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"Elementary school has always looked a little bit like training for a traditional office job: You show up at 8 or 9, sit at your desk, and fill out paperwork for most of the day. An average third grader might spend as much as six hours sitting in the classroom--only a little less time than the average office worker spends sitting at work. But as more offices realize that sitting all day long is actually pretty terrible for health and productivity, how long will it take schools to catch up? While some elementary schools no longer have recess, and people like New Jersey Governor Chris Christie argue that school days should be even longer, a few schools are already moving in a different direction. Some are testing out standing desks, and realizing that a little bit of activity can actually improve attention spans. Others, like Ward Elementary in Winston-Salem, North Carolina, are starting to fill classrooms with exercise bikes, so students can work out while they learn."

"It takes time to build up a strong inquiry-based teaching practice, to learn how to direct student questions with other questions, and to get comfortable in a guiding role. But when Laufenberg talks about what it takes, she makes it sound easy. We've broken her advice down into digestible tips for anyone ready to jump in and try for themselves."

"This is a collection of project-based engineering lessons for kids. Project-based learning allows students to control the direction and pace of their learning. Activities that promote investigation, critical thinking, and hands-on subject matter are also central to project-based learning. These project-based lessons focus on basic principles of physics, structural, and mechanical engineering. Physical models are built from a similar set of materials that can be easily sourced online (links are provided in-lesson). All of the project plans in this collection are designed to be used in an after school enrichment setting, though you may use and modify these ideas for other not-for-profit purposes provided you cite The Workshop for Young Engineers. This is a growing and improving collection of lesson plans. Please comment to share your ideas to improve lessons and photos of your designs."

"When Jennifer Lanier began working as a media specialist at Summit Parkway Middle School in South Carolina's Richland School District Two, the school library looked like one most of us remember from our own school days. "There were large heavy tables and chairs with shelves lining all walls," she says.  "It was a very fixed space."  After a period of intensive research, she was ready to make some major changes. "My library is now split into two main sections," Lanier explains, "with the circulation desk as the dividing point.  I focused on renovating the back half first.  This would become the Creative Commons area.  I removed the shelves from the corner, purchased six tall mobile tables, a few stools, six white boards, and twenty beanbag cubes." The idea, Lanier explains, was not to set up the tables, stools and cubes ahead of time but, rather, to leave the furniture out of the way and let users (both students and staff members) grab it and reconfigure the space to meet their needs.  "The arrangement of the space does not dictate the way collaboration is carried out; instead the collaboration can freely flow in the direction it takes.  Users can gather around on the cubes to discuss an idea.  They can break out to a project table and visualize it on a white board.  The simple act of moving allows the brain to be more creative." "

"To help educators enhance their knowledge and "in-demand" skills so they can integrate their learning into classrooms, ICTC would like to introduce a new initiative called CyberEd, a National Cyber Security Awareness & Training Initiative. This initiative has been made possible in part by a grant from the Cisco Networking Academy, an advised fund of Silicon Valley Community Foundation. A part of this initiative, 130 educators in middle and secondary schools will have the opportunity to receive training in Cisco's Introduction to Cyber Security and/or Cyber Security Essentials courses at no cost, with resources included to help them integrate cyber security into student learning. Additionally, 8-10 educators will have the opportunity to receive training in CCNA 1 & 2 at no cost who are interested in deepening their studies. These professional development opportunities will take place virtually. The courses will be facilitated/led by an instructor, while some elements of the course material will also be self-directed. All courses will be delivered in English at this time."

"We've talked about how and when to use inquiry-based learning-and apps for inquiry-based learning, too. What we haven't done-explicitly anyway-is looked at the reasons for doing so. While the benefits might seem obvious (student-centeredness, critical thinking, self-directed learning, etc.), the graphic above by famed sketch-noter Sylvia Duckworth based on a session by Trevor Mackenzie captures a lot of these ideas in a single visual."

"Who are the people spearheading maker education? And what motivates them? These are just a few of the questions behind a new study (PDF) from SRI International on the Maker Education Initiative. According to the report, many maker educators believe "making can help students develop real-world skills" such as creativity, problem-solving acumen, critical thinking and perseverance, along with "dispositions associated with positive work and life outcomes." They also find that making can be both a social and self-directed activity that "builds empowerment and participants' sense of agency.""

"Explicit Teaching in Problem-based Mathematics offers a re-imagining of what it means to engage in "direct" instruction. Rather than a separate pedagogical approach, explicit instruction is an integral part of problem-based learning and instruction. Animation and video are used to feature educator moves that support students to "notice things they would not otherwise see." Think uncovering. Think making visible. "

"Our students are reading all day long-text messages on their phones, emailed directions about homework, apps from advertisers. They read what interests them and what helps make their world a more real, relevant, and relatable place to live. And we can tap into their interests to embed speaking, listening, reading, and writing in classes to help achieve content objectives."

"We have been doing a lot of learning this year that is different than I would have imagined if you would have asked me 17 months ago. My teaching colleague, Gallit Zvi and I embarked on our own journey of discovery to team teach 2 classes of grade 6/7 students. When we started we were nervous but excited to start. We didn't know where it was going to take us because we were constantly learning new things on twitter that we could adapt, collaborate on, and make our own. We did know that we both wanted to jump into a project based model for student learning because we knew we could model a collaborative environment necessary to make it successful for our students. However we didn't know where and how to start. We saw ourselves as guides through unique learning experiences that connect learning in the classroom to their lives outside of the classroom. We were just looking for that sign on which direction we should help guide them towards."

"Children with dyslexia can have trouble with many aspects of literacy, including learning the alphabet, recognizing letters, following a sequence of directions and mastering the rules of spelling. Having a son with dyslexia, we tried many things to help him with his frustrations. We used a lot of compensatory techniques and one web-based program that is now an app. Below are six apps that aim to help kids and adults with dyslexia. "

Geoboard app - http://itunes.apple.com/us/app/geoboard-by-math-learning/id519896952?mt=8