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The Social Implications of Information and Communication Technologies.
Manuel Castells
For the first time, entire planet in a capitalistsystem
Global economy based on ‘core activities’:finance, tech, communication, networks ofproducers of goods and services
Global economy is informational: coreactivities rely on knowledge & information
The network economy, work & employment
“A network is a set of interrelated units thatdepend on each other for the performance oftheir common task”
A new economic actor: the network enterprise
Constituted around the business project
Flexible & adaptable
Adjusts to demand, technology, process & product
Needs high-speed transportation and communication
Emergence of flexible work: temp, freelance, etc.
The network economy, work & employment (2)
Firms must manage contradiction betweenvalue of labor and transient workers
Workers need to acquire and updatespecialized knowledge
Labor unions’ changing role from firm-basedrepresentation to political representation
Individualization of work and its sustainability
The network economy, work & employment (3): implications
4 changes in education:
Quantity:
Explosion in number of computers
Disparities in student/computer ratios andeffectiveness
1996: 98% of all schools had a computer
2009: 97% of PS classrooms had a computer
Internet access: 64%  93%
Education, Information & Information Technology
Quality:
Positive effects overall
But: influence of context (school, teacher training,family influence…)
Organization: the knowledge-creating school
Teaching & learning based on creating skills
Technology may extend student autonomy and freeup teachers’ time for research
Schools intra- and interconnected to shareknowledge
Education, Information & Information Technology (2)
Purpose:
Schools must teach the use of technology to helpstudents find information, and…
“…generate specific knowledge in an endlessprocess of redefinition of skills, depending on thetasks to be performed and the context of theperformance.
Education, Information & Information Technology (3)
Internet diffusion:
1998: 100-130 million users worldwide
2011: 2.1 billion
Deep implications for social movements
Difficulty of censoring information
Internet as extension of existingcommunities, which are increasingly based onaffinity rather than space.
The Internet Society
Increasing income polarization
Extreme poverty
Social exclusion
Widespread increase of inequality in countriesand worldwide
Current framing of ICT’s within capitalism amajor factor in rising inequality
Inequality in the information age
Flexibility & global reach
Education, information, science & technologycritical but uneven
Networked/individualized economy increasespeople’s isolation
Widespread feminization of poverty
Gender & racial discrimination, digital divide
Crisis of the welfare state
Inequality in the information age (2)
Space of places and space of flows:
there is, at the same time, spatialconcentration and decentralization ofactivities and human settlements.
Global city as composite of bits of urbancenters where flows are enabled
The transformation of space and time
Timeless time:
Electronic circuits allow for light-speedcommunication, compression of time
De-sequencing: clock time was more ordered.Timeless time breaks predictable patterns (incareers, biological cycles, etc.) and allows forendless recombining.
The transformation of space and time (2)
There is a dramatic gap between ourtechnological over-development and oursocial underdevelopment
After conquering the power of life or deathover our own species, we may well follow ourdeath wish
Conclusions
Examples of developments analyzed byCastells – how have things changed since1999?
How do Castells’ timeless time and space offlows inform educators’ and technologists’practices?
What to make of the knowledge-creatingschool? Is it a desirable/likely direction?
Questions for discussion