Title: KNOWLEDGE, INNOVATION AND INTERNATIONAL COOPERATION: The Sisyphus Challenge Association of Universit
1KNOWLEDGE, INNOVATION AND INTERNATIONAL
COOPERATIONThe Sisyphus Challenge Association
of Universities and Colleges of Canada Ottawa,
May 22, 2003
2Structure of presentation
- The Sisyphus challenge
- Knowledege, technology and production a
conceptual framework a brief historical
perspective - The knowledge explosion and its manifestations
- The knowledge divide and disparities in
developing country capacities - Strategies and policies for building an
endogenous science and technology base - The special role of international cooperation
(and of Canada) - Concluding remarks
3The Sisyphus Challenge
- Uphill task of creating, consolidating and
maintaining science and technology capabilities
in developing countries - Long-term nature of ST capacity building vs.
short-term destruction process it takes 15
years to build a world-class research
institution, but just two years to destroy it
(Jorge Sábato) - Multiple hills to conquer never-ending quest to
keep up with advances in science and technology
4The Sisyphus Challenge
5The Sisyphus Challenge
- Unending nature of Sisyphus task
- If it were possible to keep the rock on top of
the hill, other hills would appear before
Sisyphus and he would have to begin anew, again
and again
- There is no rest in the Sisyphean task of
building knowledge and innovation capabilities
6Knowledge, technology and production a
conceptual framework
- The diffusion of Western science
- Basallas model (incipient, colonial and
autonomous science in non-Western regions) - Need to take into account more than the diffusion
of science (incorporate technology, production,
expansion of capitalism) - Importance of considering reactions to Western
science (absorption, juxtaposition,
reinterpretation)
7Knowledge, technology and production a
conceptual framework
- Elements of an integrative conceptual framework
- Evolution of speculative thought
- Transformations of the technological base
- Modification of productive and service activities
- Social, cultural an political context
institutional arrangements - Interactions between these elements
- Direction for the evolution of human activities
8Knowledge, technology and production a
conceptual framework
- Critical role of endogenous science and
technology base - Minimum level of domestic scientific research and
technology development capacities, and of modern
productive and service activities - Importance of linkages with external sources of
knowledge and technology - Progressive and selective establishment of
endogenous science and technology capabilities
9Conceptual model Relations between science,
technology and production
Countries with an endogenous scientific and
technological base
Countries with an exogenous scientific and
technological base
10A brief historical perspective
- The challenge of the West
- From relative independence to interdependence
after the 16th century - The evolution of speculative thought
- From magic, to religion and to science
- Changes in the technological base
- From techniques to technologies
- Changes in productive and service activities
- Expansion, diversification, nature of accumulation
11A brief historical perspective
- Interactions among the currents the triple
crisis at the beginning of the 21st century - Time frames for transformation of speculative
thought, technological base, production
activities - Simultaneous changes in the three currents at the
beginning of the 21st century - Situation not seen for several hundred years
- Turmoil, uncertainty and anxiety in transition to
new (and yet unknown) situation
12The knowledge explosion and its manifestations
- The emergence of the knowledge society
- Critical changes in second half of 20th century
(post World War II) - Growing role of knowledge in all spheres of human
activities - Dematerialization of production and services
- Changes in the relative importance of primary,
secondary and tertiary economic activities - Awareness and acceptance of variety of types of
knowledge
13The knowledge explosion and its manifestations
- The knowledge society and the triple crisis
- The twilight of Bacons program and the
transformation of scientific research - Elements of Bacons program (mode of knowledge
generation, purpose of knowledge, institutional
arrangements, idea of progress, centrality of
humanity) - Success, challenges and twilight of Bacons
program - Transformation of research (applications,
settings, cost, implications for developing
countries)
14The knowledge explosion and its manifestations
- The systemic nature of technological change
- Convergence of technologies
- More actors involved
- Greater complexity and management challenges
- Emergence of national innovation systems
15A speculative technology road map for the next
two decades
16The knowledge explosion and its manifestations
- The restructuring of the world productive system
and transition in techno-economic paradigm - Changes in the structure of world production
(geographical setting, content of productive
activities) - Transition of techno-economic paradigm (from oil
to the microchip as key factor double window of
opportunity)
17Phases of the dominant techno-economic paradigm
18The knowledge explosion and its manifestations
- Traditional knowledge, techniques and production
- Awareness of importance of traditional knowledge,
technology and production (2 billion people
without access to electricity) - Selective recovering and upgrading of traditional
techniques (technology blending) - Indigenous systems of innovation (self-regulating
markets play limited role)
19The knowledge divide and disparities in
developing country capacities
- The magnitude of the knowledge divide
- Differences in capacity to generate and utilize
knowledge between rich and poor countries - Relation to endogenous science and technology
capabilities - Disparities between developing countries a
Science and Technology (ST) Capacity Index - Different developing country situations (three
categories)
20Economic disparities and the knowledge divide
21The Science and Technology Capacity Index
22Typology of countries according to the value of
the indicators comprising the ST Capacity Index
23Science and Technology Capacity Index averages
for each category of countries
24The Human Development Index and the Science and
Technology Capacity Index
25Strategies and policies for building endogenous
ST capacities
- An approach to strategy design
- The return of strategy in development thinking
and practice - Balanced perspective on roles of the State, the
private sector and civil society - Principles for strategy design (relate to
comprehensive development strategy sustain
efforts over long time selectivity because of
resource scarcity integration of science,
technology and production consider international
dimension learning approach)
26Strategies and policies for building endogenous
ST capacities
- The repertoire of policies and policy instruments
- Multiplicity of policy instruments
- Three main categories (building science,
technology and innovation capacities creating
linkages between domestic science, technology and
production and their external counterparts
establishing a favorable environment) - Differentiation according to types of developing
countries
27Interventions to establish an endogenous science
and technology base
28Interventions to establish an endogenous science
and technology base (example)
29Strategies and policies for building endogenous
ST capacities
- A role for international cooperation
- Early recognition of importance of cooperation
- Inefectiveness of past and existing mechanisms to
help building endogenous science and technology
capabilities in developing countries (with some
notable exceptions) - Essential to revitalize international ST
cooperation (awareness campaigns, coordination
and harmonization, significant expansion of
resources and of initiatives) - Need for research networks for mutual benefit
North and South academics can and should work
together
30A role for international cooperation
- Joint effort to rethink what is development and
how to bring it about - Epoch change Twilight of Baconian program
exploration of new options without Western bias - Globalization puts all of us in contact with each
other common problems (environment, security,
health, trade, finance) need to improve
understanding through knowledge generation and
dissemination - Key role for the academic community, especially
in a country like Canada
31Concluding remarks
- Back to Sisyphus how to keep the rock on top of
the hill ? and then push it up other hills!! - Redefining development for the 21st century
critical role of capacity to generate and utilize
knowledge and of building an endogenous science
and technology base - Special role of international community research
networks, strategic technology alliances joint
ventures - Special position of Canadian academic community
roles of AUCC and of IDRC