November 1, 2014

Blogs and wikis in formal higher education: examples of open education

Listen with webReader

 UBC blogs

Raths, D. (2014) An e-portfolio with no limits Campus Technology, March 2

This is an article on a project by the University of Mary Washington, Virginia, that enables all students to create their own academic web presence through the provision of a university-wide blogging platform. The article provides some good examples of student work done through this project, particularly in history. A recent development at UMW has been the creation of a community site that aggregates the activity of the project, including sites created and content published. The article also provides links to similar projects at Emory University and Davidson College.

It should be noted that the University of British Columbia here in Vancouver established UBC Blogs and UBC Wiki several years ago.

UBC Blogs currently has 22,785 members. Go to http://blogs.ubc.ca/support/about/ to see the many different ways UBC Blogs are being used. Choosing any one is invidious, but the first one I came across is an excellent example, UBC student Matthew Kyriakides’ essay on gentrification and social movements in Vancouver’s downtown east side.

While the blog service is aimed at individual students and faculty members, i.e. anyone with a CWL (campus-wide log-in), the wiki enables group contributions:

The UBC Wiki is a shared space for use by students, staff, and faculty at the University of British Columbia. It serves as a course repository, a personal and collaborative work space, a documentation depository, and a growing guide to everything and anything UBC. The information, resources, and links that it contains are created, expanded, and annotated by its users. It is constantly evolving and changing because every member can add to it and edit any page.

A good example of a UBC wiki is Math Exam Resources:

a community project started in March 2012 by graduate students at the UBC Math Department [that] features hints and worked out solutions to past math exams. The goal of the project is to provide an open and free educational resource to undergraduate students taking math courses, with a strong emphasis for first and second year courses. The provided solutions do not simply provide what the answer is, but instead focus on the processes that it takes to solve the problem. The Math Exam Resources wiki offers:

    • Free study tips, hints and detailed solutions to past exams of the Math Department.
    • High quality content written by math graduate students. The content is reviewed and can be updated on the fly with your comments and feedback.
    • The ability to use the discussion pages of any page in this wiki to dialogue with us or with other students about mathematics!

I strongly recommend that you browse the UBC Blogs and Wiki sites in particular to see how social media are being integrated fully with credit-based online learning at UBC. Most UBC courses still use a learning management system that allows for ‘private’ or ‘course only’ communications, but the blogs and wikis open up the courses to the general public who can comment on blogs or participate in wikis. Linking blogs and wikis to particular courses and controlling access through the use of passwords enables a degree of quality control. Usually it is UBC students who are ‘in control’. This is a development of open education that deserves more attention.

Does distance education socialize students? A study from Québec

Listen with webReader
image ©www.ameriquefrançais.org, 2014

image © www.amériquefrançaise.org, 2014

Loisier, J. (2014) Socialisation des Etudiants en FAD au Canada Francophone Montréal QC: REFAD

REFAD (the Canadian francophone distance education network) has published a very interesting research paper on socialization and distance education in francophone Canada by one of its research consultants, Dr. Jean Loisier. If you can read French, and are interested in research on the extent to which socialization exists and the role it plays in online and distance education, this report is essential reading. (Because of the value of this report, I hope it will be made available in English so that it can have a wider market).

As well as providing a good review of theoretical issues around the subject of socialization in education, which takes into account  students’ use of social media, the report is based on in-depth interviews with 26 distance education leaders in the majority of francophone post-secondary institutions, and 121 questionnaires received from distance education instructors.

The report covers six topics:

  • characteristics of francophone distance learners and their mode of distance learning (individual, cohort, flexible);
  • technologies that support or discourage socialization;
  • teaching strategies that focus or not on collaborative activities;
  • phenomena associated with group activities;
  • the need for “social relations” between students;
  • actions taken by Canadian institutions to support the integration of distance students, and the importance these institutions give to different aspects of socialization in relation to educational goals, and the importance these aspects of socialization have in maintaining and strengthening ties within the Francophone communities outside Quebec.

I’m not going to attempt to summarize a 144 page report in French, but Loisier’s conclusions in particular are quite provocative (if I have translated correctly!). He notes that while most distance education leaders support the idea of collaborative learning and the socialization of students, in practice this does not happen often in distance programs, and in any case collaborative learning often conflicts with the desire of distance students for individual and flexible learning. Furthermore, socialization does not occur automatically online merely by putting students together in groups. Nevertheless, there are important educational goals that are best facilitated through collaborative learning, but careful planning and a framework/context  are needed that avoid the more affective or emotional elements of socialization, and focus more on the cognitive elements of learning in a group.

