Ubiquitous computing in education – really?

The January, 2010 edition of the Journal of Technology, Learning, and Assessment is dedicated to research on U.S. 1:1 (or one-to-one) laptop programs, i.e. school programs that supply a laptop to each and every student and teacher in the school. It’s an interesting series of articles with a lot of data and information on a costly and hotly debated intervention. The articles cover three case studies of 1:1 programs, a review and response to critics of 1:1 programs, and a summary of research on 1:1 programs.
The most interesting article for me is Weston & Bain’s “The end of techno-critique: The naked truth about 1:1 laptop initiatives and educational change”. In the article the authors respond to critics of technology use in the classroom, primarily Larry Cuban, who has been one of the more vocal critics over the years. Essentially, the authors’ criticism focuses on highlighting the difference between the success of an intervention, ex. 1:1 laptop programs, and organizational change within educational institutions. In this, the argument is a familiar one – educational institutions are generally conservative institutions and change, when it happens, is slow. The authors suggest that criticisms of 1:1 laptop programs are really criticisms of educational institutions unwillingness to change to accommodate innovative practices. I think the authors make a very valid point.
One of the articles focuses on a topic that I’ve been increasingly interested in recently, “ubiquitous computing” in schools (Drayton, Falk, Stroud, Hobbs & Hammerman, “After installation: Ubiquitous computing and high school schience in three experienced, high-technology schools”). To me, the use of the term “ubiquitous” in this sense suggests that technology is freely accessible throughout the school system to everyone involved. In a ubiquitous computing environment I would expect that students may make use of any technology that they choose whenever they see fit to do so. Ex. students taking an exam come across an unfamiliar term and whip out there smartphones and look it up on the Internet. That’s what “ubiquitous” means to me. What it means to the authors is not entirely clear other than that it does not mean the same as it does to me. The authors fail to define the term but the examples given suggest that “ubiquitous” means that technology is omnipresent but not necessarily being used or able to be used by everyone. Sort of reminds me of my math classroom in the 8th grade back in the early 1980s. We could say that there was ubiquitous computing in that classroom because there was an Apple IIe sitting in the corner. Nevermind that no one had any idea what to do with it, except for an occasional student (mostly me) who would do something astoundingly simple and get vast amounts of extra credit because the teacher had absolutely no clue what was involved.
In their summary of the articles, “Educational outcomes and research from 1:1 computing settings”, authors Bebell & O’Dwyer claim that “Recently, 1:1 computing has emerged as a technology-rich educational reform where access to technology is not shared–but where all teachers and students have ubiquitous access to laptop computers.” (pg. 5). I really do not see evidence of ubiquitous computing in any of the articles. It seems that what we do see is an example of what I think Weston & Bain are criticizing in their article – that interventions are introduced but do not necessarily produce significant change, rather that terminology (or something else) is altered to produce a semblance of change. What we need, and would hope to see, is real qualitative change.

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Uruguay gives laptops to every public primary school student

Uruguay has completed their plan of equipping every student in the country’s public primary schools with an XO Laptop computer. The final count of the computers was 396,727 laptop computers. The project is not completed because not all of the schools have connectivity yet and teacher training is still ongoing.
With this achievement Uruguay pulls far ahead of other countries, including the most developed, in equipping its schools to make effective use of information and communication in technology.
One of the remarkable things about Uruguay’s achievement is that the total cost, including the laptops, maintenance, connectivity and teacher training amounts to only 5% of country’s education budget.

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Broadband access becomes a legal right in Finland

Finland recently became the first country in the world make access to highspeed Internet a legal right. International institutions like the UN hafa promoted access to communications technology as a human right at least since UNESCO’s MacBride Report (Many Voices One World) was published in 1980. Several countries have indeed defined access to communications technology as a human right, such as France and Estonia, but Finland is the first to legally mandate access and to go as far as requiring broadband access, as opposed to just any old technology. Hooray for Finland!

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Educational change is cultural change

George Siemens, at the Connectivism blog, has written an interesting article that highlights several of the difficulties associated with open approaches to education. Siemens focuses on the policy changes needed to make open resources viable for education. There are especially two points that Siemens makes that I think are most relevant and I agree with entirely. First is the systemic nature of education, and especially, that education is made up of complex systems within systems. Second is the need for more future oriented thinking in education. This latter point is one that I highlighted in a recent post, although I put it more in terms of the tendency for reactive policy making in education. Siemens’ point (at least one of them) is that change in education tends to be incremental because these two points are seldom addressed.
I am in total agreement with Siemens regarding the issues of the systemic nature of education and the need for future oriented policies. However, I think there is another equally important issue that Siemens misses and that is often left unmentioned, especially in discourse about technology and educational change. This is that policy making is a very difficult process and changing educational policy even more so because education is so closely tied to society, culture, and individuals’ value systems. Siemens says, “When trying to change a complex integrated system that includes numerous stakeholders – such as universities – a seat is required at the power table.” This is certainly true, but I would argue that in the case of education, especially when significant change is involved, a “seat at the power table” is not enough. The type and level of change we can expect to achieve will also depend on the social values of the broader stakeholders, which in the case of education includes the general public. Before we can expect considerable change in education, we have to ensure that those changes are consistent with society’s values.
Ensuring consistency with social values can take at least two routes. The first is that expectations for change are modified. This is the most common process and usually results in lesser expectations. The second is to change the value system. This can be a lengthy and complicated process but is most likely to result in significant change. There are some successful examples of the latter. One of the most talked about (and that I tend to mention a lot) is Finland (See for example Hargreaves, 2008). Finland has radically transformed their educational system over a couple of decades. What I think are a couple of the key developments in Finland that have facilitated these changes? First, the social status of teachers was raised considerably to one where they are a trusted authoritative voice on educational matters. Second, educational policy is closely integrated with several other policies that have to do with social change and economic growth. Thus, they have created a society that values and promotes change and is able to bring about change fairly rapidly based on expert authority.
Many people point out that a country like Finland has it fairly easy in this regard because it is a largely homogenous society. This is certainly a viable point, but I still think that the Finnish experience can provide valuable lessons for any society, including multi-cultural societies. True, greater cultural diversity will probably make the change process more difficult, but it’s still a reasonable goal.
Hargreaves, A. (2008). The coming of post-standardization: Three weddings and a funeral. In C. Sugrue (Ed.), The future of educational change: International perspectives. (pp. 15-33). New York, NY: Rougledge.

