ples, web 2.0 & future of higher education

Download PLEs, Web 2.0 & Future of Higher Education

Post on 26-Jul-2015

4.285 views

Category:

Technology

1 download

Embed Size (px)

TRANSCRIPT

1. Personal Learning Environments, Web 2.0 and the Future of Higher Education Marc Boots-Ebenfield Center for Teaching Innovation Meier Hall 115 2. Or The Death of Higher Education (again)Marc Boots-Ebenfield Center for Teaching Innovation Meier Hall 115 3. Web 2.0

  • Your institution will be irrelevant by 2020
  • David Wiley, E-learn 2008,Associate Professor of Instructional Technology at Utah State University
  • PLEs are great. Theyre just completely incompatible with the existing education system.Retrieved Jan 10, 2009 fromhttp://ltc.umanitoba.ca/wordpress/category/uncategorized/ Learning Technologies Centre Research Blog

4. Radio

  • "This is no place to indulge in idle fancies, but it is no imaginary dream to picture the school of tomorrow as an entirely different institution from that of today because of the use of radio in teaching."

1927 application to the Federal Radio Commission by the State University of Iowa American Journal of Distance Education 1,1, 1997http://www.ajde.com/Contents/vol11_1.htm#editorial 5. TV

  • Just as with radio, educational institutions did much to develop the television medium, but were quickly left behind once it matured.
  • Educators, split between those who saw potential in television and those who disdained it, had difficulty in pulling together a united front to present their case. And this time, armed with the radio precedent and proceeds, the opposition was even better organized.

6. PLE: More than a Technology

  • Web 2.0
  • Open Source/Access Movement
  • Self-publication /Creativity
  • Modularization
  • Mobility
  • Personalization
  • Connectivity

7. Wiley, D.(2008). Openness and the Disaggregated Future of Education.Retrieved January 14, 2008 fromhttp://www.slideshare.net/opencontent/openness-and-the-disaggregated-future-of-higher-education-presentation 8. Wiley, D.(2008). Openness and the Disaggregated Future of Education.Retrieved January 14, 2008 fromhttp://www.slideshare.net/opencontent/openness-and-the-disaggregated-future-of-higher-education-presentation 9. Things Have Changed

  • So James is in CIS and I am in English.If you told us in graduate school that I was going to spend a lot of time coding web pages and that he was going to craft reflective writing assignments, we wouldve said you were crazy p. 14
  • Future of e-portfolio Roundtable retrieved January 8, 2009 fromhttp://www.academiccommons.org/commons/essay/future-eportfolio-roundtable

10. AnalogDigital

  • Instant access
  • Customization
  • Modularization

11. Modularization

  • Flat world
  • Outsourcing
  • Separation of services/content
  • Separation of content/design
  • Learning Objects
  • Project Teams

12. Open Access

  • Open Courseware Initiative MIT
  • Open University in the Netherlands
  • Google Books
  • Project Gutenberg
  • Wikipedia
  • Public Library of Science
  • Arxiv.org
  • Flat World Knowledge

13. Open Source

  • distributed peer review and transparency of process
  • Googles Open Social
  • Linux
  • Moodle
  • Ubuntu
  • Open Office

14. Web 2.0

      • Accessing
      • Connecting
      • Controlling
      • Producing
      • http://www.alexa.com/

15. Adapted from Wiley, D.(2008). Openness and the Disaggregated Future of Education.Retrieved January 14, 2008 fromhttp://www.slideshare.net/opencontent/openness-and-the-disaggregated-future-of-higher-education-presentation Then vs Now Analog Digital Comprehensive Modular Tethered Mobile Isolated Connected Generic Personal Consumption Creating Closed Open 16. Learning Management Systems

  • LMS is a system largely set in place to restrict access
  • Restrict access only to students who have registered
  • Restrict access to current courses
  • Restrict access to copyrighted materials
  • Restrict access to student work (FERPA)
  • Restrict access to faculty currently teaching
  • Provide security from unsuitable materials

17. Personal Learning Environments

  • systems that help learners take control of and manage their own learning. This includes providing support for learners to
  • set their own learning goals
  • manage their learning;
  • managing both content and process,
  • communicate with others in the process of learning
  • and thereby achieve learning goals.
  • Mark van Harmelen, "Personal Learning Environments," icalt,pp.815-816, Sixth IEEE International Conference on Advanced Learning Technologies (ICALT'06), 2006

18. Personal Learning Environments

  • Needs of lifelong learners
    • Assume multiple institutions of higher learning
    • Formal mentoring
    • Informal Learning
    • Portable: Maintain portfolio of information and learning compatible with multiple institutions
  • Collaborative
  • Openness is highly desirable
  • Personalization highly desirable
  • Locus of control shared between students and faculty members
  • Extra-institutional
  • Integrative

19. Netvibes

  • http://www.netvibes.com/#Home

20. Analog

  • Learning released by timetable
  • Predetermined sequences
  • Whole units
  • Generic
  • Isolated
  • Bundled services
    • Content, experts, mentoring, advising, resources
  • Closed

21. We Understand Our Students

  • Only 20.7 percent of the 150 students from the class who attended the University of Massachusetts at Boston - the most popular four-year public college for Boston high school students - graduated by the spring of 2007. By contrast, the most popular private school, Northeastern University, has handed degrees to 82.5 percent of the 80 Boston students from that class who enrolled there by the fall of 2001.
  • The rates at other popular public colleges were even worse. Bunker Hill Community College graduated 14.2 percent of its 155 Boston students, while Roxbury Community College had a graduation rate of 5.9 percent for its 101 Boston enrollees,

http://www.boston.com/news/education/k_12/articles/2009/01/08/city_grads_falter_in_public_colleges/ 22. Yet we dont adjust to the situation

  • Faculty teach at multiple institutions
  • Students take courses at multiple institutions
  • Faculty bring external experiences to classroom
  • Students bring external experiences to classroom
  • Faculty have valuable connections outside SSC
  • Students have valuable connections outside SSC

23. Ideal Situation

  • Shared student /faculty locus of control
  • Learning Communities
  • Experiential learning
  • Connect learning experience
  • Interconnected courses
  • Life-long connection with students
  • Personalized learning / mentoring

24. Technology

  • Enable integration oftechnologies user already has
  • Access on all devices (cell phone, iphone, Blackberry, laptop)
  • Student access to course materials (current & past)
  • Open sources that allow integration with other school and open systems
  • Student locus of control form groups, share materials, ask questions

25. Content

  • Clear Objectives
    • Majors, minors, concentrations
    • Courses
  • Competency/Proficiency Assessments
  • Modular materials
  • Individual mentoring
  • Flexible programs

26. Problems

  • Learner coordinates of technology
  • Learner coordinates own learning
  • Learner manages own resources (content & contacts)
  • Unrealistic expectations for education

27. Bricolage

  • The culture of everyday life is to be found in ways of using imposed systems: People have to make do with what they have.Making Do (or bricolage) means constructing our space within and against their place, of speaking our meaning with their language.
  • Kramsch, Claire. (1993). Context and Culture in Language Teaching.Oxford University Press.Quoting Michel de Certeau, pg 237

28. Constant Change