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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.

Very similar to the idea of teaching computer programming via storytelling/animation (Scratch)

I just watched this video and it's actually billed INCORRECTLY on that Ted.com description! The guy is *not* saying to teach math through teaching computer programming at'all!! He is simply advocating to use the power of the computer to teach math - i.e. using programs such as Mathematica. His slide says "Computer-based math: critical reform" -- so, he is saying that students should use the computer for the computing (which is for sure true) and teachers should teach with the students using this computing power asap (which I agree with) ... but he is *not* actually saying to teach computer programming ... p.s. This video is sweeping through the math teacher twitter streams and blogs right now (yes, there is such a community out there!) But, in my opinion, his idea is no big leap ...

Absolutely agree... the idea presented here is no big leap at all, especially to us who are following these advances pretty closely. I saw the parallels with scratch in terms of engaging the learner.

The role technology can play in expanding the time during which learning can take place.

Another article about "expanded learning time" both online and via community-based "brick and mortar" locations like libraries, YMCA, and Boys & Girls Clubs. "Out-of-school programs can be strong partners for schools who want to leverage expanded learning time to help their students achieve global competence. Youth-serving organizations share the broad mission to promote student success in work and life in the 21st century. Out-of-school program organization and management is often based on an asset model that values diversity. In order to attract and retain participants, out-of-school programs are centered around youth engagement through hands-on and experiential learning, often with a focus on 21st century skills, service learning, science, technology, engineering, and math (STEM) education, and others."

I wonder what Helen Haste would think of this organization . . .

The idea of "showing what you know" and earning badges instead of degrees? In this economic downswing, could something like this become the new emergent way of learning and of assessing? Thoughts?

Sounds like the digital badge is more lke a digital portfolio- which I would more likely support. I find it interesting that our education system (which strives and struggles to provide consistent, high quality education from coast to coast) is seen as deficient but this badge proposal will be the answer? It's like the flood of support for home-schooling after a home-schooler wins a national competition but no one knows about the tens of homescholers I had to remediate in rural NH. Standardization is the key for any system to be integrated into another system. The variety of education models we have in our country makes it difficult for employers to integrate employees. If this digital badge concept relies on a variety of models, they will have the same problem.

The prospect of digital badges to show what you know is both exciting with its potential affordances and worrisome with some of its limitations and ambiguity. It'd be great if the ideal came to pass that digital badges would allow valid demonstration of super-specific skills and knowledge over a greater range of fields and topics than what having a B.A. or B.S. currently does. Digital badges could represent the most particular concepts or skills at a granular level even-- those that are essential in the real-world (whether that be desired by employers or otherwise). If the task or test or challenge, or whatever else would be the means of assessment for earning a badge, was carefully designed and evaluated to be a truly valid measure of proficiency, then earning a badge for something would be a clear indication that you know something. But like Allison said, standardization would be key. What would these assessments/ badge challenges be- so that they would be truly valid indicators of proficiency? Who would be the purveyors or authorities to determine the assessments or challenges to accomplish a badge? Given the medium (completing badge assessments on one's own computer or mobile device - from any site they're at potentially) - what's to stop a user from going "open book" or "opening another tab" in order to look up answers to questions or tutorials on how to do a task, in order to complete the assessment? Doing this would allow a user to ace the assessment and earn the badge- but would defeat any value of the badge in truly demonstrating knowledge or skill. By imagining if digital badges did reach mass-acceptance and use in the real world, and we were to ultimately find them all over the internet like we're now finding social media widgets, it made me realize that the "prove proficiency anywhere I am in any way I want" won't work. I changed fields and career paths from what I studied in college, so I definitely appreciate the value in being able to truly show e

One teacher claims that "The idea is to invert the normal rhythms of school, so that lectures are viewed on the kids' own time and homework is done at school." - Do you agree that this is a good solution? 

I too am intrigued by this "inverting" of time spent in the classroom and at home. My idealized model would be to introduce learners to new material at their own pace out of the classroom (allowing for pausing, note taking, reflecting and/or rewinding) and focus classroom time on face to face guiding and coaching of clusters of students or individual students engaged in applying or exploring the current material. To help facilitate this (and assist with accountability) some brief form of pre-assessment before class or at the start of class could illuminate for student and teacher alike what material has been mastered and what needs more attention. The research report from the TIE Foundations summer reading appears to support this type of hybrid approach. => Marsha Lovett, Oded Meyer, and Candace Thille (2008). The Open Learning Initiative: Measuring the effectiveness of the OLI statistics course in accelerating student learning.

An added benefit of tools such as Khan Academy is the option for reinforcement. In a traditional K-12 school environment students do not have the option to watch a video of their class or spend personalized time reviewing a concept they need more time with during class time due to the required pace of school curriculum. An online learning tool allows a student to watch a lesson as many times as needed and to learn from an expert. Often if a student needs help outside the classroom the only people they turn to is parents, who may or may not know about the content themselves.