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Why are we slow to adopt technology for education?

For the past year, I’ve been researching the integration of technology in education, and most recently the use of cell phones, as I mentioned in a recent post. What I have seen is that the use of communication technology in education is more driven by reactionary responses to technology than proactive. There are a number of things that contribute to this tendency; gaps in teacher training, parents’ assumptions about education and technology, students’ assumptions about education and technology (yes, students themselves are often just as skeptical about technology in education as the adults around them), and unclear or misinformed policies. What we end up with are educational systems where the use of technology is always at least one step behind what’s happening outside of the system. My question is, can we formulate policies that accommodate rapid responses to technological changes?
A very good example of technological skepticism in education is the cell phone. Cell phone ownership and cell phone use has spread all over the world at a phenomenal rate. According to a BECTA report from last year, cell phone ownership among 12 year olds in the UK is almost universal and there is little reason to think that other developed countries are any different. One would think that this would be an exciting opportunity for learning, which is essentially a communicative activity. But, no, instead they are most often treated with suspicion and skepticism, labeled distracting, and very often banned. Yet, for students these devices have become one of their primary means of exchange and transfer of knowledge and opinions. The educational system, however, seems determined to encourage the belief that these exchanges using accessible technology are inherently inferior to the exchanges that go on within the classroom and students seem very prepared to accept these beliefs.
An anomaly in all this is that many in development circles have been quick to point out that cell phones may be the transformative technology that will bring education to parts of the world where opportunities for learning have been few. Why this difference in attitudes toward cell phones in developing countries? The only response to that question that I can think of is that it takes a dire situation for cell phones to be seriously considered as a learning technology.
The few and limited experiments that have been carried out using cell phones in education show that educational systems have already missed out on an exciting opportunity and will have a lot of catching up to do. While they are catching up, technology will continue to develop and they will likely fall behind in regards to those as well.
One way that educational policy can perhaps address this issue is by formulating clearer policies regarding the relationship between formal, non-formal and informal learning. Many policies already do address these different arenas of learning but they do so in a manner that keeps each separate, i.e. there’s one policy for formal learning, one for non-formal, etc. What is needed is a more holistic view of learning that incorporates all of these learning arenas into one systemic vision of learning that views the classroom as an open conduite for the flow of information and knowledge from a range of sources. Perhaps the reason that cell phones have received more attention in the context of developing countries is that in many regions traditional classrooms haven’t existed and education is more closely integrated within the community as a whole (I really don’t know – this is pure conjecture). Whether or not this is the case, it might suggest that a more open approach to educational institutions could be helpful.
At this point, it’s probably best I stop with the guesswork and refer back to a previous post on “Opening Up Education”.

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Cell phones in education

I’m preparing a 1cr. workshop on the use of cell phones in education to be offered through the Leapfrog Institute here at the University of Minnesota this fall. I thought I’d share the bibliography so far. At least some of this will probably be of interest to readers. If you know of more interesting literature, blogs, etc. on this topic leave a message in the comments. Click here or “Continue reading” below for my annotations.
Exam students can ‘phone a friend’. (2009). Ananova. Retrieved August 1, 2009, from http://www.ananova.com/news/story/sm_3391974.html
Coopman, T. M. (2008). Toward a pervasive communication environment perspective. First Monday, 14(1). Retrieved April 9, 2009, from http://firstmonday.org/htbin/cgiwrap/bin/ojs/index.php/fm/article/viewArticle/2277/2069
Costabile, M. F., Angeli, A. D., Lanzilotti, R., Ardito, C., Buono, P., & Pederson, T. (2008). Explore! Possibilities and challenges of mobile learning. Paper presented at the CHI 2008.
Edweek.org (2009). Cellphones as Instructional Tools Retrieved August 1, 2009, from http://event.on24.com/eventRegistration/EventLobbyServlet?target=lobby.jsp&eventid=154461&sessionid=1&key=F6D1D2D288709C1B15A12F74A57B0660&eventuserid=26731318
Hartnell-Young, E., & Heym, N. (2008). How mobile phones help learning in secondary schools. Nottingham, UK: Learning Sciences Research Institute – University of Nottingham.
Kolb, L. (2008). Toys to tools: Connecting student cell phones to education. Washington, D.C.: International Society for Technology in Education.
Librero, F., Ramos, A. J., Ranga, A. I., Trinona, J., & Lambert, D. (2007). Uses of the cell phone for education in the Philippines and Mongolia. Distance Education, 28(2), 231-244.
Prensky, M. (2005). What can you learn from a cell phone? Almost anything! Innovate, 1(5).

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Posted in Education, ICTs, Knowledge development, Leapfrogging development | 2 Comments