2. 1. Setting the Scene
Stakeholder and community linkage
Access and social inclusion
Technological revolutions
Responding to the market
Transnational linkage
3. Innovation in a time of change
Innovation supporting learning
Innovation supporting work
Re-evaluation of traditional methods and
structures
Change and transformation needs
Impact of globalization
4. Contexts of change
Globalization
Stratification
Labour market transformation
Rights and inclusion
Access, quality and innovation in education
5. Responding to change
Flexibility
Diverse learners/digital immigrants
Learning outcomes
Pedagogical design
Integrated learning
Social capital and inclusion
6. Globalized imperatives
Patterns of constant change
Permanent migration mobility
Outsourcing
Flexible structures and modalities
End of job norms
Knowledge economy
Structural inequalities
7. Globalized culture
End of old certainties
No return to ‘normal’
Polymorphic media
Fuzzy logic and postmodernism
9. Spectres at the gates
Persistence and increase in inequality
Permanent hopelessness of excluded
Embedded violence
Internal underclass
Invisibility and ethnic difference
10. Urbanized futures
Planet of Slums (Mike Davis)
Informal economies
Hypercities
The normalization of brutality
11. Critical perspectives
Traditional schooling
Learning systems both reflect and lead
society
Information…wisdom…understanding
Critical enquiry - back to Illich
Reflection and inquisitiveness
Engaging with difference
12. Balkan ghosts
Boundaries drawn to defend ‘Europe’
against the Other (Slavoj Zizek)
Decalogue and Human Rights
Ethnic cleansing and the desert of the real
Love your neighbor not as mirror image…
but as Real (The Fragile Absolute)
13. 2. Defining innovation
Innovation as Holy Grail of crisis resolution
Construction of innovation as a new form of
alchemy
Identified issues link:
policy
knowledge production
information explosion
ownership
14. Innovation and knowledge
How does learning sustain innovation?
Necessary focus on inherited structures and
delivery mechanisms
Access and validation of knowledge have
become central concerns
Focus on mediation role, hierarchy and
control
What is now the role of the University?
15. Knowledge in transformation
Commodification of knowledge
Impact on education systems (Freire, Illich, Field)
Impact on work (Braverman, Haraszti, Davis)
Impact on community - alienation and anomie
From community to networking
Knowledge and learning now centrally linked as
product and process dimensions in the generation
of innovation
16. The outlook for knowledge
Miller (2003) fundamentally optimistic about
transformational potential of new knowledge architectures
Carneiro (2007) identifies
Paradigm shifts (industry-globalization-utopia)
Delivery modes (role-access-customized)
Driving forces (State-market-community)
17. Theorizing knowledge
Dialogic learning: interaction- dialogue of equals -
foundations of trust
Expansive learning: resoles contradictions-
dialectical-goes beyond existing to imagine
alternatives
Collaborative learning: universities-companies-
governments-communities
Formulations occur within a structure
The framework and assumptions are those of
globalized late capitalism
18. Innovative knowledge in context
If learning, working and production are controlled
innovation is at best powerless, at worst sinister
At the core of innovation is an ability to assess
critically and express freely
Fundamental to innovation is the ability to ask
questions that challenge existing relations
Innovation is re-examining existing reality while
posing viable alternatives
19. Categories of innovation
Figueiredo (2009):
Incremental: builds on existing thinking,
products, processes, organizations or social
systems
Disruptive: addressed to people who do not
have solutions - compete with nothing since
no other solutions exist
20. Incremental innovation
Addresses core of what already exists
Airplanes that fly farther
Batteries that last longer
Computers that process faster
21. Disruptive innovation
Evolves very rapidly
Replaces traditional solutions
Rooted in simple applications
Personal computer
Internet
Mobile technologies
22. Policy focus
How can we incubate creativity?
Hw can we develop capacity for
innovation?
Why have we progressed so little in formal
terms?
