
– Definition and description of the target market
– Customer requirements
– Central product features (performance data)
– Important external and internal restrictions
– Estimated manufacturing and project costs,
– Required timeframe and project milestones
Ideengewinnung und
-auswahl
Feinanalysen
Konzeptdefinition
Konzeptprüfung und
-freigabe
Produktentwicklung
Pro
du
ktk
on
ze
ptio
n
Success
© Kurt Gaubinger | Christiane Rau FH Wels IPM
– Cross-function teams!
– Innovation controlling
44
Internal coordination (13) R&D, Design and Marketing; cooperation partners
Top-Management support (14) Accelerating the innovation process
„Top-Management‘s main task is to set
the stage for innovation (resources)…no
to decide on each and every internal
issue of a project or its direction.“
(Cooper)
Success
Success
Success factors
Internal processes
Henard & Szymanski (2001)
Meta study of 60 studies by Henard & Szymanski (2001)
Besides Cooper‘s studies also a number
of meta studies on success factors exist
45
Product
characteristics
Strategic
factors
Process
characteristics
Product advantage
(0.44)
Product
innovativeness (0.30)
Company resources
(0.30)
Technological
Synergy (0.42)
Market orientation
(0.27)
Marketing synergy
(0.26)
(): betacoefficient
(multiple regressionanalysis)
Content:
Focus often on marketing perspective. Cooperation with partners is less
considered.
If technological processes are considered, it is focused on R&D
management. The innovation process is less considered.
Focus on large scale enterprise.
It is not controlled for the degree of innovativeness as a moderating
variable.
Method:
Mostly focusing on American institution.
Survey data with low response rates.
Informant bias: Subjective perspective of single persons within
companies. Not controlled for their position or function
Hauschildt (2004)
Difficulties of research on success factors
Research on success factors need to be
considered with caution
Seite 46
•Insufficient ability to innovate. Strategic focus
Staff potential
Design of the organization
Innovation process
•Insufficient willingness to innovate. Lack of motivation of employees involved in innovation activities
Innovation management can find a remedy!
Conclusion
Companies fail in two main areas
Seite 47
Chapter II: Innovation Strategy
At the end of this chapter you should have enhanced your ability to:
- Detail the meaning of vision, mission, and strategy
- Examine innovation strategy in relation to corporate and business
strategy
- Debate a companies innovation strategy
- Understand strategy development processes
- Apply instruments of strategy development
Aims for this chapter
50
How to develop an innovation strategy?
Adapted from: Vahs/Burmester, 2005, p. 104
Corporate
strategy
Corporate mission
Ausgangs-
situation
Ziel
51
How to develop an innovation strategy?
Vision = overarching lead concept Henry Ford‘s vision: „Make cars available to everyone“
Business principles & corporate mission Are deduced from the corporate vision
Provide insights on values, norms and ideals
Business principles are explicitly stated within the corporate mission statement!
The corporate mission supports employees to pursue the same objective
Strategy Strategies aligns operations („effectivness“)
See
MAK1VO
„Strategieplanung“
Objective
Starting
point
Levels of strategic business management
Strategic Management is done at the
coporate and the business level
52
52 52
Strategic Management
Business strategy
Corporate strategy
Advantage Strategic decision Success
Portfolio/ Diversification, Changes in Portfolio, etc.
Strategic market positioning, allocation of resources
„Parenting Advantage“
Competitive advantages (in an industry)
Corporate success
Success of a single business
Source: Siemens AG (2013 - http://www.siemens.com/about/en/management_structure.htm)
Structure of Siemens 2013 (excerpt)
Often companies are active in more than
one business
Seite 53
Energy Health Care Infrastructure & Cities
Audiology Solutions
Clnical Products
Customer solutions
Diagnostics
Energy Service
Power Generation
Power Transmission
Wind Power
Building Technologies
Low & Medium Voltage
Mobility & Logistics
Rail Systems
Imaging & Therapy
systems Smart Grid
CEO CEO CEO
Managing Board
Supervisory Board
BCG portfolio
The BCG matrix is one of the most
renowned portfolio concepts
54
54
Question marks
Stars
Poor dogs Cash cows
Market growth
Relative market share
Costs per piece
Cumulated output
Turn over
Time
Life cycle
Experience curve
Source: The Boston Consulting Group
GE Portfolio (1984)
About 45% of GE‘s revenue was generated
in markets with limited growth and weak
market position
55
- 5
0
5
10
15
20
25
30
0.33 1 3
Major appliances
Small household appliances
Lighting (USA)
Lighting (ROW)
Mobile communications (1)
Semiconductors
Engineered plastics
Commercial aircraft engines
Military aircraft engines
Station TV
Natural resources Aerospace
Nominal
annual market
growth
(1974- 1984)
6.0% average market growth
(all GE units)
= $1.0 Mrd.
