Information technologies and education in the Arab World

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A new UNESCO report looks at how ICT is being used in education across five Arab states.

In spite of a push to incorporate ICT (information and communication technology) in education across the Arab world, several countries still lag behind, according to a new report from UNESCO.

The report is the first to focus on how ICT is being used in the region and focuses on five countries in the Middle East: Egypt, Jordan, Oman, the Occupied Palestinian Territories (data from the West Bank only) and Qatar. It identifies four main indicators of how ICT rates in education: infrastructure, gender, teacher preparedness and policy.

The basic infrastructure indicator looks at student access to technology and access to the Internet. Of the five countries, Egypt is a clear outlier. At the primary school level, an average of 120 pupils share one computer, and at the secondary level, the number reduces to 25 students. The average number in the other four countries is between seven and 19 at the primary school level (Qatar and Palestine, respectively). These numbers drop to five students at the secondary school level.

The disparity between Egypt and the others becomes even more striking when looking at access to computers connected to the internet. Every 441 pupils at the primary school level share one such computer, dropping to 94 at the secondary school level.

Fewer than a third of the computers at schools in Egypt and the Occupied Palestinian Territories are connected to the internet, computers for educational and administrative purposes are both counted. In contrast, about two-thirds of computers in schools in Jordan, Oman and Qatar are online.

“Computers are not necessary as a pre-requisite for good thinking; good teachers are. But young learners need to use computers to be competitive in the global marketplace,” says Marina Apaydin, professor of Strategic Management and Innovation at the American University of Beirut. “Not knowing ITC and language makes kids illiterate in the modern world and this is one of the reasons MENA lags behind say China and India in producing competitive and mobile workforce.”

Insights

When surveying teacher preparedness to use ICTs in classrooms, according to nationally-defined qualification standards, the report found that only “a minority of teachers are prepared to teach basic computer skills or computing” across the five states in both primary and secondary schools.

The report found that gender did not factor significantly in access to ICT in education. Interestingly, wherever such differences appear, they seem to favour access to and use of ICT by girls. These findings need, however, to be considered cautiously as the authors point out that the data speaks little about the methods of use of ICT by gender.

All five countries have formally developed policies to integrate ICT in education by establishing “regulatory institutions to ensure that ICT-assisted educational reform takes place.” These policies do not translate, however into practice, the report says. Egypt and the Occupied Palestinian Territories also lag behind the three other countries when it comes to permeation of ICT curricula across all grades of primary and secondary education.

“The problem in Egypt is that a very ambitious modernisation campaign was led to equipping schools with computers and internet while less attention was given to building human capacities to use them, resulting in a lack of vision for the sustainability of such initiatives,” says Karim Kasim, telecentres regional coordinator for the Egypt ICT Trust Fund —, which was jointly established by the Ministry of Communications and Information Technology (MCIT) and the United Nations Development Programme (UNDP).

You can download the full report from UNESCO’s website

[First published on Nature Middle East. More MENA content.]

Thoughts on Open Innovation: The Rebirth of the Citizen Scientist

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This is the section in a chapter I co-wrote and edited with friends from the Open Science group of the Open Knowledge Foundation. The chapter is part of the insightful discussion that the Open Forum Academy (OFA) initiated earlier this year, and I am very glad to have been part of it. The chapter, entitled “Bottom-Up Creation of Open Scientific Knowledge”, is part of OFA’s second book, “Thoughts on Open Innovation”. Enjoy the read!

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University of Geneva hosts Citizen Cyberscience on PLoS Blogs ‘CitizenSci’

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Citizen Cyberscience was at the honour at the University of Geneva on April 22-23, 2013. I wrote a brief sum-up on it for PLoS Blogs ‘Citizen Science’.

A short time ago, I attended a two-day Citizen Cyberscience workshop at the University of Geneva. As much as the USA and the UK are happy having a vibrant community of citizen scientists, such initiatives in many other European countries are still stuttering. A dedicated workshop in one such country was thus even more exciting. I was there not only because of my interest in the topic but also on behalf of my current position within the EU-funded Citizen Cyberlab’s Synthetic Biology section.

The goal of the workshop was both to get everyone updated on the latest developments of tools for actual citizen science doing and “to work in teams to design and implement a first prototype of a citizen cyberscience project”. The first day was dedicated to talks, and the second day – to hands-on activities. As I recently launched the ‘Open & Citizen Science’ workgroup at the Open Knowledge Foundation France, I am pretty much interested into concrete tools I can use to get people involved into actual projects. Thus, there were two talks of special interest for me: the presentations of Epicollect and Crowdcrafting.

[read more on PLoS Blogs]
[View the story “#CitizenCyberscience workshop in Geneva” on Storify]

#UAE94: Thought Trial in the United Arab Emirates

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I am finally done curating this awful thing… Five months, twelve hearings, nearly 100 defendants and countless ‘collateral’ victims detained over delirious charges. Albeit some of the defendants belonging to Al-Islah (UAE’s Ikhwan division), this is just a very badly disguised thought trial. The Storify, gathering nearly all that exists in English on the topic, covers the timespan between Jan 29, 2012 and May 20, 2013. It’ll be regularly updated:
View the story “#UAE94: Thought Trial in the UAE”

Living on Mars

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[This op-ed was first published on Al-Jazeera English.]

“Touchdown confirmed. We are safe on Mars.”

It has been nearly nine months now that the Curiosity Rover touched down on Mars. Do not be fooled by its cockamamie drawing penchant: the Rover has identified traces of calcium (often associated with water), and a stream bed. Around Christmas 2012, the NASA team winnowed down rich in clay mudstone containing small amounts of carbon, oxygen, hydrogen, nitrogen, sulphur and phosphorus – the building blocks of life. The dizzying amount of data Curiosity has been sending is by all accounts changing our perceptions and the possibilities we envision.

The Curiosity Rover’s startling wander on Mars has energised burgeoning – and often private – space tourism endeavours. US millionaire Dennis Tito for instance thinks going to Mars is so simple that it just might work. His Inspiration Mars programme launched back in February 2013 aims at sending a couple of humans on a journey on January 5, 2018, as Mars and the Earth would align on this day which enables a no-fuss trajectory. They will return 501 days later having flown by, but not landed on, Mars. Albeit still scant details about the five-year development plan, NASA hailed “the adventurous spirit of […] citizen explorers”.

Bold minds have come up with Mars One, a non-profit/for-profit hybrid plan to send people settle a colony on Mars. Living on Mars thus does not seem to be a nut job any more. Mars Onewill train people – no specific skills required – for eight years prior to sending them in such a mission. Going to Mars seems within reach, and we are planning to send people to live there. The question is thus not when but how: how do you live on Mars?

The NASA does many things well, and the reason why is because it buries every problem in experts. Recently, the NASA used a crowd-sourced approach to better prepare the Mars Exploration Program. The NASA Space Apps Challenges make no exception: during a two-day (April 20-21) event held simultaneously in multiple cities across the world, experts from all backgrounds gathered to address a total of 50 challenges. These ranged from software to hardware and visualisation challenges, including robotics and citizen science platforms. Paris – where I live – also participated, and I was invited to lead the “Citizen Science” section.

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