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"Game jams have been growing in popularity. In a game jam, teams are challenged to design a game in a short period of time. In essence, game jams are a game about making a game. Students apply systems thinking, user empathy, collaboration, storyboarding, and iterative design, while also learning how to tackle broad, open-ended problems. Matthew Farber, author of Gamify Your Classroom: A Field Guide to Game-Based Learning, will discuss his use of game jams in his middle school social studies classes, as well as digital game jams in the after school club he advises. He will share resources from the Moveable Game Jams he attended in the New York area this year, including Quest to Learn, in New York City, as well as the A. Harry Moore School Game Jam Day, in Jersey City, NY, which he facilitated."

"Why use video games in the classroom as teaching tools? Let's be clear-we've come a long way from Asteroids and Space Invaders. The modern capabilities and designs of computer games provide endless opportunities for meaningful learning experiences. Used appropriately and effectively, technology can make a difference in students' lives and affect their attitude toward school in a positive way. So ditch the old stereotypes and misconceptions you may have about the ill effects of video games and reframe your perception in the light of using them to enhance learning. Gamification of classrooms isn't a new idea. The components of the gaming world lend themselves well to self-directed learning, because gaming taps into the variables which inherently motivate the desire for progress. In fact, using a set of constructs called game mechanics one could conceivably create situations that enhance learning by incorporating the kinds of motivating strategies found in today's best video games. Whether you choose to "gamify" your physical classroom all the way or only use video games as an occasional learning enhancement, making learning fun will positively reinforce students' experiences of school. Here are some suggestions on how to successfully use video games in the classroom."

"Game jams have been growing in popularity across college campuses and in out-of-school programs. In a game jam, teams are challenged to design a game in a short period of time. Often, there is a theme, like making a game about math or environmental problems. This April, the Now I Get It Jam took place at Carnegie Mellon University. It had a "transformative" (social impact) theme that included teachers in the design process. Challenges for the weekend-long event included "Human-Centered Design for Teens" and "Common Core Math for Parents.""

"Teachers have found many different ways of using digital games in the classroom. But what kind of games are these students playing? And how are teachers incorporating them in the classroom? Last year's report from the Joan Ganz Cooney Center, "Games For A Digital Age," made the distinction between "short-form" and "long-form" learning games. Short-form games are designed to be played during a single class period. "They focus on a particular concept of skill refinement, skills practice, memorization, or performing specific drills." Long-form games "extend beyond a single class period" and sometimes gameplay can "spread over multiple sessions or even several weeks." Often long-form games are comprehensively tied to a full curriculum. They can replace textbooks by offering an interactive experience that seamlessly blends content, practice, and assessment into a contextualized learning experience. While some programs like this already exist, it's difficult to implement well. For teachers who want to get started, short-term games can supplement their already established curricula with fresh and engaging activities. Learning Games"

"32 million people watched the Season 3 World Championships for the video game League of Legends this year. 8.5 million of those people watched at the same time. To put that in perspective, 13 million people watch a typical NFL game on Sunday. Last years' World Series drew 18 million viewers. 8.5 million viewers at one time is really impressive when you realize this was accomplished without a large TV contract and almost no marketing. The impact of these gaming tournaments has created billion dollar deals in the field of video streaming. It is big business. Competitive video gaming is nothing new. Game designers however, have figured out a formula that not only makes games that have mass appeal to players, but to those watching as well. Games are no longer just for sale as a leisure product, they are a sport. Games like League of Legends, Starcraft II, Counter Strike and Dota 2 are putting up millions in prize money and salaries to top players."

"Games are being used much more widely in schools than they were when I first started writing about them 2 or 3 years ago. As of fall 2013, 74% of K-8 teachers were using digital games. 55% of these teachers have students playing digital games at least weekly, 9% daily. The games they are using are mostly designed to be educational, with only 5% playing commercial games, and 8% playing hybrids (commercial games adapted for education like MincraftEDU or SimCityEdu). These insights come from Joan Ganz Cooney Center at the Sesame Workshop, who recently released a study surveying K-8 teachers in order to understand how they are implementing digital games in their classrooms."

