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Consider the possibilities for a performance assessment while playing through this simple "escape the room" game. The validity of the experiment involved in the solution is questionable.

Escape games are very big in the publishing industry right now due mostly to their inquiry based assessment and the low development cost compared to highly immersive first-person games. The biology lab escape is one of the better ones that I've seen out there. Thanks Chris!

I played for about 8 minutes and then grew tired of the game. I am curious how assessors would have graded my performance. I found the easier way to "escape the room" was to close the browser window.

Follow up to that last post. Here's the Institute of Play website.

The school I am interning at (The Carroll School) is using this in their middle school math classes. Small class sizes typically (4-8 kids /  class), and it's a 1:1 school where every child has a laptop. But - it's working well for designated independent work time in the math classes I've observed- where each kid is asked to play the game for 15 minutes on their own. Kids have their own profiles- and there are several different math mini games they can play, each game focusing on different math skills. Each mini game involves different game mechanics and art styles. But all games involve using arithmetic skills and math concepts to solve problems that progress them in the game. Good performance gives the kids in-game credits/money that they can use to customize their in-gam avatar. 

Building computational agents that are capable of play-- the promise and impediments.

This is an opinion article that talks about immersion and the first-person camera angle in video games. He argues that game developers should re-evaluate the assumption that the first-person viewpoint is inherently more immersive than other gaming experiences.

When I was a little kid, a strange little kid, I believed this scenario was playing out and that I was the only human that ever existed...You too? This is a full matured approach to the UI and emersive properties of AR & VR. But as usual, the vision of this new world mirrors present paradigms just with futuristic technical applicatios...playing vinyl records and adjusting the rabbit-ears on their TV to watch Survivor Season 325

Designers of games need to consider the audience. Here is an example of a game that excludes left handed players. The DSi is a small hand held device with two screens. This game is played by holding the device open as you would a book. The problem is that numbers are moving from the left page to the right page and players are expected to use a stylus to interact with the right page. Left handed players block the view of the game and cannot play.

A child as young as 9 months can set goals when playing the apps in iphone. More and more parents let children play with their iphones. I-phones, which consist of many interesting apps and colorful designs, are easy to catch children's attention. Easy apps which can help children develop their basic skills (such as counting skills), do have great market and should be developed and improved.

Good math apps for children

Los Angeles spent $1 billion to put iPads in the hand of students and within a week students found a way around and use the iPads for playing video games instead.

This sounds interesting. An interactive game right here in Boston. Would you consider this augmented reality? Anyone want to get a group together and play? It says we "must represent [ourselves] with a senior member of the organization." Would you be interested, professor/TFs? (Post a reply to this link if you do and send me an email just in case - jhnsn.c@gmail.com)

this sounds like it will be fun!

That would be a fun adventure. Keep me posted.

Play Games to Learn Business and Entrepreneurship

Internet is certaily playing an incredibly important role in our daily life, no matter in the United States, or China.

AR to play around with on your iphone

This is a great article about the need to integrate mobile learning into mathematics learning. The article claims that right now there is a divide between personal experiences and mathematical problem solving that students learn in school. The article suggests much work and opportunity in using mobile technology to bridge the divide of formal and informal math learning, putting math learning into personal contexts. The article sheds light on how this will help students see mathematics as a discipline they will use outside of school. It is a very good, comprehensive look at the role technology can play in teaching math the "right" way.

Title says it all.

A look at how some classrooms are leveraging gaming like Minecraft to teach some of the foundations of digital citizenship.

Interesting graphic on video games and ed; purports kids who learned by playing an ed game improved their standardized test scores by 50% (no reference however)

Interesting article about how playing games affect your dreams. I wonder how this could apply to educational gaming? If we are taking games into our dreams how will that affect our understanding and connecting skills? 

I plan in playing with this one quite a bit...

This plays off of the Disrupting Higher Ed discussion we had in class this week--talks about how college programs / classes are changing to be more "idea" based and how colleges are adapting to students who have been immersed in technology.