Eurydice’s valuable data for studying education in Europe

The European Commission’s Eurydice website, a useful resources for information on educational systems in Europe, has a “Facts and Figures” page that provides valuable data for calibrating information to make accurate comparisons between countries. The page includes data such as. the structure of compulsory and voluntary educational levels, academic calendars for all school levels, and the number of recommended hours of instruction for individual grades and subjects. This type of data is often somewhat difficult to find but can be crucial to drawing meaningful inferences when comparing national education systems.

One of the interesting things that I’ve found when skimming through the data is that ICT and Technology are not treated as individual subjects in most Northern and Central EU and affiliated countries. They are, however, still included as subjects in their own rights in many of the new EU countries (such as the newly joined Eastern European countries) and Southern EU countries. This may be an indication that ICT is more integrated in the curriculum in the former than the latter.

I did find one problem in the report “Recommended annual taught time in full-time compulsory education in Europe 2009/10”. It seems that several of the graphs that are intended to show cross-country comparisons of recommended teaching time per subject (Part II) were not reproduced in the PDF document that is available for download. However, these comparisons can be gleaned from the per country data in the following section (Part III).

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The important little things…

This is EASSy, the submarine cable that at long last gave East Africa a modern connection to the Internet in July, 2010. It has a capacity of 3.84 terabits per second. It is the highest capacity system in Sub-Saharan Africa. Before the cable went active, countries served by EASSy had to rely on slow satellite connections. Sorry, I can only link to the photo because of copyright: Here it is.

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The Delphi survey method: Towards a cheap, “quick & dirty” approach for educational organizations

Site of the Delphi oracle in Greece (Photo creative commons lic. by Lance McCord)

In this article I describe my process of discovering the Delphi survey method for technology forecasting and future planning. I draw from some of the available scholarly literature to describe how the Delphi method has evolved. In particular, I discuss some of the limitations of the Delphi method (mainly that it is costly and difficult to manage) and how simplified approaches and the use of information technology have made the method more manageable and accessible. Finally, I briefly describe a web-based system that I am constructing that is intended to facilitate cheap, “quick & dirty” Delphi surveys for educational organizations. The article includes a bibliography of literature relating to alternative techniques for implementing Delphi surveys. Continue reading

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Strategic ambiguity in Finnish policy on ICT for education

This is a presentation that I gave at the Comparative and International Education Society (CIES 2011) conference in Montreal, QC, May 5, 2011.

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Project Tomorrow: The case for technology foresight in education

Project Tomorrow: Speak Up ReportsOn April 1, 2011, Project Tomorrow released its report based on a survey of students, parents, teachers and school administrators on technology use in learning and education. Project Tomorrow’s study shows that there is an increasing gap between US educators’ perspectives of technology for learning and how young people are using, or prefer to use, technology for learning. Among the key findings are that young people from 6th grade and up have access to, and the capability to use, a range of technologies for their learning that are not supported by their schools. Perhaps the most revealing finding in the report is demonstrated by the following (original emphasis),

 

“Is your school doing a good job using technology to enhance learning and/or student achievement?” The results are unsettling, especially at the high school level. While 74 percent of high school teachers, 72 percent of high school principals and 62 percent of parents of high school aged children said yes to that question, only 47 percent of high school students agreed.

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Foresight and policy-making – Addressing the need for theoretical frameworks

As I’ve mentioned in previous posts, technology foresight started out as a method for facilitating long-term planning and policy primarily in relation to research & development (R&D) and innovation policy. In the last decade there has been and increasing focus on the usefulness of the methods used in R&D planning for other policy areas, especially social policy, i.e. education, labor, welfare, etc. The qualifier “technology” is often dropped from the term, referring to the exercises only as “foresight” because technology is not always a defining characteristic of the exercise although it could be argued that technology is an unavoidable factor in any long-term planning. This can cause some conceptual confusion since the generic term “foresight” has also often been used as a catch-all term for any sort of future-oriented policy or decision-making activity. Yet, I am going to venture into the conceptual quagmire and use the term “foresight” rather than “technology foresight” because I want to discuss the use of foresight activities in areas of policy-making that may not be directly related to technology, especially educational policy, and I think the use of the qualifier “technology” may cause confusion. Thus, what I mean by “foresight” is a deliberate and well-defined exercise intended to apply futures methodologies to social policy issues in order to inform long-term policy-making. The specific purpose of foresight activities is to identify and address elements of significant uncertainty that affect social policy and institutions. Foresight activities differ from specific futures methods, such as scenario construction, delphi studies and projections, in that they use a mix of the aforementioned methods, involve a broad range of stakeholder groups, including the general public, subject experts, policymakers, etc., and are specifically intended to facilitate long-term policy making in a range of areas by identifying possible future outcomes based on significant uncertainty factors.

As foresight exercises have transitioned from the somewhat confined realm of R&D policy, which, in the past, was often limited to specific industries or even specific organizations, to the broad realm of social policy, a gap has emerged in the foresight literature concerning the interface between foresight and policy-making. Most of the literature that I have discussed or mentioned in previous posts builds on Irvine & Martin’s seminal work focusing primarily on the structure and implementation of foresight exercises themselves with little attention to how the outcomes from such activities are translated into policy. Some recent research has sought to address this gap by examining closer how foresight functions as a policy-making instrument. Although this recent research has produced valuable results, what is still lacking is framing foresight as a policy-making instrument in terms of existing theoretical frameworks on policy-making processes. In this article I want to briefly address that gap and consider foresight from the perspective of a couple of existing theoretical frameworks, primarily Kingdon’s “multiple streams” model and Mazzoni’s “arenas” model.

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