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""There's a huge gap between the needs and requirements of the job market of the 21st century and what the education system is delivering," said Vishal Talreja, founder and CEO of Dream A Dream, a Bangalore-based organization that prepares young people from vulnerable backgrounds to succeed in a changing world. Talreja is right -- neither employers nor education leaders (not to mention some students themselves) would argue otherwise. But it is the second point Talreja made before the 2015 LEGO Foundation IDEA Conference that educator-innovators should pay the most attention to: "Learning spaces, which could be physical spaces of learning or just safe environments for learning, are extremely critical." A learning space differs in both look and feel from the traditional classroom. In the past year, we've met social entrepreneurs with an eye on education who are creating cost-effective methods to infuse schools with the type of culture and design that students need to better develop their curiosity, creativity, and imagination, and better achieve desired learning outcomes."

"So what is making? I've proposed that the heart of making is creating new and unique things. I also realize that in order for this type of making to occur, there needs to be some scaffolding so that maker learners can develop a foundation of knowledge and skills. The end result, though should be maker learners creating new things by and for themselves. The ideas in this post have been sparked by the SAMR model. I see a similar pattern or progression with maker education:"

"Explore STEM education in settings beyond the classroom walls, and see how opportunities to learn science, technology, engineering, and mathematics are all around us. From science-based internships, to student-run makerspaces, to after-school activities, STEM is everywhere.  The videos in this series were produced by Mobile Digital Arts, and were made possible through generous support from the Noyce Foundation."

"You know that Minecraft is massive. But, did you know it is transforming learning? Geeky teachers have brought Minecraft to subjects ranging from history to biology to probability. The game is being rolled out to every secondary school in Northern Ireland this month. If you're a parent, you've noticed Minecraft offerings spawning in your local summer camp listings. The Chicago Architecture Foundation offers a Minecraft camp for budding builders. Ninety-two libraries participated in the International Games Day Minecraft Hunger Games tournament, and crowned a 13-year-old girl as its champion. And, I've helped launch Connected Camps' Summer of Minecraft, a new in-game online camp."

"I've been reflecting on what it was like each time I started a new venture. For Rubicon Project, my co-founders and I were brimming with excitement, passion, and energy. We knew what we were creating was going to disrupt the media industry and make it better, faster, smarter. But maintaining that high has been difficult. Eight years later, I've found that our excitement, passion and energy at Rubicon comes in waves. It's so easy to get caught up in the day-to-day monotony and slowly drift away from the very mindset that is our company's foundation. How can we return to that attitude of innovation? So I spent some time wondering what had first motivated us: the original idea? The opportunity we recognized? The team we had assembled?  Then I realized it had been the opportunity for disruption. We all recognized an opportunity and had ideas on how to capitalize on that opportunity, but the excitement, passion, and energy was born out of the realization that a single idea could change the way an entire industry operated. My next thought jumped to other famous inventors and wondering about their disposition when they created their innovations. This step required some research, so I decided to study some of history's greatest innovators. I reflected upon the innovative people I work with and those that I most admire. Through this process, I discovered that there is a definitive mindset of innovation, and I broke it down to seven attitudes."

"Jewelbots are colorful, programmable, smart friendship bracelets to get girls excited about coding. Sure, they're pretty and interactive: but what Jewelbots founders really want is to inspire tween and teen girls to understand the basics of coding, and take on building features of their own. Girls can program the bracelets right away without writing code, using simple if-then statements-the foundational logic of engineering-from the linked mobile app. The bracelets light up, vibrate or flash, letting girls communicate with each other in Morse code. They can also communicate when other Jewelbots wearers are near. The bracelets are connected through Bluetooth, and can be used with or without a linked phone."

"A lot of people limit themselves only to use things without wondering how they work internally or without having the ability to look inside and possibly make changes.This means that we renounce a better understanding of the objects that surround us and we become mere passive users of systems, mechanisms and technology. By cultivating the maker philosophy and promoting tinkering and coding, we can lay a solid foundation for those kids and young people who are intrigued by science, technology, art, engineering and maths. We can also involve more girls to encourage them to choose future career paths in scientific and  technological areas."

