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Web 2.0 in Teaching and Learning Dr. Phyo Kyaw [email protected] Dept. Of Computer Science

Web 2.0 in Teaching and Learning Dr. Phyo Kyaw [email protected] Dept. Of Computer Science

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Page 1: Web 2.0 in Teaching and Learning Dr. Phyo Kyaw Phyo.kyaw@dur.ac.uk Dept. Of Computer Science

Web 2.0 in Teaching and Learning

Dr. Phyo [email protected]. Of Computer Science

Page 2: Web 2.0 in Teaching and Learning Dr. Phyo Kyaw Phyo.kyaw@dur.ac.uk Dept. Of Computer Science

Outline

• Principles behind Web 2.0• Web 2.0 in institutions• Teaching and Learning using Web 2.0• Students’ learning experience• e-Learning and Web 2.0

Page 3: Web 2.0 in Teaching and Learning Dr. Phyo Kyaw Phyo.kyaw@dur.ac.uk Dept. Of Computer Science

Web 2.0 (Web two)

• Where is Web 1.0?– Still under construction...

• Huge amount of disagreements on what really is ‘Web 2.0’

• Web 2.0 Conference 2003– Sponsored by O’Reilly

“Web 2.0 is a set of economic, social, and technology trends that collectively form the basis for the next generation of the Internet —a more mature, distinctive medium characterized

by user participation, openness, and network effects.”

Page 4: Web 2.0 in Teaching and Learning Dr. Phyo Kyaw Phyo.kyaw@dur.ac.uk Dept. Of Computer Science

Web 2.0 (cont.)

• Web 2.0 = “the Web as a platform”• Web 2.0 services respond more deeply to users than Web

1.0• User generated content

– YouTube, Flickr, http://teachertube.com/, http://schooltube.com/

• Social computing and Social bookmarking– MySpace, Facebook, Friendster, MSN, Chat rooms.. YASN– http://del.icio.us/

• User rich experience– AJAX http://ajax.asp.net/ajaxtoolkit/

• Participation– Blogs, podcasting, http://www.slideshare.net/faqs/slidecast

Page 5: Web 2.0 in Teaching and Learning Dr. Phyo Kyaw Phyo.kyaw@dur.ac.uk Dept. Of Computer Science

Web 2.0 (Cont.) Microformats http://microformats.org/about/ Mashup Web

http://www.popfly.ms/Home.aspx http://www.hipoqih.com/home_pc_en.htm http://www.moonplex.net/, http://www.ufomaps.com/?3d=1

Digg it! Web services Folksonomy

Tagging

Read-write web◦ http://www.readwriteweb.com/◦ http://www.readwriteweb.com/archives/e-learning_20.php◦ http://www.readwriteweb.com/archives/web_20_backpack_web_apps_for_students.ph

p

Software as services Collective intelligence Web 2.0 browser http://flock.com/

Page 6: Web 2.0 in Teaching and Learning Dr. Phyo Kyaw Phyo.kyaw@dur.ac.uk Dept. Of Computer Science

Teaching and Learning using Web 2.0

• Students’ learning experience• Teaching using Web 2.0 principles

– Ideologically– Conceptually– Technologically

• Pedagogic values in higher education

Page 7: Web 2.0 in Teaching and Learning Dr. Phyo Kyaw Phyo.kyaw@dur.ac.uk Dept. Of Computer Science

Students

• Students are already Digital natives

From (publishing) To (participation)

Personal Web sites – articles Blogs (google search)

Documentation / APIs Patterns / tutorials

Books Wikis / forums

Encyclopaedia Wikipedia

Directories (meta-data) Tagging, folksonomy, tag clouds

Downloads P2P

• Prensky1 claims that digital natives have:-• Shorter attention spans,• Less reflection,• But greater visual skills, ability to concentrate on different media

simultaneously.

1 Digital Natives Digital Immigrants by Marc Prensky

Page 8: Web 2.0 in Teaching and Learning Dr. Phyo Kyaw Phyo.kyaw@dur.ac.uk Dept. Of Computer Science

Learning using Web 2.0Social bookmarking

◦ Collaborative information search and discovery student projects, research, teams

◦ Staff social book-marking http://tags.library.upenn.edu/

◦ Multi-user feeds with related interests◦ http://community.brighton.ac.uk/

Wiki– Collaborative writing

– http://www.jotlive.com/, http://www.writely.com/, http://writeboard.com/, http://www.wikispaces.com/

– Revision control– Asynchronous writing– See peer/students progress– Staff collaboration– Could become textbooks

“Dictatorship of idiots”

Page 9: Web 2.0 in Teaching and Learning Dr. Phyo Kyaw Phyo.kyaw@dur.ac.uk Dept. Of Computer Science