When you look at your kids playing video games, you might worry they're wasting time and energy passively staring at a screen and pressing buttons. But what if their play time was actually a creative outlet that fostered their imaginations? More and more games, apps, and websites are letting kids as young as kindergartners create anything they can think of -- and it doesn't have to take a ton of time. Even better, most of these tools don't require kids to be skilled programmers or computer experts to design and build creative, entertaining experiences. Whether your kids enjoy creating fun new game elements, editing existing game content, or fully designing their own games from scratch, these programs can help bring their ideas to the screen.

"Among the many ways to actively engage children in the learning process, educational games are one of the most fun. With so many award winning and cleverly designed games on the market, young children to teens (and even adults!) can develop new skills and reinforce other skills, without even realizing they are learning. Board, card, cooperative, puzzle games, and more encourage interactive hands-on learning in a humorous, light hearted environment. In a addition to math, reading, vocabulary, logic, problem-solving, and spelling skills regularly introduced by educational games, turn based and cooperative games foster with social interaction, communication skills, and self confidence. Consider adding one of these excellent educational games to your home or classroom collection."

"Tracy Fullerton, director of the University of Southern California's Game Innovation Lab, wrote the textbook Game Design Workshop, now in its 3rd edition. Paper prototyping and iterative design is something that The Game Innovation Lab has done for over a decade. Many academic institutions use the methodology to create innovative games. In March 2014 I asked Fullerton how teachers could apply techniques such as paper prototyping and iterative design in the classroom. She pointed out how similar the process was to constructivism, or learning from doing. She said, "It's a version of constructivist education, more focused on systems thinking than just making.""

"Try Engineering is a site that hosts lesson plans and games designed to get students interested in engineering. The lesson plans, more than 100 of them, are arranged according age and engineering topic. The lesson plans can be downloaded as PDFs. The games section of Try Engineering features 36 online games. Some of the games were developed specifically for Try Engineering while others are hosted on other educational sites like those of NASA and PBS. Like the lesson plans, the games collection cover a variety of topics including solar energy, space science, and bio-engineering. The games section of Try Engineering also includes links to a dozen iPad apps that students can use to learn about engineering and programming."

"As anyone who's ever spent hours hunched over Candy Crush can attest, there's something special about games. Sure they're fun, but they can also be absorbing, frustrating, challenging and complex. Research has shown our brains are "wired for pleasure," and that games are an effective way to learn because they simulate adventure and keep our brains engaged and happy. But what exactly do we learn from them? In an era consumed with teaching 21st-century soft skills, are games any good at building critical thinking or collaboration skills? The answer is likely yes, but, much like games themselves, it's complicated. "What you'll find from the research is that it's very much dependent on, 'under certain types of conditions, certain types of skills seem to be developed,'" explains game designer and theorist Katie Salen, a former executive director at the nonprofit Institute of Play. "I never want to make claims that games writ-large for any kid-under any circumstances-teach these sort of skills.""

"In order to support interest and passion driven learning (all - I mean all - of my students play video games) as well as address cross-curricular content area integration of language arts, science, and technology standards, I had my gifted elementary learners, grades 2 through 6, do a semester long project on video game design."

"Regardless of whether you think every infant needs an iPad, I think we can all agree that technology has changed education for the better. Today's learners now enjoy easier, more efficient access to information; opportunities for extended and mobile learning; the ability to give and receive immediate feedback; and greater motivation to learn and engage. We now have programs and platforms that can transform learners into globally active citizens, opening up countless avenues for communication and impact. Thousands of educational apps have been designed to enhance interest and participation. Course management systems and learning analytics have streamlined the education process and allowed for quality online delivery. But if we had to pick the top ten, most influential ways technology has transformed education, what would the list look like? The following things have been identified by educational researchers and teachers alike as the most powerful uses of technology for learning. Take a look. 1. Critical Thinking In Meaningful Learning With Technology, David H. Jonassen and his co-authors argue that students do not learn from teachers or from technologies. Rather, students learn from thinking-thinking about what they are doing or what they did, thinking about what they believe, thinking about what others have done and believe, thinking about the thinking processes they use-just thinking and reasoning. Thinking mediates learning. Learning results from thinking. So what kinds of thinking are fostered when learning with technologies? Analogical If you distill cognitive psychology into a single principle, it would be to use analogies to convey and understand new ideas. That is, understanding a new idea is best accomplished by comparing and contrasting it to an idea that is already understood. In an analogy, the properties or attributes of one idea (the analogue) are mapped or transferred to another (the source or target). Single analogies are also known as sy