" President Obama announced the "Week of Making" the week of June 12 - 18, 2015, and eleven educators from the Pittsburgh region were invited to the White House on June 15, 2015 to discuss what great makerspaces look like in schools and how we can scale this movement across the country in schools. But not everyone can visit Obama to talk about Making--so how does one lead professional development when introducing a makerspace? EXPERT "MAKER" EDUCATORS FROM PITTSBURGH AT PRESIDENT OBAMA'S "WEEK OF MAKING." At Elizabeth Forward High School, the 2015 Pittsburgh FAB Institute was held June 15 - 18, 2015. Sponsored by the Grable Foundation, the 2015 Pittsburgh FAB Institute provided a rich professional development to 75 teachers across the country focusing on digital fabrication. These educators ranged from beginners to experts, elementary, middle and high school teachers, educators from museums, college professors and school administrators and these educators were interested in what aFABLab looks like in schools."

"If science is inquiry and inquiry is a fire, when does that fire start? When the world talks about STEM education for the most part they talk around elementary teachers rather than to elementary school teachers. This should not be seen as an insult or slur upon our value, but as a matter of course. Most "real" science does not start until middle school or even high school, and for school in poverty perhaps not even then. However, with the need to develop more students ready to step into STEM careers, and the corresponding efforts to grow educational foundations in those area elementary science will play a pivotal role."

"With each presidency come new reforms and initiatives aimed at enhancing education. The new policies, programs, and funding lay the foundation for various innovations and trends to build momentum and transform the way we teach and learn. Before you go back to school, get the skinny on seven big disruptors in education. These seven transformative tools are part of the growing movement to get students creating and problem-solving with technology, which has been supported by the Obama administration's Educate to Innovate initiative."

Excerpt: Both students and educators become frustrated when students beyond 3rd grade display reading difficulties. Research-based reading strategies can build a foundation for reading success in students of all ages.

"Our 7 Steps for Education Leaders is the foundation for this work"

GLOBE is an experiential science program. It's hands-on learning for grades K-12. As a foundational science program, GLOBE has a structure that can be enhanced with art, writing, and leadership skills. The program is used worldwide in more than 100 countries.

This white paper summarizes the results of a three-year ethnographic study, funded by the John D. and Catherine T. MacArthur Foundation, examining young people's participation in the new media ecology. It represents a condensed version of a longer treatment of the project findings.i The study was motivated by two primary research questions: How are new media being integrated into youth practices and agendas? How do these practices change the dynamics of youth-adult negotiations over literacy, learning, and authoritative knowledge?

This paper focuses on the discussion of the digital literacy skills that are considered necessary for effective and mindful learning in the emerging digital environments. To date, the discourse on this important subject has been practice-oriented, and lacks a sound integrative framework and theoretical foundation.

Our Mission The mission of the International Children's Digital Library Foundation is to excite and inspire the world's children to become members of the global community - children who understand the value of tolerance and respect for diverse cultures, languages and ideas -- by making the best in children's literature available online.

Advancing Excellent Teaching in American Schools Annenberg Media uses media and telecommunications to advance excellent teaching in American schools. This mandate is carried out chiefly by the funding and broad distribution of educational video programs with coordinated Web and print materials for the professional development of K-12 teachers. It is part of The Annenberg Foundation and advances the Foundation's goal of encouraging the development of more effective ways to share ideas and knowledge.

Science of the Olympic Winter Games Photo of ice skater, words Science of the Winter Olympic Games, and logos of NBC Learn, NSF and Vancover Olympics NBC Learn, the educational arm of NBC News, has teamed up with the National Science Foundation (NSF) to produce Science of the Olympic Winter Games, a 16-part video series that explores the science behind individual Olympic events, including Downhill and Aerial Skiing, Speed Skating and Figure Skating, Curling and Hockey, and Ski Jumping, Bobsledding and Snowboarding. This groundbreaking project between the NSF and NBC Learn uses the global spotlight of the Olympics to make science more accessible and more interesting to students by showing how science helps athletes fulfill the Olympic motto: Citius, Altius, Fortius--Swifter, Higher, Stronger. Read more about the "Science of the Olympic Winter Games."