This is one of the most interesting, provocative and useful research reports I’ve read in a long while.

Game-based and immersive courses in a community college system

Listen with webReader

SimSprayBradley, P. (2014) Getting in the game: Colorado colleges develop game-based, immersive courses Community College Weekly, March 3

The Colorado Community College System (CCCS) is one of the leading community college systems in exploring new online technologies. I have already reported on their use of remote labs for teaching introductory science courses at a distance. This article looks at the extensive use of immersion and game-based learning in the CCCS:

CCCS set aside $3 million through its Faculty Challenge Grant Program to encourage the development of courses and curriculum focusing on immersion and game-based learning (IGBL). Grants were awarded to 15 projects. The intent was that they would be “lighthouse projects,” illuminating the way for others to follow. Each solution would be scalable, shared with other institutions throughout the 13-college system.

Some of the 15 projects

Projects from this investment include the following:

  • CSI Aurora (Aurora CC) teaches the reality of forensic work through an immersive learning exercise involving a mock crime scene and mock criminal trial, with student participation from the archaeology, forensic anthropology, criminal justice, paralegal and science departments.
  • the Auto Collision Repair program at Morgan Community College purchased a SimSpray immersive virtual reality painting simulation unit, designed to assist in the teaching of spray painting and coating fundamentals. Using SimSpray decreases the expense of paint used to teach spray painting and prevents exposure to potentially dangerous fumes. The 3D SimSpray experience allows students to practice painting before ever stepping into the paint bay (I think in this case the real thing would be more fun!)
  • At Front Range Community College, Project Outbreak is a series of augmented reality scenarios in which microbiology students track and follow a potential epidemic in their local area to its source across international borders. Students use their mobile devices, the TagWhat geolocation app, Google Hangout and Google maps. Scenarios are designed to meet core competencies, promote global connectedness and give students a global perspective in solving real-world problems
  • the Community College of Aurora’s film school is in the process of using a $100,000 grant to create a virtual economy designed to mirror the reality of the studio system, from writing scripts to luring investors to screening the film in front of a real-life audiences. Over the past seven years, the film school has developed proprietary software that allows students to experience — virtually — every aspect of the filmmaking experience. The cost of rental housing in Los Angeles, New York and Denver can be accessed with a few clicks of a mouse. The cost of obtaining equipment can easily be calculated. Students working within a set budget can see how much to devote to paying actors and directors, producers and key grips.
  • an instructor at the the Community College of Denver is using ACCESS, a web-based game modelled after the board game “Life”, whixh simulates a person’s travels through his or her life, from college to retirement, with jobs, marriage, and possible children along the way. ACCESS teaches the course in a flipped format, allowing students to receive information through videos, podcasts, downloadable lectures and social media, and then discuss the materials in class. The course is designed to help students successfully complete remedial coursework.

Results

The article offers the following results from a ‘consultant’s report’ but I couldn’t find any corroboration:

  • where the ACCESS game was used, scores on quizzes jumped 14 percent and 71 percent of students completed the course, compared to 60 percent enrolled without the gaming component
  • students exhibited nearly identical pass/fail rates as non-IGBL courses.
  • 69 percent of students across semesters indicated that they were either more or much more satisfied with their IGBL course, as compared to other courses; 85 percent of students indicated that they were either more or much more satisfied with their IGBL instructor, as compared to other instructors.
  • students indicated that their IGBL course did a better or much better job (as compared to non-IGBL courses) of helping them achieve a variety of learning outcomes, including: having fun while learning (83 percent/73 percent); applying learning to new situations (81 percent/72 percent); staying engaged in learning (79 percent/73 percent); feeling involved in the college (69 percent/60 percent); working well with other students (67 percent/61 percent).

Over to you

Contact North has descriptions of a number of immersive learning projects under its ‘Pockets of Innovation‘ such as Loyalist College’s Border Simulation in Second Life.

See also:

Games-and-learning-in-digital-worlds-en-francais/

More news of video games

Games to defeat obesity, Napoleon, and students’ learning, and other games’ news

I’d be interested to hear from others who are using game-based immersive learning in the two year college system.