Learning using Web 2.0 (Cont.)Blogs

◦ Interaction, personal comments◦ Allow students to see how ideas and topics change overtime http://blogpulse.com/ Links by bloggers also create a network of concepts and interests

Tagging◦ Students can view lecturer’s bookmarks and tags

Feeds and mash-upshttp://pipes.yahoo.com/pipes/, http://www.suprglu.com/RSS feeds, PodcastPersonal learning CentersNot limited to information from lecturers and institutions

Students can build a search tag cloud for a research• Collaboration and sharing of content

– Email 75%, VLE and other Web 2.0 methods less than 10%

Page 10: Web 2.0 in Teaching and Learning Dr. Phyo Kyaw Phyo.kyaw@dur.ac.uk Dept. Of Computer Science

Social networking and Learning

• Social networking◦ Different views

Socialising (public) vs Education/Learning (private)

◦ A social mess (bringing different social groups into one big space) Less boundaries Less privacy

◦ From MySpace to FaceBook (point of contact)◦ From e-learning to eduspaces http://elgg.net/

• e-Learning 2.0 (e-learning with Web 2.0)◦ "members interact and learn together“ by Etienne Wenger◦ http://www.elearnmag.org/subpage.cfm?section=articles&article=29-1

Page 11: Web 2.0 in Teaching and Learning Dr. Phyo Kyaw Phyo.kyaw@dur.ac.uk Dept. Of Computer Science

e-Learning and Web 2.0

Learning Management Systems LMS (or Virtual Learning Environments)◦ Durham University Online (DUO)◦Without Web 2.0, LMS will be limited classes and universities

• With Web 2.0, research led learning is possible– A research led social networks can be formed based on community

of practice, participation, and promotion made by staff, students and external researchers.

Page 12: Web 2.0 in Teaching and Learning Dr. Phyo Kyaw Phyo.kyaw@dur.ac.uk Dept. Of Computer Science

Web 2.0 in Institutions

• Harvard University– http://h2obeta.law.harvard.edu/home.do

• University of Leeds– Media Wikis and Elgg– Promoted to staff– Information learning

• University of Warwick– Over 4000 blogs and over 80000 entries (directed to students)– Positive outcomes : Staff students bounding– Challenges : Monitoring, copyright issues, offensive posts

Page 13: Web 2.0 in Teaching and Learning Dr. Phyo Kyaw Phyo.kyaw@dur.ac.uk Dept. Of Computer Science

Web 2.0 in Institutions

• University of Edinburgh– Part of the University strategy– The use of blogs, RSS feeds, Google maps, dek.icio.us, podcasts

• University of Brighton– Elgg– Over 13000 posts

• Stanford University• http://itunes.stanford.edu/

Page 14: Web 2.0 in Teaching and Learning Dr. Phyo Kyaw Phyo.kyaw@dur.ac.uk Dept. Of Computer Science

Web 2.0 for Teachers and Learners

• Mixing teaching and learning and Social networking– Blogs with screen casts, tutorials, presentations– http://smart.dur.ac.uk/podcast/

Web 2.0 can give the learner control of his/her learning style◦ Laidback or instance feedback◦ Media or textual◦ Collaboration◦ Autonomy to the learner

Page 15: Web 2.0 in Teaching and Learning Dr. Phyo Kyaw Phyo.kyaw@dur.ac.uk Dept. Of Computer Science

Web 2.0 for Teachers and Learners (cont.)

• Group learning– Co-operatively producing of deliverables using Wikis– Sharing content and learning materials

• Social constructivism – Social international amongst students and between

students and staff members– Scaffold learning

Student centred learning◦ http://www.aishe.org/readings/2005-1/oneill-mcmahon-

Tues_19th_Oct_SCL.html

Page 16: Web 2.0 in Teaching and Learning Dr. Phyo Kyaw Phyo.kyaw@dur.ac.uk Dept. Of Computer Science

Learning using Technology and tools

• Technology must be efficient and reliable• Information must be up to date• Teaching with Advanced technology may cause

innovations to be lost• Mature students and large classes may have mix

technological skills• http://www.c4lpt.co.uk/recommended/

top100.html• Hybrid classes

Page 17: Web 2.0 in Teaching and Learning Dr. Phyo Kyaw Phyo.kyaw@dur.ac.uk Dept. Of Computer Science

Emerging◦ No empirical research has been done◦ Difficult to choose an infrastructure◦ External content◦ Integration may be problematic◦ IT support

Very broad◦ Concept maps may not be easily established

Difficult to maintain students/staff intellectual rights

Less privacy

Conclusion