Always Learning

Author Posts

Educator’s Voice: Improving Student Engagement with Social Learning

by Rob Kadel
Monday, March 12th, 2012

By Rob Kadel, Ph.D.
Academic Training & Consulting
Pearson eCollege

We hear a lot in the news media, research literature, and at conferences about the power and the value of social learning. Social learning in online courses is going to change the world!

That is hyperbole, of course, but the excitement remains among online educators and consultants like us here at Pearson. Indeed, products such as Pearson’s OpenClass are designed around social and collaborative tools to make the most of group learning.

In Internet time, social learning is nothing new. We have been learning from each other — friends, colleagues, family members, and so on — since the introduction of Web 2.0 tools. Let us take Facebook and Wikipedia as two examples. Facebook launched in February of 2004, and as more and more users came online, we began not only to connect to friends, family, and old flames, but also to share in their experiences. By now, the typical Facebook user knows that John logged a 5-mile run, Maya found a pig that needs a (virtual) home, and Stephanie has a great recipe for spinach-artichoke dip. Sure, these are not exactly the types of “learning” we think about in college courses, but they do constitute learning nonetheless.

Wikipedia was founded in January 2001. (Can you believe it is eleven years old now?) Some academics have a great distaste for an encyclopedia built around the contributions of a virtual community. (Just Google “Wikipedia not reliable” for a litany of blogs — most without any supporting research — that present arguments on the unreliability of Wikipedia.) I am not saying that Wikipedia is the be-all-end-all of research sites; rather it is the start-all, if you will, a place to go to find primary and secondary research sources. It is community collaboration that allows users to make contributions to what are perceived to be “fact.” Certainly, there are users who attempt to slant articles one way or another, and other users who attempt to slant those articles back to an opposing view. However, in 2003, Wikipedia instituted the Arbitration Committee where experts in a relevant field arbitrate between the views of two opposing authors to come to a consensus or compromise on the article.

The idea behind any wiki site is that as more and more users contribute their knowledge in the collaboration of an article, the article eventually reaches parity. Social scientists refer to this as “regression toward the mean,” and the idea that as more and more observations are collected, extreme measures are balanced out and we arrive at what can be considered the most accurate representation of the norm. In short, the more that average folks and scholars contribute to an article, the more likely it is to eventually represent the “truth.”

So, let us get back to the idea of social learning. Wikipedia is a source that — more or less, and for better or for worse — allows a community of learners to reach a common conclusion. In online learning, wikis are joined by blogs, discussion forums, and shared documents, to name a few, that allow for collaborative learning experiences. Now, let us look more broadly at the notion of collaborative learning. Is it effective, and what do we need to keep in mind?

Lester and Perini (2010) describe the potential that social networking can provide for distance learners in the community college system. As these students have little to no connection to the on-ground learning community, Lester and Perini state:

Distance education students can benefit from more meaningful interactions with faculty and fellow students, keep students actively engaging with the campus, and provide more access to campus services, thereby creating a more supportive culture for distance learners (Lester and Perini, 2010, p. 75).

In this sense, we are talking not just about collaborative learning but about fostering a learning community among distance learners, a practice that has demonstrated higher levels of student satisfaction and course completion among online learners (Rovai, 2002).

However, there are some cautions or caveats that online educators must consider. Akoumianakis (2011), for example, demonstrates that “knowing” and “innovative changes of habit” can be achieved through recurrent co-engagement in practice (p. 67, emphasis mine). To extrapolate from this conclusion, learning is not achieved simply through a one-off, token exercise wherein students spend some time collaborating on a task or project. Rather, collaboration must be an ongoing process where students consistently come to agree on what their knowledge should be.

Lastly, Dawson (2010) observed that when students are engaged in self-selecting social learning opportunities online, high-performing students tend to group with other high performers, and vice versa. Further, instructors tend to spend more time with the high-performing students, providing less support to those who need it most. I take away from this observation that when building social learning opportunities — especially in small groups — it is important for the instructor to intermingle students at all levels of proficiency, even if that means simply assigning students to groups at random. Further, the instructor must then engage with all groups equally and provide feedback to all who need it.

This leads me to one final observation. In addition to the instructor being a guiding force in social learning, the tools he or she uses must be seen as just that: tools. That is, students still have to be responsible for their own learning. Instructors can guide, and tools can facilitate. But online instructors should not be blinded by the uniqueness or newness of a tool and integrate it just because it is cool. (I call this SRBS — Shiny Red Button Syndrome.) Bedard-Voorhees (2011) and Johnson (2011) expound on this point, that the tools selected are only the vehicles for instruction and not the instruction itself. Courses still benefit from a clear design strategy even if that design is exploratory in nature. Johnson (2011) also demonstrates that in the activity system that develops with tool use there are always “tensions” (Barab et al., 2003) or “contradictions” (Murphy & Rodriguez-Manzanares, 2008) that must be mediated – i.e., students should not find the technology a barrier to learning. Rather, it should be seamless with their learning activity and engagement.

With those caveats in mind, let us venture forth in social and collaborative learning, with the goals of not only engaging students, but also contributing to their success as well.

References

Akoumianakis, D. (2011). Learning as ‘Knowing’: Towards Retaining and Visualizing Use in Virtual Settings. Educational Technology & Society, 14 (3), 55–68.

