Apple's iTunes U may be leading a global revolution in higher education

 

From DSC:

Apple has been putting together a solid ecosystem of hardware and software that allows for the creation and distribution of content.  “Easy is hard” I like to say and Apple’s done a great job of creating easy-to-use devices and apps. They have a long way to go before iTunes U has all the built-in functionality needed to replace a Blackboard Learn or a Moodle type of CMS/LMS.  But given their solid history of creating highly-usable hardware and software, they could deal a smashing blow to what’s happening in the CMS/LMS world today. 

Plus, with Apple TV, Airplay mirroring, the growth of second screen-based apps, and machine-to-machine communications, Apple is poised to get into this game…big time. If my thoughts re: “Learning from the Living [Class] Room” come to fruition, Apple would be positioned for some serious worldwide impact on lifelong learning; especially when combined with the developments such as the use of MOOCs, AI and HCI-related innovations, learning agents, web-based learner profiles, and potential/upcoming changes to accreditation.

Too far fetched do you think? Hmmm….well considering that online learning has already been proven to be at least as affective as f2f learning — and in some studies has produced even greater learning outcomes/results — I wonder how things will look in mid-2015…? (That is, where is the innovation occurring?)


 Addendum:

  • Connected TV penetration to top 50% by 2017 — from worldscreen.com by Mansha Daswani
    Excerpt:
    SCOTTSDALE: ABI Research forecasts that more than 50 percent of television homes in North America and Western Europe will have Internet-connected TV sets by 2017, up from just 10 percent last year, while Blu-ray player penetration is expected to rise to more than 76 percent from about 25 percent. The report notes that the popularity of connected TV is not limited to developed markets—there have been increasing shipments to China, ABI notes.
    .
  • Advertisers need to pay attention to connected TV [INFOGRAPHIC] — from Mashable.com
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  • The future of TV is two screens, one held firmly in your hands — from FastCompany.com by Kit Eaton
    Excerpt:

    The connected TV, sometimes called the smart TV (and even branded as such by Samsung) is a growing phenomenon: TV makers are adding limited apps, Net connectivity, and even streaming media powers to their newer TVs in the hope they’ll persuade you to upgrade your newish LCD for a flatter, smarter unit. They’re desperate to, given how flat this market is. But according to new research from Pew, the future of TV may actually be a little more closely aligned with the notion of a “connected TV viewer,” an important distinction. Pew spoke to over 2,200 U.S. adults a couple of months ago and discovered that 52% of all adult cell phone owners now “incorporate their mobile devices into their television watching experiences.”

 

Sharples, M., McAndrew, P., Weller, M., Ferguson, R., FitzGerald, E., Hirst, T., Mor, Y., Gaved, M. and Whitelock, D. (2012). Innovating Pedagogy 2012: Open University Innovation Report 1. Milton Keynes: The Open University.

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Exploring new forms of teaching, learning and assessment, to guide educators and policy makers

 

Contents

  • Executive summary 3
  • Introduction 6
  • New pedagogy for e-books
    Innovative ways of teaching and learning with next-generation e-books 8
  • Publisher-led short courses
    Publishers producing commercial short courses for leisure and professional development 11
  • Assessment for learning
    Assessment that supports the learning process through diagnostic feedback 13
  • Badges to accredit learning
    Open framework for gaining recognition of skills and achievements 16
  • MOOCs
    Massive open online courses 19
  • Rebirth of academic publishing
    New forms of open scholarly publishing 21
  • Seamless learning
    Connecting learning across settings, technologies and activities 24
  • Learning analytics
    Data-driven analysis of learning activities and environments 27
  • Personal inquiry learning
    Learning through collaborative inquiry and active investigation 30
  • Rhizomatic learning
    Knowledge constructed by self-aware communities adapting to environmental conditions 33

 

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Addendums/also see:

  • mooctalk.org from Dr. Keith Devlin, mathematician at Stanford — added 7/17/12
    Excerpt from his blog:
    I’m Dr. Keith Devlin, a mathematician at Stanford University. In fall 2012, I’ll be launching my first free online math course. This blog will chronicle my experiences as they happen, and hopefully garner some feedback and discussion for what can be approached only as a huge, but exciting experiment.
  • One course, 150,000 students — from the New York Times by Tamar Lewin — added 7/19/12
    Excerpt re: “How does this all work with a global enrollment?
    It’s been amazing. You’d see someone post in Brazil looking for other students in Brazil so they could meet and have a study group at a coffee shop. Facebook sites for the course popped up, not all in English. There are people in Tunisia, Pakistan, New Zealand, Latin America. And a professor in Mongolia has a group of students taking the course. He got them all a little laboratory kit, so they’re doing the experiments live along with the course.
  • Democratizing Education: Peter Norvig on Reaching a Global Audience — from techapex.com by Brent Hannify
    Excerpt:
    Norvig delivered a TED Talk titled “The 100,000-student classroom” in which he shared what he and Thrun learned about reaching a global audience through online teaching. He and Thrun worked together to create an online class that would be equal or better than the flagship artificial intelligence class at Stanford … and to also bring it free to anyone who was interested in signing up. Norvig and Thrun watched in amazement as 50,000 people signed up during the first two weeks after the class’s announcement, and grew “a bit terrified” when it reached a total of approximately 160,000 students.

