An innovation is a purposeful combination of market and
non-market mechanisms to optimize production deployment and use of new
knowledge for sustainable growth or institutionalized processes in the public
and private sector.
Innovations do not happen in isolation. They come about as a
result of a collective effort or achievement. Manufacturers come up with new
ideas through a number of sources. Other manufacturers might produce better,
cheaper and more quickly and the competition causes some changes in the
process. They also learn from consumers’ feedback and have new ideas as a
result. Suppliers get new products and these could change the manufacturers’
practice. The government may fund R&D and university professors might contribute
some new information. Innovation is not solely an independent activity
conducted by businesses on their own so it makes sense to consider the entire
system rather than a business in isolation.
By employing a systems perspective, we are able to include other relevant factors that contribute to firms’ performance. This includes the skill of the workforce available, the political climate of supporting change (or restricting it), and financial institutions willing to extend the capital. A system perspective allows other relevant factors to be included in the analysis.
By employing a systems perspective, we are able to include other relevant factors that contribute to firms’ performance. This includes the skill of the workforce available, the political climate of supporting change (or restricting it), and financial institutions willing to extend the capital. A system perspective allows other relevant factors to be included in the analysis.
Systems exhibit complementarities, constituent
components within a system that are linked to one another. The presence of
linkages is crucial for the effective functioning of the system. The absence of
a critical link or a component could block or slow down the growth of the
system. These components could be technical or social.
An innovation systems perspective is useful for
understanding the interaction between an innovator and the environment. The innovator is usually a business which depends on links to components of the
system which either makes it more efficient or slows things down. Components are product market conditions, the education and training system, the
macroeconomic and regulatory context and communications infrastructure. A
system of innovation has the capacity or the potential to affect a country’s
performance in economic growth, job creation, and competitiveness. It is why
policy makers try to enhance innovation systems.
The first definition of innovation systems concerned the
combination of market and non-market mechanisms for the production of new
knowledge. Now we're defining an innovation system as a set of
institutions that jointly and individually contributes to the development and diffusion
of new technologies. We are focusing on a framework within which governments form and implement policies. We're focusing more on the policy-making dimension
that the innovation systems conceptual approach can highlight.
In other words, an innovation system is a system of
interconnected institutions that collectively create, store, and transfer the
knowledge, skill, and artifacts which define new technologies. This definition
is from the OECD. The interconnectedness refers to the linkages between
different components within a system that collectively combine to help define
the emergence of new technologies within a society.
from Coursera course, Science and Technology and Society in China. Week 3. by Naubahar Sharif, The Hong Kong University of Science and Technology
from Coursera course, Science and Technology and Society in China. Week 3. by Naubahar Sharif, The Hong Kong University of Science and Technology

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