Barab, S. A., Evans, M., & Baek, E. (2003). Activity theory as a lens for charactering the participatory unit. In D. Jonassen (Ed.). Handbook on research on communications and educational technology (2nd Ed. pp. 199-214). Mahwah, NJ: Erlbaum.

Bedard-Voorhees, A., Johnson, L.M., & Dobson, P. (2011). Letting them show what they know: Digital assessment strategies. In S. Hirtz and K. Kelly (Eds.). Education for a Digital World 2.0. British Columbia: Province of British Columbia.

Dawson, S. (2010). ‘Seeing’ the learning community: An exploration of the development of a resource for monitoring online student networking. British Journal of Educational Technology, 41 (5), 736—752.

Johnson, L. M. (2011). Inherent contradictions: Wikis, activity systems, classroom community, and instructional designs for online learning (Capella University, Ph.D., 2010). DAI, 71 (11), 3933A. (Accession No. AAI3423815).

Lester, J., & Perini, M. (2010). Potential of social networking sites for distance education student engagement. New Directions For Community Colleges, (150), 67-77.

Murphy, E., & Rodriguez-Manzanares, M. A. (2008). Using activity theory and its principle of contradictions to guide research in educational technology. Australasian Journal of Educational Technology, 24(4), 442-457. Retrieved from http://www.ascilite.org.au/ajet/ajet24/murphy.pdf

Rovai, A. P. (2002). Building a sense of community at a distance. International Review of Research in Open and Distance Learning, 3 (1), 1-16.

Pearson LearningStudio’s Instructor’s Tip: Trying Iframes in Your Pearson LearningStudio Course

by Rob Kadel
Tuesday, November 29th, 2011

By Rob Kadel, Ph.D.
Academic Training & Consulting Manager
Pearson eCollege

One of the great flexibilities in Pearson LearningStudio is the HTML editor. If you haven’t used it before, don’t worry! You can create content pages that look amazingly complex, but really require only a line or two of simple HTML code.

One of these great tricks is to present external Web sites right in your LearningStudio Text/Multimedia page by showing them through the use of the iframe tag. Iframes are a fairly simply concept. You’ve probably used the Insert Image button in the Visual Editor to put a photo or graphic on a page. The iframe concept is quite the same, but instead of inserting a static image, you’re inserting a whole Web page. It’s kind of a through-the-looking-glass effect, which some programmers have lovingly dubbed “wormholes.” Because, basically, you are looking “through” a LearningStudio page right into another Web site. Here’s a screen capture of what I mean:

This image shows one of my favorite Web 2.0 tools, a language learning site called LiveMocha. If I want my students to practice their foreign language skills in LiveMocha, I can do so from within LearningStudio without them ever having to leave the system. Again, in essence, they will be looking through LearningStudio at the LiveMocha site.

And the beauty is, they can each create their own accounts and sign in right through LearningStudio. LiveMocha will still set a cookie in each student’s browser to remember who they are (if they choose to allow it). When they leave LearningStudio and then return to that same content page later, they will still each be logged in to their own accounts.

To work with iframes, you need just a couple of pieces of information, specifically, the URL (Web site address) of the site you want to show students, and a general idea of how wide and how high you want this “wormhole” to be. Many Web sites are optimized to be somewhere between 800 pixels and about 1,050 pixels wide. (A pixel is just a single dot that takes on a certain color; put lots of these dots together in different combinations, like puzzle pieces, and voilà, you have an image, a menu bar, or even a letter in a paragraph just like this one.) To give you an idea of how wide a Web site is in pixels, the image above shows LiveMocha in an iframe that is 1,024 pixels wide. The height is kind of subjective — it all depends on how far down the page you want students to have to scroll to see the page. A good practice is to start by using the same height as width, creating a square, then increasing or decreasing the value of the height through trial-and-error.

So, let’s see what we’re talking about. Here is the iframe code I used to embed LiveMocha in my LearningStudio course:

<iframe src=”http://www.livemocha.com” height=600 width=1024></iframe>

Note that this shows the Web address as well as the height (600) and width (1024) of my iframe.

To use something similar, feel free to copy the following line of code, go to the Visual Editor on a page, switch to HTML mode, and paste the code there. Then adjust as necessary:

<iframe src=”http://yourwebsite.com” height=1050 width=1050></iframe>

Of course, replace “yourwebsite.com” with the actual location you want to show to students. The site will be fully interactive, as if the student were on the site outside of LearningStudio. Again, they can log in to their accounts, create new information, post a status update, or whatever it is you have in mind from the site. Or, they can simply read the site, watch any videos it shows, and so on.

One note about iframes, though, is that they can be tricky if the Web site you want to include starts with https:// (note the “s” at the end of http). This denotes a secure site, and if that site requires a log in, students are stuck unless they have login credentials. For example, if you happened to try to embed your Amazon.com account info page into an iframe, students wouldn’t be able to see it because they would not be logged in as you. This is good for security, but to use a less obvious example, suppose you wanted to use an iframe to share a Google document with students; they would not be permitted to see the document unless you had also already given them permission to see it and they can log in to their own Google accounts. In short, you’ll need to test how the secure site will react before using it in an iframe.

But, with that one caveat, the iframe is a useful and powerful tool. Try it out sometime in one of your courses!