Making the Connection
principal author: Francesco Avvisati
Paris: OECD, 2015
While I have no data to cite here (perhaps this is an idea that could be explored by an enterprising PhD student?), it is my strong suspicion, based on years of observation and work with groups introducing new technologies into education systems and communities in poor and middle income countries, that a 'Matthew Effect in Educational Technology' is observable -- and worth considering.
Just what is a 'Matthew Effect' -- and why should we care about it?
Almost a half-century ago, the sociologist Robert Merton observed (here's the original paper [pdf]) that famous scientists often get more credit for a research finding than a lesser (or un)known scientist does, even where the work of both scientists is very similar. He labeled this phenomenon the 'Matthew Effect', after a verse in the Bible (Book of Matthew 25:29) which roughly translates as 'the rich get richer'. In the words of the sociologist Daniel Rigbey, who wrote a book on the subject:
"Matthew effects tend to confer further advantages on the already-advantaged, other things equal. Of course, other things are never entirely equal. Multiple interacting factors are at play in a complex and connected world. Nonetheless, more than forty years of research findings suggest that Matthew effects are real and potentially powerful determinants of social outcomes in their own right, and especially when they are not countervailed. We simply cannot understand the dynamics of social inequalities in the world today without taking Matthew effects seriously into account."
Following Merton, Keith Stanovich spoke about a Matthew Effect in an educational context, noting that early successes in developing reading skills usually lead to greater successes with reading -- and thus with learning other new skills that build on the existence of good reading skills going forward.
How does this relate to ICT use in education?
What will the school of the future look like?
Most likely, it will largely look like the school of today -- but that doesn't mean it should. Few will deny that it will most likely, and increasingly, contain lots of technology. Some may celebrate this fact, others may decry it, but this trend appears inexorable. To what extent will, or should, considerations around technology use influence the design of learning spaces going forward?
Of course, with the continued rise of online 'virtual' education, some schools don't (or won't) look like traditional 'schools' at all. Various types of structured or semi-structured learning already take place as part of things that we consider to be 'courses', even if sometimes such things don't conform to some traditional conceptions of what a 'course' is or should be. The massive online open course (or MOOC) in artificial intelligence offered by Stanford has received much recent attention, but the phenomenon is not necessarily new (even if its current exemplars are marked by many characteristics that are indeed new, or much more developed, than those previously to be found in, for example, large 'distance learning' courses).
Let's leave aside the case of the 'virtual school' for a moment and assume that there will continue to be a need for a physical space at which students and educators will gather and interact. (Such places may be access points to virtual education, or featured various types of so-called 'blended learning', where face-to-face interactions are complemented by interactions in the virtual world -- or vice versa.) Indeed, let's assume, for our purposes here, that the school as a concept will presumably be along for many decades to come, and that it will have a physical representation of some sort. What might such a school look like, especially in the era of ICTs?
Each year the World Bank helps sponsor an annual global symposium on ICT use in education for senior policymakers and practitioners in Seoul, together with the Korean Ministry of Education, Science and Technology (MEST) and the Korea Education Research & Information Service (KERIS). This is one important component of a strong multi-year partnership between the World Bank education sector and the Republic of Korea exploring the use of ICTs in the education sector around the world. This year's event, which focused on Benchmarking International Experiences and was about half the size of 2010's Building national ICT/education agencies symposium, brought officials from 23 countries to Korea to explore how technology is being used in schools around the world (previous blog post: Eleven Countries to Watch -- and Learn From), with a special emphasis on learning about and from the Korean experience.
Specifically, there was much interest in learning more about two news items that appeared since last year's event: Korea's top place in an international digital reading assessment and the country's bold plan to move toward digital textbooks in all subjects at all levels by 2015.
Every three years, students around the world participate in an international assessment of their competencies in reading, mathematical and scientific literacy as part of the Programme for International Student Assessment, more commonly known as PISA. In 2006, schools from 58 countries were randomly selected to take part in the effort, overseen by the OECD, to test how well students can apply the knowledge and skills they have learned at school to real-life challenges. (When you read a press report about a given country being highly ranked -- or doing poorly -- in comparison to other countries on how its students do in reading, math, or science, quite often this a reference to the so-called 'league tables' that are published by the OECD in this regard.)
PISA provides a goldmine of data for researchers interested in many topics, and the OECD has just its analysis of Technology Use and Educational Performance in PISA, which notes that "OECD countries [here's the list of them] have undertaken significant investments to enhance the role of technology in education. What are the results of these investments? Are they fulfilling expectations? PISA 2006 provides a wealth of comparative data to begin answering these questions ..."