Technology and Innovation Management Flashcards
Why is innovation important?
Topic:intro
- Innovation is what drives growth for modern economies.
- Improves labour productivity growth
- Creates jobs.
What is meant by “Innovation Is Creative destruction?”
Topic:intro
Innovation Is Creative destruction; which often causes resistance - J. A. Schumpeter (1942),
William Baumol (2002). innovation creates winners and losers and may destroy existing firms altogether.
What is innovation according to Hauschildt?
Topic:intro
Innovations are qualitatively new products or processes that differ significantly from what existed before.
What is innovation according to Porter?
Topic:intro
A new way of doing things that is commercialised.
What is innovation according to Afuah?
Topic:intro
The adoption of ideas that are new to the adopting organisation
What is innovation management?
Topic:intro
Creation of processes that are aimed at creating and exploiting new things.
What are the steps in the innovation process (in order)?
Topic:intro
- Idea
- discovery
- research
- development
- invention
- market launch
- exploitation
What is the difference between invention and innovation
Topic:intro
Innovation is an invention that is sold or used in the market.
What are the steps in the invention process (in order)?
Topic:intro
- Idea
- discovery
- research
- development
- invention
What are the 3 types of innovation?
Topic:intro
- Product or service innovation
- Process innovation
- Business model innovation
How can we solve a low newness of solutions with a high newness of market?
Topic:intro
marketing
How can we solve a high newness of solutions with a low newness of market?
Topic:intro
R&D
What are characteristics of Product or service innovation?
Topic:intro
- It’s goal is to generate or increase sales
- the service/product Must be sold on the market
What are characteristics of Process innovation?
Topic:intro
- main goal is To enable/improve the production of goods and services.
- Must happen inside an organisation
What is Business model innovation?
Topic:intro
New ways to generate revenue and define value propositions for customers, suppliers and partners.
What is the main driver of innovation?
Topic:intro
R&D
What are the different types of research? (based on the Frascati Manual (OECD))
Topic:intro
- Basic Research
- Applied Research
- Experimental development research
What is basic research?
Topic:intro
Is Experimental or theoretical work undertaken to acquire new knowledge of the underlying foundations of phenomena and observable facts. Without any particular application or use in view.
Most basic research is funded by the government (via research funding). Accounts for 5 -20% of R&D expenditure.
What is Applied Research?
Topic:intro
Is Original investigations undertaken to acquire new knowledge, primarily directed towards a specific practical aim or objective.
Accounts for around 15 - 25% of R&D expenditure.
What is Experimental development research?
Topic:intro
Systematic work, drawing on existing knowledge gained from research and practical experience directed to producing, improving and installing new materials, products and services.
Most experimental development is funded by industry. Accounts for most r&d expenditure. (if we get everything spent on r&d 65 - 85%)
What patterns are exhbited in innovation activity at Market Level?
Topic:PatternsIninnovativeActivity
- patterns at the economic level
- patterns in technological evolution
- Patterns at the product level
- Patterns in the adoption of innovation
During innovation: What patterns do we see at the economic level?
- Technological change is cumulative and evolutionary
- Most innovations combine other existing innovations to create something new
- Tech innovation is not a smooth straight-line process, there are ups, downs, accelerations and slowdowns
- Revolutionary technologies - are changes that lead to tidal waves of changes. The tidal waves (above) are called technological revolutions or new ‘techno-economic paradigms
What are Revolutionary technologies?
are changes that lead to tidal waves of changes
The tidal waves (above) are called technological revolutions or new ‘techno-economic paradigms
What economic and social changes where experienced with the introduction of the spining jenny?
- 10x productivity improvement in spinning
- Mass production
- Industrialization
- Social upheaval: fear of unemployment
- Industrial revolution: factories: mass production, new social class: factory workers, urbanization, capitalism, Marx, communism
What are some consequences tech revolutions?
- There are winners and losers - Nations and Firms
- Regulations change
- New skills need to be acquired by the labour force
- Change in capital stock structure - How we look at ownership changes
- changes in Industrial relations - Industries relate differently, e.g relationship btn car mfgs and the fuel industry. Or cars with software engineering firms
In the face of new techno-economic paradigms, what determines competitiveness?
