54
Art, Technology, Networks, and the Future of Higher Education George Siemens, PhD July 29, 2013 ATHE Leadership Summit

Art, Technology, Future of Education

Embed Size (px)

DESCRIPTION

Presented to the Association for Theatre in Higher Education (ATHE) Leadership Summit

Citation preview

Page 1: Art, Technology, Future of Education

Art, Technology, Networks, and the Future of Higher Education

George Siemens, PhDJuly 29, 2013

ATHE Leadership Summit

Page 2: Art, Technology, Future of Education

Digital spaces for learning/teaching art, theatre, music

Page 3: Art, Technology, Future of Education

Equivalency of space

Online and F2F as equal spaces, but with unique attributes

Page 4: Art, Technology, Future of Education

Rhetoric of the electrical sublime

long-standing, naive, and utopian expectations

Carey & Quirk

Page 5: Art, Technology, Future of Education

Gibson’s Affordances

Action potentialPreconditions for activityAgent, object, interactionAffordance is a property of this interaction

Page 6: Art, Technology, Future of Education

Where is the art? theatre? music? in all this digital learning

Page 7: Art, Technology, Future of Education

Yes, we explore technology as a medium of art

Page 8: Art, Technology, Future of Education

Yes, we explore technology as a medium for art

Page 9: Art, Technology, Future of Education
Page 10: Art, Technology, Future of Education
Page 11: Art, Technology, Future of Education

Less prominent is as a medium to teach theatre/art

Page 12: Art, Technology, Future of Education
Page 13: Art, Technology, Future of Education
Page 14: Art, Technology, Future of Education
Page 15: Art, Technology, Future of Education
Page 16: Art, Technology, Future of Education
Page 17: Art, Technology, Future of Education
Page 18: Art, Technology, Future of Education
Page 19: Art, Technology, Future of Education

Immersive experiences hit/miss

(i.e. SecondLife)

Page 20: Art, Technology, Future of Education
Page 21: Art, Technology, Future of Education
Page 22: Art, Technology, Future of Education

Tom Woodward

Page 23: Art, Technology, Future of Education

Networks

Page 24: Art, Technology, Future of Education

Maria Popova

in order for us to truly create and contribute to the world, we have to be able to connect countless dots, to cross-pollinate ideas from a wealth of disciplines, to combine and recombine these pieces and build new castles.

Page 25: Art, Technology, Future of Education

Wellman (2002)

Page 26: Art, Technology, Future of Education

http://research.uow.edu.au/learningnetworks/seeing/snapp/index.html

Page 27: Art, Technology, Future of Education

the world will fragment, with some parts moving towards the brighter side of networked individualism and other parts moving towards gated communities and more tightly controlled information flows.

Page 28: Art, Technology, Future of Education

Freedom and control

Page 29: Art, Technology, Future of Education

When systems are distributed, alternative modes of integration are needed

Stasser-Titus (1985)

Page 30: Art, Technology, Future of Education

Challenge then is to create a new integrated whole

Page 31: Art, Technology, Future of Education

Challenge then is to create a new integrated system

Page 32: Art, Technology, Future of Education

Technology and online learning

Page 33: Art, Technology, Future of Education

The first use of the internet was communication and duplication

Page 34: Art, Technology, Future of Education

Creation is a more recent focus

Page 35: Art, Technology, Future of Education

Interaction equivalency theorem

“if any one of student-student, student-teacher or student-content interaction is of a high quality, the other two can be reduced or even eliminated without impairing the learning experience”

Anderson, 2003

Page 36: Art, Technology, Future of Education

Garrison, Anderson, Archer 1999

Page 37: Art, Technology, Future of Education
Page 38: Art, Technology, Future of Education

@audreywatters

Page 39: Art, Technology, Future of Education

Blending media spaces

One as lead to other: Pulling online into F2F (particularly through tools like twitter)TV programsCommercials

Page 40: Art, Technology, Future of Education

“In recent experimental and quasi-experimental studies contrasting blends of online and face-to-face instruction with conventional face-to-face classes, blended instruction has been more effective, providing a rationale for the effort required to design and implement blended approaches.”

US Department of Education, 2010

Page 41: Art, Technology, Future of Education

Technical vs. social/creative tension

Page 42: Art, Technology, Future of Education

“An Ecuadorian strawberry dessert algorithmically maximized for pleasantness”

http://www.fastcodesign.com/1672444/try-a-recipe-devised-by-ibms-supercomputer-chef

Page 43: Art, Technology, Future of Education

Eventedness

White, 2009See also Cormier 2009

Page 44: Art, Technology, Future of Education

The value of place and space

Page 45: Art, Technology, Future of Education

What does the online space do better than F2F?

Page 46: Art, Technology, Future of Education

Future of higher education

Page 47: Art, Technology, Future of Education

Current reforms are allowing certain individuals with neither scholarly nor practical expertise in education to exert significant influence over educational policy for communities and children other than their own. 

Page 48: Art, Technology, Future of Education

Increasing diversity of student profiles

The U.S. is now in a position when less than half of students could be

considered fulltime students. In other words, students who can attend campus five days a week nine-to-five,

are now a minority.(Bates, 2013)

Page 49: Art, Technology, Future of Education

Center on Budget and Policy Priorities, 2013

Page 50: Art, Technology, Future of Education

“Both student and teacher are unhappy when chained to curricula and syllabi, to tests and mediocre standards. An atmosphere of uninspired and uninspiring common sense may well produce satisfactory mastery of technical “know how” and testable factual information. Such an atmosphere, however, stifles genuine understanding and the spirit of adventure in research.”

Karl Jaspers, The Idea of the University 1959

Page 51: Art, Technology, Future of Education

What we are seeing is the complexification of higher education

Learning needs are complex, ongoing

Simple singular narrative won’t suffice going forward

The idea of the university is expanding and diversifying

Page 52: Art, Technology, Future of Education

The development of a shadow education system.

Page 53: Art, Technology, Future of Education

Prominent trends shaping the future of higher education

1. Openness2. Digital learning3. Granularized learning4. Data & analytics5. For-profit/startups (expanding ecosystem)6. Personalization/adaptivity7. Wearable/contextual computing8. Unbundling of organizational roles9. Blurring distinctive learning roles (lifelong)10.Degrees and alternative recognition models

Page 54: Art, Technology, Future of Education

Twitter/Gmail: gsiemens