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States use simulations to assess science skills and students seemed to "enjoy playing with the computers and took quickly to the assessment." A costly option, but goals to have all students complete computer-based tasks as part of Common Core assessments by 2014. NOTE: This article just scratches the surface of actual results, but for more commentary about this year's results take a look at: "NAEP Reveals Shallow Grasp of Science" http://www.edweek.org/ew/articles/2012/06/19/36naep.h31.html?tkn=VLPFYOoO%2Fh6K0gBMoWRnkBNKB%2B3NDBvfmvWl&cmp=ENL-EU-NEWS1 It will be important to watch if/how computer simulations help students explain or justify their responses and apply concrete knowledge to real-life scientific scenarios.

Is computational thinking a fundamental skill that should be added to every student's analytical ability?

As I read this article, I thought about how many friends I have that are in non-technical professions, but who have been asked to take on technical tasks as part of their roles (managing databases, building organization websites, etc.) They've all been able to figure out how to do these things, but have found it very challenging to do so on their own and without any prior experience/contextual knowledge. So while I'm not sure that it's an absolute necessity, I do think that an increasingly broad range of vocations expect some level of technological fluency that could be built upon a computational thinking foundation. (There was a nice quote from a librarian in a NY Times article posted by Tom Keffer that illustrates this as well - the librarian says that all librarians rely upon software now, and that it's up to them to become technically empowered if there is something IT-related that their library needs.)

One professor's take on why computer games should be used to assess students

"Leading figures from the UK video games industry have criticised the teaching of computer studies in schools, claiming it puts pupils off from pursuing computer science degrees at university..."

This ten-minute video uses the protein-folding game FoldIt and another crowdsourced science game called EteRNA as examples. Speaker Adrien Treuille (from CMU) talks about rewards in these types of crowdsourcing games starting around 5:50. He envisions scientific discovery, software development, product design, and societal change being "solved" in the future through a platform that allows for finding, engaging, and paying people at a very individual level: "Find Me, Engage Me, Pay Me."

Research paper on "recreational learning objects" in this case a math-based computer game, which was shown to increase motivation in Mexican high schoolers.

An article about computer games in science education using "active prolonged engagement," as opposed to "planned discovery."

from the article: "...students don't think of programming as a whole separate world the way older adults tend to, but as a tool they can use to explore their interests." The article also identifies several trends in EdTech including ATT, GeorgiaTech and Udacity's partnership to provide an online masters in Computer Science.

I thought it was interesting to do this after watching the Bailenson video and Watson on Jeopardy.  Check out hoe the computer thinks.

edX using AI to grade student essays.

Teacher Joel Levin has seen the positive effect Minecraft can have on relationships among schoolchildren - especially on those who would otherwise be dismissed for being too geeky. "Suddenly those computer skills become transferable into social capital," he says. Mr Levin is the co-ordinator of Minecraftedu which was set up to show how the game can be used in classrooms. About 1500 schools are now using it as a teaching aid and not just in computer science lessons.

A brief interview with L. Rafael Reif, MIT's provost, and Anant Agarwal, director of MIT's Computer Science and Artificial Intelligence Laboratory about MITx, a new/developing online certificate program. Interesting how much they can not anticipate how/what this will impact (re: education, jobs, higher ed market).

The University of Colorado Boulder exceeded its own researchers' expectations with its iDREAMS Scalable Game Design Summer Institute, and that success has been rewarded with a new $1.5 million grant from the National Science Foundation. CU-Boulder researchers are tracking how video game design engages students in computational thinking and STEM simulation design.

This NRC book is freely available as a pdf.

Pradeep, thanks for sharing this resource.