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Program in Estonia designed to have all students age 7 to 16 learn to write code in a drive to turn children from consumers to developers of technology.

Hmmm.... I read about Estonia being very plugged in as well. I wonder if there is research on whether the kids are actually learning better as a result. I think that you have a point Jeffrey. It depends what the cost is. If kids are missing some critical lesson because they are coding at such a young age, there may be a trade-off. On the other hand, maybe the skills they are obtaining from coding are more critical. I wonder...

Ideally, the tech skills would be used to enhance and deepen some of the other curriculum areas. But, yes, 7 years old may be young.

Using mobile technology as a tool for financial support... could this be geared toward education? (Has it been?)

Fantastically simple interface! It doesn't appear as though any funding is going to education, but more to households. But if this takes off, it would be great if the leaders of this non-profit lead school building initiatives, or other types of education initiatives.

Here's an example of one person who excelled in a MOOC. While everyone may not have the drive of this student, this is a good example of how an online technology facilitated a social learning group. Also - yet another example of how online resources can benefit people across the country who do not otherwise have access.

A friend just sent me this same article, Molly! However, my takeaway was much different. Whenever I read articles about young people doing extraordinary things with limited resources and technology, my first thought is always "how is this possible??" The article addresses my question directly: "The answer has to do with Battushig's extraordinary abilities, of course, but also with the ambitions of his high-school principal." The principal, also a graduate of MIT, was focused on developing more skilled engineers in Mongolia, and made it his mission to bring science and tech labs to his students; while MOOCs, the government's heavy investment in IT infrastructure, and the ubiquity of a 3G network made it possible to extend and enhance learning opportunities, the students may have never been exposed to engineering were it not for the encouragement of the principal. This human component, combined with technology, was what nurtured Battushig's drive and talent. This path will not work for just any student. If most homes in Mongolia have an Internet connection and even nomads cell phones, why have more people not found success with MOOCs? The author of the article summed it up best when she said, "Battushig's success also showed that schools could use MOOCs to find exceptional students all over the globe." Battushig is exceptional, just as elevated learning through MOOCs is still the "exception" and not the rule. MOOCs still lack a certain (perhaps human?) element that can move them from producing the anomaly of one "boy genius" to a more widespread level of learning.

Hi Laura - That's a good point about the principal. The principal and the student were both exceptional. While I do not think that MOOCs, as they are right now, can work for everyone, I do think that this example of educating an exceptional student is heartening. Maybe this exceptional student can learn a lot and then in turn, help others in his community. As undemocratic as it is, many advances in society are made by individuals or small groups of people. Overall though, I agree that MOOCs lack, as you said maybe a human element, to promote widespread education.

Emily Post would be proud. Read this to learn about etiquette for e-communication.

I thought this was fitting given the recent snow fall. AR that helps you navigate ski resorts.

WSJ looks at teenagers' text messaging habits and whether texting will be accepted in the workplace, and whether technological multitasking will be beneficial to the next generation of workers.

I'm seeing a lot of this "today's kids are just different" rhetoric. Do you buy it?