- knowledge, creativity & learning
- innovation & R&D
During innovation: What patterns do we see in technological evolution?
hint: stages of technological evolution.
We see patterns in the evolution stages:
- Emergence
- Rapid improvement
- Declining improvement
- Maturity
What is an S-curve?
Tool used for studying patterns in technological evolution. The scurve maps out the various stages in the evolution of technology.
the S-curve has the following stages
- Emergence
- Rapid improvement
- Declining improvement
- Maturity
Axes: Ouput Variable (i.e performance of technology) vs Input variable (e.g aggregate R&D spending or time)
What are the uses of the S-curve
- It is commonly used to represent the adoption of new technologies, the growth of industries, or the life cycle of products
- the S-Curve concept can help in determining when to switch to a new technology.
- it is very useful to think about how a dominant technology may be replaced by a new, initially inferior substitute
What is “The sailing ship phenomenon”
It refers to a situation where the introduction of a new technology leads to a temporary resurgence of an older technology.
What problems can the S-Curve help established companies avoid?
- Avoid over-estimating currently used technology
- Avoid lack of flexibility in organisational structure and culture
- Avoid misinterpretation of market signals due to biased attitude
- R&D budgets are linked to revenues. They should be linked to urgency of R&D efforts.
During innovation: What patterns do we see at product level?
- Industry evolution
- and dominant design
What are the 3 phases of the product life cycle (PLC)?
- Fluid Phase
- Transitional Phase
- Specific Phase
PLC: Describe the Fluid phase
This is the initial stage of technology development, similar to the introduction stage in the product life cycle. The technology is new and still being developed, and there may be a lot of experimentation and uncertainty. There may be many competing designs or approaches, and it’s not yet clear which will become dominant. Innovations tend to be radical and non-standardized, and the market for the technology is usually small and undeveloped.
PLC: Describe the Transitional Phase
In this phase, the technology starts to stabilize as a dominant design emerges. The focus shifts from radical innovation to incremental innovation, improving and refining the dominant design. The market for the technology grows as it becomes more widely adopted.
PLC: Describe the Specific Phase:
This is the mature stage of the technology. The technology is now fully developed and widely adopted, and the focus is on incremental innovation and efficiency. The market is well-developed and the technology is standardized.
PLC: Compare the relationship between Product innovations and Process innovations at each phase of the PLC.
Fluid phase: The technology is new and still being developed, there may be a lot of experimentation and uncertainty and competing designs or approaches. There is high investment in r&d. so Product innovation is increases, process innovation doesn’t exist yet. Competion is based on Functional product
Transitional phase: technology starts to stabilize as a* dominant design* emerges. The focus shifts from radical innovation to incremental innovation, improving efficiency and refining the dominant design . Product innovation rapidly declines while process innovation rapidly rises. Competition is based on Product variation
Specific Phase: The technology is now fully developed and widely adopted, and the focus is on incremental innovation and efficiency. The market is well-developed and the technology is standardized. competion is based on Price
What patterns do we see in adoption (i.e from users?)
- varried level of adoption from different groups of people
What are the different categories of adopters according to ROGER’S INNOVATION ADOPTION CURVE?
- Innovators
- Early adopters
- Early Majority
- Late majority
- Laggards
What are xtics of the “Innovators” from the ROGER’S INNOVATION ADOPTION CURVE?
- “venturesome”
- active information seekers
- cosmopolite social relationships
- able to cope with a high degree of uncertainty
- gatekeeping role in the flow of new ideas into a system
What are xtics of the “Early adopters” from the ROGER’S INNOVATION ADOPTION CURVE?
- often opinion leaders
- are more integrated into local social system compared to innovators
- sought by change agents as a “local missionary”
- decreases uncertainty about a new idea by adopting it (put “stamp of approval” on the new idea)
What are xtics of the “Early majority” from the ROGER’S INNOVATION ADOPTION CURVE?
- interact frequently with their peers
- seldom hold positions of opinion leadership
- make up about one-third of all members
What are xtics of the “late majority” from the ROGER’S INNOVATION ADOPTION CURVE?
- Adoption may be an economic necessity
- or the result of increasing peer pressures
- system norms must favour the innovation
What are xtics of the “Laggards” from the ROGER’S INNOVATION ADOPTION CURVE?
