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The closing keynote and culmination of Campus Technology 2010 will be Josh Baron’s tantalizing look at the effects of technology innovation on our institutions and the examination of a future that imagines inventive uses of technology that truly revolutionized teaching and learning and facilitated new business models. After a brief review of our journey down the educational technology path over the past few decades and a reminder of some of the challenges we have faced in affecting real change in our educational systems, Baron will present a scenario in which technologies converge to create a disruptive force within education, from which a fundamental new model of teaching and learning will emerge. Baron will conclude with practical strategies for realizing this future.
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Josh Baron
Director, Academic Technology & eLearning
Marist College
Chair, Sakai Foundation Board of Directors
The Ed Tech Journey & a Future Driven by Disruptive Change
What is Disruptive Change?
Trivia Activity
You’ll have 15 seconds to tweet answer with hash tag: #CampusTech2010
Infamous Dates in the History of Disruptive Change
April 28, 2003
April 3, 2008Know why? Tweet answer with > #CampusTech2010
Biggest Disruption in Music Industry Since Phonograph!• April 28, 2003 – Apple launches iTunes• April 3, 2008 – Apple becomes largest
music retailer in the US– 50 million customers– 4 billion songs sold
• February 24, 2010 > 10 billion sold!
Disruptive Change!
What might education look like in a future filled with
disruptive change?
Presentation Overview
• The Past– The Digital Revolution: Where’s the Disruption?
• The Present– Emerging Technology Trends and Disruption
• The Future– Honey, I Lost My Job…Again!
THE DIGITAL REVOLUTION: WHERE’S THE DISRUPTION?
The Past
Data Transfer Speeds
1900’s > 28 bits per second
2000’s > 48,000,000,000 bits per second
Processing Power
• 1970’s > ~2500 transistors per CPU
• 2000’s > 1,000,000,000 transistors per CPU
Transistor Count and Moore's Law - 2008.svg by Wgsimon
Storage AdvancesApple Ile – 1983• Disks could hold 140,000 bits• RAM held 64,000 bits
Today – 2008• Disks hold
500,000,000,000 bits• RAM is up to
2,000,000,000 bits
Let’s review…• Through the digital revolution we’ve seen:
– Radical increase in the data transfer rates– Exponential growth in computer power– Massive increase in storage capacity– Significant drop in price and size of
computers• These changes have had a tremendous
impact on almost all aspects of our society
“High Tech” Hall in the 1960s
Typical “high tech” lecture hall in 1996
Why No Disruption?• We’ve been automating education…
– Transparencies-to-PowerPoint– Lectures-to-Podcasts
• Some disruptive trends have emerged…– Distance education and entry of for-profits– 1 in 4 students take at least 1 course online– UC system announcement
EMERGING TECHNOLOGY TRENDS AND DISRUPTION
The Present
Open Education Trends
Learning Technology Trends
Open Education Trends
• Open Course Content• Open Access Journals• Open Textbooks• Open Instructional Software
Open Course Content• High quality university-level course
materials, “free & openly” available– Access, share, remix without cost
• MIT’s OpenCourseWare (OCW)– Begin in 2002, now has 2000 courses– 98m visits/70m unique (1% of world pop.)– 78% of MIT’s faculty have published OCW
• Expanding beyond MIT• 176 institutions from 37
countries• 3,650 courses from 46
sources and 7 languages http://www.ocwconsortium.org
Open Access Journals• Addressing “knowledge divide”• 5,175 Journals• 417,681 articles (as of 7/14/10)
• No charge to institution or readers• Users can download, copy, distribute, print
and link to full text• Peer-review w/ editorial quality controls
Open Textbooks• Connexions (www.cnx.org)
– Based at Rice University, started in 2000– environment for collaboratively developing &
freely sharing textbook content– Concept of micro-contributions– 16,531 remixable “modules”– 1000+ total “collections”– Experts contribute for reasons other than $$
Open Textbooks
• Sustainability has been an issue• Commercial ecosystem is developing• Flat World Knowledge (Video)
– Free online, affordable offline– Open–licensed > Customizable– Frees faculty from pains of new editions
Open Instructional Software• Open Learning Initiative
– Based at Carnegie Mellon – Guided by learning theory– Embedded cognitive tutor
capabilities in software• Provide “scaffolding” much
like a human tutor
– Develop/refresh basic skills
Trends > Future Disruptions• Cost of educational content
dramatically reduced• Collapse of the traditional
publishing industry• Trends towards “best of breed” • Instructors freed to focus on
teaching, not content creation• Empowers “self-directed
learners” By Taro Taylor edit by Richard Bartz
Learning Technology Trends
• Open Learning Network• Electronic Portfolios• Semantic Web
Post-LMS Era and PLE’s• Personal Learning Environment
– Learner customized environment– Use Web 2.0 to integrate content
and connections– Self-directed/informal learning
• LMS > supports status quo teaching; teacher/course-centric
• PLE > open and participatory; learner-centric
• Pros/cons with both
“Open Learning Network”• Divergent or convergent?• Leverages open standards
– IMS Course Cartridge– IMS Learning Tool Interop.– OpenSocial API
• OLN > “mash up” between LMS and PLE
• Some things are private while others are open
By Jonathan Mott Asst. to the Academic VP - Academic Technology Brigham Young University
Open Learning Network
• Example > Sakai 3– Not an upgrade but a
new complementary product
– Learning Design Lenses– June 2011 Release– www.sakaiproject.org
Electronic Portfolios• ePortfolio use has tripled since 2003*
– 50%+ of US institutions using some form– Significant use internationally (Bologna)
• Growth drivers– Value of “reflection” in student-centered learning– Accountability (Spellings Commission)– Capture all facets of learning (curricular, co-
curricular, and extracurricular)
• Missing piece? – Credentialing Model* 2008 Campus Computing Survey
Semantic Web (Web 3.0)• Common data framework that will
allow machines to understand the meaning - or "semantics" - of data on the Web
• Example: Google doesn’t do well with “What was the weather in Boston when Obama was born?”
Semantic Web
• Wolfram Alpha is an early example– 10+ trillion pieces of data– 50,000+ types of algorithms & models– linguistic capabilities for 1000 domains
• This will allow learners to ask computers deeper questions and learn from their answers
Trends > Future Disruption• Empowering of self-directed and
informal learning• Enable documenting &
credentialing of outcomes from self-directed and informal learning
• Self-directed competes higher education
• Web becomes powerful learning tool for knowledge generation
By Taro Taylor edit by Richard Bartz
HONEY, I LOST MY JOB…AGAIN!The Future
Honey, I lost my job…again
• Obtained a BA and two MA’s• Marketing Exe for high tech start-ups• Laid off twice in 12 month period• Decided to change careers to pursue
dream of a gourmet food business• Problem > She knew nothing about it!
Engaged in Informal Learning
• Volunteered at Farm-to-Table• Worked with SCORE mentor
– Developed business plan
• Collaborated with local restaurant• Did a lot of research via the web• Blogged to reflect on experience• Networking via Facebook
What might have my wife’s experience look like in a future filled with disruptive change?
There was missing from this story?
US!
Think this will never happen?
It will go down in history as a turning point for the music industry. This is
landmark stuff. I can't overestimate it!
- Steve Jobs on iTunes, FortuneMay 12, 2003
“When you innovate, you've got to be prepared for everyone telling
you you're nuts.”- Larry Ellison, Founder and CEO, Oracle
Thank [email protected]
@JoshBaron (Twitter)