23. 3. Creativity
Link between creativity and innovation
Csikszentmihalyi: domain - field - person
Creative teaching
Big and little creativity
Varieties of creativity
Creativity as decision
24. Creativity for real
Need to acknowledge context in which creativity
occurs
Need to locate creativity as set of functioning
elements (Craft 2003):
Cognitive skills
Personality traits
Social
Cultural
Historical
25. Creativity - the sequel
Not easily defined
Packaging the invention
Copying the unique
Transferability
Rights and acknowledgement
26. Linking the inventive
Innovation (Fagerbert 2003):
Introduces novelty into the economic sphere
Tends to cluster in certain sectors
Explains difference in performance
27. Trends and directions
Acceleration
Collaboration and networks (external)
Functional integration (internal)
Collaboration with knowledge production
centres
Increasing domination by market realities
28. Hard realities
Role of the military
Imperatives of war and violence
Biotechnology
Patenting biodiversity
Genetics
Social engineering
Hard futures
29. 4. Transformational Learning
Sociology of innovation
Educational systems as networks of actors
who reinforce each other in stable
configurations
Stable configurations prevent change
Vested interest acts against innovation -
seen as threat
30. Engaging with systems
It is possible to have incremental change
Systems react to change even if they do not
initiate it
The promising path is through disruptive
innovation which produces irreversible
change (Christensen, Disrupting Class,
2008)
31. Changing systems
On-line courses
Pilot schools
Project based learning
Experimental schools in degraded social
communities
Non-formal learning
Abolition of the teacher
32. Beyond changed systems
Language, mathematics, science and …
Creative and cultural development
Moral autonomy
Critical thinking distinct epistemologies of
science and engineering
“Science explains what exists; engineering
creates what never existed” (Von Karman)
33. Embedding creativity
Organic, reflective evaluative follow-up
Analysis and modification
Lasting partnerships between research units
and schools
Action research teams
Organic link to work and community
Professional passion - out of the strait-
jacket
34. Supporting innovative learning
communities
Community development
Social solidarity
Environmental management and conservation
Arts and culture
Sports and leisure
Health and well-being
Social inclusion and demographic change
Advanced technologies
36. Potential models
Pupil centred
Competence driven
Community focused
Technological support
International cooperation
Learning process (application modes)
Individual value (humanistic approach)
37. Strategic planning
The innovation imperative
Reprising discovery
Challenging certainties
Re-asserting values
Defining rights
38. Themes
Innovation and creativity as starting point not
destination
Responsiveness to permanent change
Staff competence and empowerment
Engaging with excellence
Doing the unexpected - better!
Content validity and academic rigor
Customer delight
39. European trajectories
Rights of Man: Liberty, Equality, Fraternity
Thematic mythologies - social inclusion
Legacies of struggle
Hidden pasts:
colonialism, fascism, exterminism
Neo-liberalism resurgent
The Union in crisis
40. American trajectories
Constitutional rights:
Life, Liberty,the Pursuit of Happiness
All men are created equal… but…
Final frontiers: immigration, assimilation, success,
opportunity
Hidden poisons - slavery, race, eugenics
Uncomfortable truths -
Abu Ghraib to Guantanamo
Blogging in the desert - wikileaks and truth
41. Common trajectories
Demographic changes: ageing and life
expectancy
Women and labor market participation
Immigration
Cultural and religious difference
Conflict and stress
Urbanization
42. Further steps
Increased application on new knowledge
Open and distance learning technologies
facilitating learners and staff competence
Transformation of traditional teaching role
to mentoring, guiding and facilitation
Development of network of innovative best
practice at European level
43. From science to wisdom
The strangeness of reality consistently exceeds the
expectations of science, and the assumptions of science,
however tried and rational, are very inclined to encourage
false expectations. It is a tribute to the brilliance of science
that we can know such things. And it is also an illustration
of the fact that science does not foreclose possibility,
including discoveries that overturn very fundamental
assumptions, and that it is not a final statement about
reality but a highly fruitful mode of inquiry into it.
Marilynne Robinson, Absence of Mind (2010)
44. Fruitful inquiry
Innovation based on questions, not answers
Humanizing experience by understanding
Purpose and meaning
Assimilating past and present - profoundly
communicable
Unearthing the human gem - Ernest Mandel
and the abyss of barbarism
45. Directions
Avoiding innovation mantras and clichés
The poetry of open discovery and delight
Rescuing liberation in thought and practice
Back to the future - the construction of
cathedrals and creativity in a fractured
Europe