An integrated online learning system for California’s community colleges

Listen with webReader

California OEI

Raths, D. (2014) California Community Colleges Joining Forces for Online Success Campus Technology February 25

Assisted by a $57 million grant from the Governor of California, the Online Education Initiative aims to develop an integrated system for online learning for the 112 Community Colleges in the state.

The community colleges in the state have a long record of online learning, with 41,000 online sections for 620,000 students. However, overall completion rates are low, each of the 72 community college districts offers its own online courses, and there are more than 10 different learning management systems in use.

The proposal involves the following:

  • dramatically increasing the number of students who obtain associate degrees and transfer to four-year colleges
  • improving course/program completion rates
  • program and curriculum development leadership from the Foothill-De Anza Community College District (FHDA)
  • technology leadership from Butte-Glenn Community College District
  • sharing of resources (programs and technology)
  • a new, specifically designed course management system/portal available for use by all colleges (to be built through an RFP process)
  • a repository of model course content to be shared/adapted by faculty
  • a full suite of services to support online learners (e.g. 24/7 help desk)
  • ‘actional’ learning analytics for faculty
  • voluntary participation by each of the colleges

Comment

In several jurisdictions colleges or university campuses share online courses within a single system, such as the University of Florida Online. OntarioLearn is a collaboration between Ontario community colleges for sharing courses, but doesn’t go as far as the California proposal in terms of integrating technology and support services.

I expect to see more proposals like the Californian one across other jurisdictions in North America. It doesn’t make sense for 112 relatively small institutions to each design and deliver almost identical courses or programs, and each purchase and manage their own LMS. There should be not only major economies of scale, but an increase in quality in the courses and services, by pooling resources and ensuring common quality standards in the design and delivery of online learning..

The question is whether the colleges will voluntarily join in this initiative. We intend to make it so good that it is a no-brainer to participate‘, says Linda Thor, chancellor of FHDA. Let’s hope that’s the case. It will be interesting to see how successful this initiative turns out to be.

 

 

.

My vision for an open textbook

Listen with webReader
The False Mirror, Renée Magritte, 1898-1967

Based on ‘The False Mirror’, Renée Magritte, 1898-1967

As I announced in an earlier post, I’m planning to explore the idea of writing and publishing an open textbook, on the topic of teaching in a digital age. I set out the reasons why  in another earlier post.

Today I want to set out what my vision is for this open textbook. I want to do this now, before I start, as a sort of checklist or rubric against which to judge the final product. However, before I go any further, I want to point out that this is a personal vision for what I want to do. There are innumerable alternative visions one could quite legitimately have for an open textbook that would be quite different from mine. So here goes:

The vision

  • the book is about different approaches to teaching in a digital age, with practical guidance
  • the book is aimed mainly at faculty and instructors in colleges and universities, but designed in a way that will also appeal to many in the k-12 sector, and also to senior administrators
  • it will draw on a wide body of research and experience in the use of technology for teaching in post-secondary education and my own experiences in teaching online
  • I will try to get selected colleagues and experts in the field to participate/help, if they will accept my overall editing role
  • the drafts will be ‘tested’ openly before a final, formal peer review of the whole book
  • the first complete version of the book will be ready by December 2014
  • the book itself will be a model for open textbook publishing, incorporating many of the design principles of ‘good teaching’ – such as active and social learning, use of video and audio, crowd-sourcing, remixing and adaptation – within the open text format, as far as I can stretch it with existing technologies and services
  •  it will be preferably free, but certainly at as low a cost as possible to those who want to read it, and easily accessible in whole or in parts. The goal is zero or low cost within financial sustainability (i.e. all necessary costs are recovered in some way, except my time, which will be free – but tracked!)
  • the book will be dynamic, changing over time as the world around it changes; this means finding a way to keep the text going even after I have gone

I will treat it as an R&D project, where I track and evaluate obstacles, solutions, actual costs, partners/helpers/resources, resulting in a short guide of what to do and what not to do when writing an open textbook, all shared on an ongoing basis through this blog.

Your input/comments welcomed

How does this compare with your vision (or understanding) of an open text-book? What have I missed? Is there something in the vision I should drop right now!

Next

In about a couple of weeks, I’ll produce my first draft of a rough proposal for the content of the book, which will give readers of this blog more to chew on than ‘an airy-fairy, worse than Mary’ vision statement, as one of my British friends would say.