Arizona State University is using data mining to collect information on their students and help guide them to the "most appropriate major". also, in class, using data collection methods, teachers collect information to be used in assessment Ex: "Ms. Galayda can monitor their progress. In her cubicle on a recent Monday, she sees the intimacies of students' study routines - or lack of them - from the last activity they worked on to how many tries they made at each end-of-lesson quiz. For one crammer, the system registers 57 attempts on multiple quizzes in seven days. Pulling back to the big picture, a chart shows 15 students falling behind (in red) and 17 on schedule (in green)."

wow this is kind of bothersome on some levels and kinda amazing on other levels. While I can see the benefit of understanding where and how a student is more likely to succeed, I think there are some potential dangers with such a system. There is the what I would imagine the psychological effect of such a program and I am thinking particularly about STEM fields where women are already way under-represented and often self conscious about their performance, do you really also need a system telling you you shouldn't be majoring in that as well cause you're not performing at that point....or what about a student who really wants to be an engineer but maybe hasn't been fully prepared with the appropriate math courses in high school, would he or she be filtered into another major? I understand using such a system as a means to target help for example if a student could get an assessment of where they currently are, where they want to go and how to get there....

An article that advocates the use of social media in the classroom. It highlights one pilot program in Oregon.

Description of NASA-funded programs aimed at enhancing STEM education

In US alone, 4 million K-12 students are enrolled online. Annual conference on online (and blended) learning in Indianapolis on November 9-11, by the International Association for K-12 Online Learning (iNACOL). Online learning is seen as the solution to allowing greater access to diverse resources curriculum, especially when many schools face serious financial crisis. Expect to hear from experts and educators, such as, such as Gene Wilhoit, Executive Director of the Council of Chief State School Officers; Paul Peterson of Harvard University; Michael Horn, author of Disrupting Class; Steve Midgley of the U.S. Department of Education; and iNACOL president Susan Patrick. Full program details are available at www.virtualschoolsymposium.org.

One Laptop Per Child (OLPC) implementation in Australia seems to bring positive results. In remote, largely indigenous northwest Queensland, Doomadgee, 3rd grade students' numeracy improved from 31 per cent last year to a staggering 95 per cent in 2011.

Ford T. Smith is helping to bulldoze one of the most durable pillars of academic life: the semester.

Interesting to look at some of the federal policies that restrict internet use in schools. The incentive for schools to participate is access to an E-rate saver program. This is a bit controversial because it utilizes censorship and restricts the students' freedom to take full advantage of the information available on the Web. The reasons behind the CIPA act are pretty obvious- safety.

I see similarity in what CEEO is trying to achieve with MIT's Scratch project. Emphasis on creativity, learning from others, reflecting on process. Figuring how to assess its performance remain as an issue here as well. 

Before he publishes the actual 2012 review, is reflecting on what he wrote one year ago. (the ten things he highlighted last year was the ipad, social media, text-messaging, data, the digital library, khan academy, STEM, higher education bubble, "open", the business of ed-tech) Personally interested in programming literacy part that is expected to be mentioned. Also like the questions presented at the end. 

you can become a google certified teacher by attending the Google Teacher Academy

I'm sure some of you are already aware of this certification program offered through Google -- anybody know what's behind it and how it is viewed by academics and learning scientists?

I know a lot of educators are super interested in the program, but it is difficult to get to training center for an 8 hour training (often they are in random cities across the the US), and to get funding because it ain't cheap. However, a lot of teachers are taking on the challenge of training each other rather than having "google certified teacher" title. Since Google Educator apps are free - if someone in a district takes ownership, then you can kind of get around the challenges of PD. I am working with the IT specialist in a middle school in Newton, who has done a lot of trainings on Google apps for educators. I'll ask her for more info :-)

What about providing students iPads so that they purchase textbooks on these devices to save resources for both the students and the school? Can we assume that all students will be comfortable using an iPad, or might there be implications for students with learning differences? What about the socioeconomic gap for students who cannot afford a computer to LOAD the books onto their iPads (even if the iPads themselves were provided)?

Indian college classrooms have not integrated technology into learning and teaching, so private companies - teaching the skills needed to perform in their specific career paths - are taking the lead, showing that universities need to catch up.

About 16 mins in to this mostly political conversation about economic pressures and the political changes expected this fall, Matt Miller calls out higher education as a place likely to see major disruption in coming years, saying that like the medical establishment, it's a sector "where the costs of delivering services are much higher in the US than anywhere else in the world, [which has] been able...essentially through interest group politics...to keep the income flowing to their sector at the expense of the average consumer... You've got all these new...small firms...that will deliver, like, freshman year for a thousand dollars...and they're being blocked by the...status quo establishment that likes to keep the cost of higher education at 15, 20, 35 thousand dollars a year. If you've got this kind of economic pressure across the board, I think it's only a matter of time before the boom really falls on these sectors."