GE 1984 revenue
Revenue for each square ($Mrd.)
2%
31%
23%
GE relative market
share (1984)
* *
44%
Source:
The Boston Consulting Group
Portfolio von General Electric 1994
10 years later, GE is market leader in
most businesses
56
- 5
0
5
10
15
20
25
30
1 3
Major appliances
Motors/components
Engineered plastics
Silicones
Network TV (NBC)
Station TV
GECS
Medical systems
Lighting USA
Industrial gas turbines
= $1.0Mrd.
GE 1994 revenue
Revenue for each square
($Mrd.)
8%
11% 29%
52%
nominal
annual market
growth
(1984- 1994)
GE relative market share (1994)
6.0% average market growth
(all GE units)
Portfolio Deutsche Telekom 2003
(excerpt)
57
Selected businesses
1. T-Com: Access
2. T-Com: Basis Telefonie
3. T-Com: Handsets
4. T-Systems: VCN
5. T.Systems: IP-VCN
6. T-Mobile: Telephony GSM
7. T-Mobile: mCommerce
8. T-Online: Internet Access PC
9. T-Online: Horizontal portals
Market
growth
Relative maret share
1.0
5
3
8
4
6
2
1
7
9
high
low
Please go in teams of three and analyze the portfolio!
58
Similarity of businesses (market, processes)
heterogen
homogen
Logic behind the strategy
Identify opportunities and share risks
Share resources and capabilities
Benefit from economies of scale and learning curve effects
1 2 3 4 5 15 ... // ...
Conglo-merate Diversi-fication Relational
diversification
Focused diversi-fication
SBF
Number of businesses
• horizontal • vertical
Types of diversification strategies
The degree of diversification is a central
decision of corporate strategy
Opportunities for growth
Diversification strategies can rely on
three basic alternatives
59
Internal development
External development Joint Development
Build up new business units (new products & markets) within a company
Company jointly build business units and
capitalize together on these businesses
Business units are externally sold or bought
= Internal growth = Cooperation = Akquisition
Levels of strategic business management
Strategic Management is done at the
coporate and the business level
60
60 60
Strategic Management
Business strategy
Corporate strategy
Advantage Strategic decision Success
Portfolio/ Diversification, Changes in Portfolio, etc.
Strategic market positioning, allocation of resources
„Parenting Advantage“
Competitive advantages (in an industry)
Corporate success
Success of a single business
Strategic triangle
Competitive advantages result from better
price/performance rations from customer’s
perspective
Seite 61
customer
company competition
price/
performance
costs costs
price/
performance
Please choose a company and
describe:
1) Its competitive strategy
2) What distinguishes the company
(from a customer‘s perspective
(!))
3) How does the company deliver
the advantage?
4) Is the advantage sustainable?
What are potential threats?
Exercise: Competitive advantage
Seite 62
1.) Google
2.) Audi
3.) Facebook
4.) Sonnentor
5.) Treems
An innovation strategy
… is deduced from corporate and business strategy!
… is a bundle of decisions-, actions- and behaviors, which actively
aligns a company and its product mix to meet prospective market and
competitive conditions.
It focuses on search, selection and realization of innovation and
fundamental change.
(translation from Vahs/Burmester, 2005, p. 102)
Innovation strategy definition
What is an innovation strategy?
Seite 63
Source: Vahs/Burmester (2005, p. 110)
Scope
Innovation strategy can be a functional
or a meta strategy
Seite 64
Functional
strategies
Mark
etin
g
Pro
ductio
n
Fin
ance
HR
F&
E
Functional
strategies
Ma
rke
ting
Pro
ductio
n
Fin
ance
HR
F&
E
Meta strategy Innovation strategy as a
functional strategy
Innovation strategy as a
meta strategy
Our focus!
Systematization
Innovation strategy
65
Stimulus
Technology-push
Ecosystem
Market-Pull
Market launch
pioner
Late follower
Early follower
scope
Strategy of functions
Meta strategy
Please see:
MAK1VO „Timing-
Strategie“
Please see: INO2VO
„Initiierung von
Innovationen“
66
Siemens: innovation strategy addressed at
corporate level – aim set for all businesses
http://www.siemenp.com/sustainability/pool/en/core_topics/innovation/innovation_at_siemens2012_q3_01_08_2012_e.pdf
67
Siemens: corporate level innovation
strategy - businesses may change in the
future
http://www.siemenp.com/sustainability/pool/en/core_topics/innovation/innovation_at_siemens2012_q3_01_08_2012_e.pdf
As cited in A.T. Kearney (2008)
A.T. Kearney study
Successful innovators focus more on
the upfront activities
68