Establishing Better Collaboration Between the Corporate World and Higher Education -- by Daniel Christian

 

From DSC:
The above article I wrote for evoLLLution.com (for LifeLong Learning) mentions the need for — and the opportunities to build:

  • More streams of content flowing between these two worlds
  • Web-based learner profiles
  • Tools that students can begin using in their collegiate days that they can later tap into long after they’ve graduated
  • Using teams of specialists
  • MOOCs
  • Collaboration between a corporation and an entire classroom
  • and more

 

 

 

Making it count — from insidehighered.com by Paul Fain

Excerpt:

Massively open online courses, or MOOCs, are not credit-bearing. But a pathway to college credit for the courses already exists — one that experts say many students may soon take.

The diagram of this concept (note: at concept stage at this point) looks like this:

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Tagged with:  

The future of higher education and other imponderables — from elearnspace.org by George Siemens

Excerpt:

Educators are not driving the change bus. Leadership in traditional universities has been grossly negligent in preparing the academy for the economic and technological reality it now faces. This failure is apparent in interactions I’ve had with several universities over the past several months. Universities have not been paying attention. As a result, they have not developed systemic capacity to function in a digital networked age. In order to try and ramp up capacity today, they have to acquire the skills that they failed to develop over the last decade by purchasing services from vendors. Digital content, testing, teaching resources, teaching/learning software, etc. are now being purchased to try and address the capacity shortage. Enormous amounts of organizational resources are now flowing outside of education in order to fill gaps due to poor leadership. Good for the startups that were smart enough to anticipate the skill and capacity shortage in higher education. Bad for the university, faculty, and support staff.

I have delivered two presentations recently on the scope of change in higher education, one in Peru at Universidad de San Martin Porres and the other at the CANHEIT conference. Slides from CANHEIT are below…

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Addendum on 6/20/12:

Addendum on 6/21/12:

How would you like a graduate degree for $100 — from forbes.com by George Anders
Sebastian Thrun wants to fix what’s broken with higher ed. How about a master’s degree for $100?

The Future of Education - Learning Powered by Techonology -- Karen Cator -- May 2012

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Featured presenters:

  • Karen Cator, Dir. Office of Education Technology, U.S. Department of Education
  • Dr. Barrett Mosbacker, Superintendent, Briarwood Christian School

Excerpts re: trends:

  • Mobility — 24/7 access
  • Social interactions for learning
  • Digital content
  • Big data

 

 

Beyond the college degree, online educational badges— from the New York Times by Tamar Lewin

Excerpt:

With the advent of Massive Open Online Courses and other online programs offering informal credentials, the race is on for alternative forms of certification that would be widely accepted by employers.

By the end of this year, Mr. [David] Wiley predicted, it will become familiar to hear of people who earned alternative credentials online and got high-paying jobs at Google or other high-visibility companies.

 

Stanford University is offering Computer Science courses online, free to anyone — from geekosystem.com by Max Eddy

 

Introduction to databases -- free online course from Stanford for fall 2011

A bold experiment in distributed education, “Introduction to Databases” will be offered free and online to students worldwide during the fall of 2011. Students will have access to lecture videos, receive regular feedback on progress, and receive answers to questions. When you successfully complete this class, you will also receive a statement of accomplishment. Taught by Professor Jennifer Widom, the curriculum draws from Stanford’s popular Introduction to Databases course. A topics list and many of the materials are available here. More information about the Stanford course can be perused here. Details on the public offering will be available by late September. Sign up below to receive additional information about participating in the online version when it becomes available.

Also see the video at:
Introduction to Databases class by Stanford University

 

Machine learning course -- free, online course from Stanford this fall

A bold experiment in distributed education, “Machine Learning” will be offered free and online to students worldwide during the fall of 2011. Students will have access to lecture videos, lecture notes, receive regular feedback on progress, and receive answers to questions. When you successfully complete the class, you will also receive a statement of accomplishment. Taught by Professor Andrew Ng, the curriculum draws from Stanford’s popular Machine Learning course. A syllabus and more information is available here. Sign up below to receive additional information about participating in the online version when it becomes available.

Also see the video at:
Machine Learning: About the class

 

From DSC:
Again, my question is…if these trends continue, what opportunities are presenting themselves? What threats are presenting themselves?  What is our response?  How will colleges/universities differentiate themselves in this developing landscape? If items like the below continue to grow…how do we respond?

 

thegreatcourses.com -- professors

 

Addendum later on 8/29/11:

 

Massive open online course — definition on wikipedia.org

Are MOOCs the Future of Online Learning? — from Mind/Shift

 

Tagged with:  

How data and analytics can improve education –from O’Reilly by by Audrey Watters
George Siemens on the applications and challenges of education data.

Excerpt:

Schools have long amassed data: tracking grades, attendance, textbook purchases, test scores, cafeteria meals, and the like. But little has actually been done with this information — whether due to privacy issues or technical capacities — to enhance students’ learning.

With the adoption of technology in more schools and with a push for more open government data, there are clearly a lot of opportunities for better data gathering and analysis in education. But what will that look like? It’s a politically charged question, no doubt, as some states are turning to things like standardized test score data in order to gauge teacher effectiveness and, in turn, retention and promotion.

I asked education theorist George Siemens, from the Technology Enhanced Knowledge Research Institute at Athabasca University, about the possibilities and challenges for data, teaching, and learning.

Our interview follows.

From DSC:
My thanks to Stephen Downes for his posting on this:

© 2024 | Daniel Christian