- near isolates in social network
- the past is their point of reference
- May have limited resources
- Last ones to adopt technology
According to Rogers’ Diffusion of Innovations Model, adoption is influenced by …
- innovation’s relative advantage
- compatibility
- complexity
- trialability
- observability
It also considers the role of communication channels, time, and the social system in the diffusion process.
What is diffusion?
Diffusion is the process through which an innovation, idea, or technology spreads within a social system over time. It involves the adoption of the innovation by individuals or groups, who then influence others to adopt it as well. Diffusion can occur through various channels, such as interpersonal communication, mass media, or social networks.
What is A diffusion model?
A diffusion model is a theoretical framework or a mathematical representation that seeks to explain and predict the diffusion process. These models help researchers and practitioners understand how innovations spread, how long it takes for them to become widely adopted, and what factors influence their adoption rate.
What is Rogers’ Diffusion Model of Innovations ?
Rogers’ Diffusion of Innovations Model: This model, developed by Everett Rogers, is based on the premise that the rate of adoption of an innovation is influenced by factors such as the innovation’s relative advantage, compatibility, complexity, trialability, and observability. It also considers the role of communication channels, time, and the social system in the diffusion process.
Who innovates and Why
- Whoever stands to gain most from an innovation
- Whoever has the lowest cost of doing an innovation
How do we measure innovative activity in a firm?
- R&D expenditure
- Patents
- Sales - not as good as patents and R&D
According to Schumpeter 1 , Who drives innovation?
Entrepreneurs and NEW FIRMS drive innovation there for fragmented markets are conducive for innovation
According to Schumpeter 2 , Who drives innovation?
LARGE FIRMS with market with some monopoly power
How can large firms and entrepreneurs combine together to drive innovation?
- Corporate venturing
- Client venturing
- Supplier venturing
- Joint ventures
- Technology acquisitions
From the large firm perspective, how do we= Mathematically determine who is more likely to innovate?
We can use Arrow’s model for a simplistic view of the market
What assumptions are made by Arrows model?
- Linear demand curve
- The constant marginal cost of c
- Radical innovation reduces cost to c1
- Only the innovator benefits (no information spill-overs)
Which cases are compared by Arrow?
- Ex-ante monopoly => ex-post monopoly
- Ex-ante perfect competition => ex-post monopoly
- Ex-ante social planer => ex-post social planer
Describe what happens in the Ex-ante monopoly => ex-post monopoly
Before innovation there is a monopoly , and after innovation monopoly remains
- They risk cannibalising their existing products
- Thus, Less incentive to innovate against the competition
Describe what happens in the Ex-ante perfect competition => ex-post monopoly
Perfect competition before innovation and monopoly arises after innovation
- prices go down, monopoly has resources to undercut on price, thus driving other players out of the market
- drives down prices and benefits consumers
- greatly reduces the profits that the innovating firm can earn from its invention
- Thus reducing the incentive for firms to innovate in the first place.
Describe what happens in the Ex-ante social planer => ex-post social planer
Social planner controls the market before innovation, social planner still controls the market after innovation
- Social planner is the government
- They partially experience cannibalisation
- They don’t care about money but more about welfare.
- Welfare is both companies and consumer
- They come out on top
What is the Efficiency effect ?
if the innovation is only slightly better than existing products, it is more attractive to remain the only player in a monopolistic market than to become the second player in a duopoly.
What is the Cannibalization effect ?
if the innovation is radical, or drastic, and supplants existing products: by innovating, an existing firm – but not a new firm – would lose profits from an existing product.
What are some key questions that policymakers are asking when trying to incentivise innovation?
- Support small or large firms?
- Support entrepreneurs?
- Support networking? Between firms, or with universities?
- Support or inform about patenting?
- Support internationalization? EU policy!
- How to harmonize regional, national, and EU-wide policies?
What are the Advantages of NEWNES?
- no path-dependence; can create a business from scratch, thus more willing to pursue completely new approaches
- less “inertia“; company structure more flexible
- more open and flexible culture
- can hire people that exactly match the task at hand; no need for re-training
- will have, on average, more flexible employees (younger, more entrepreneurial)