"The spread of online misinformation poses serious challenges to societies worldwide. In a novel attempt to address this issue, we designed a psychological intervention in the form of an online browser game. In the game, players take on the role of a fake news producer and learn to master six documented techniques commonly used in the production of misinformation: polarisation, invoking emotions, spreading conspiracy theories, trolling people online, deflecting blame, and impersonating fake accounts. The game draws on an inoculation metaphor, where preemptively exposing, warning, and familiarising people with the strategies used in the production of fake news helps confer cognitive immunity when exposed to real misinformation. We conducted a large-scale evaluation of the game with N = 15,000 participants in a pre-post gameplay design. We provide initial evidence that people's ability to spot and resist misinformation improves after gameplay, irrespective of education, age, political ideology, and cognitive style."

"Video games get a bad rap. They are often portrayed as violent, addictive, and a mindless waste of hours that encourage laziness and make us fat. But that's not the full story. Most virtual games can be designed to have educational and physical benefits for players. Games that use repetitive actions, such as the swinging of a bat or targeting a moving object, train the brain and muscles to perform better in real-life activities. Video game brain training has the same effect as reading a book or riding a bike - when the brain is learning, thousands of new connections are being formed. The addition of a reward system motivates players to continuously improve their skills."

"It is common for people to group themselves into two categories; those who are good at art or design, and those who are good at math or science. The reason for this is that many people believe that the skills needed to be successful in creative services do not relate to the skills that are required to be successful in the analytical. Even though mathematics is in the list of the most difficult college classes, in reality, nothing could be further from the truth. Many design concepts, such as symmetry, have direct ties to mathematical concepts and discoveries. So, if you are an artist or a designer, there is a good chance that you are already incorporating math into your work, you just may not be doing it consciously. Here are some very specific ways that mathematics has not only influenced design but has acted as a true game changer."

"Thanks in part to STEM education initiatives and the tech boom, coding in the classroom has become more ubiquitous. Computer programming tasks students to persistently work to solve problems by thinking logically. What's more, learning how to code is a desired 21st century career skill. There are several digital games designed for kids as young as 5 that turn coding into a fun activity, such as Kodable and Scratch Jr. But some game designers are going further back to programming's fundamentals by creating physical games that can't be found in any app store."

"Last month, the Institute of Play released a 160-page whitepaper on successfully designing and implementing video games as classroom assessment tools. It is widely hoped that the Institute's study, along with further research by SRI, will prove conclusively that cognitive skills are significantly improved by playing educational video games. This was not news to the math education community, which has known about the benefits of games in the classroom for a long time. Back in 2004, a study by Tisa Lach and Lynae Sakshaug had already shown that middle school students made significant improvements in algebraic reasoning, spatial sense, and problem-solving abilities after playing biweekly sessions of popular tabletop games such as Connect Four, Mastermind, Rush Hour, and Guess Who. "

"I have been designing an Operation-type board game that uses the MaKey MaKey to interface with a computer running Scratch. I started with a simple prototype left over from my squishy circuit Operation game. I was curious whether the MaKey MaKey would read a closed circuit on this hardware. Good news: it works! Connect an alligator clip cable from the MaKey MaKey to the game board's foil "game port." Connect the MaKey MaKey board's Earth port to another alligator clip cable."

"The opportunities for learning through the use of digital gaming are diverse and massive. The speed and ease in which basic game development can be achieved using apps such as Sketch Nation can provide a platform for outstanding cross-curricular projects and really make an impact on progress, standards and pupil independence. This blog post describes one project (upper KS2) which could easily be adapted to suit Key Stage 1 or expanded to meet the needs of Key Stage 3 pupils, and to support almost any topic/subject. 1:1 use of iPods enabled maximum pupil engagement but fewer devices could have been used if pupils collaborated in groups"