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"DIY Lake Science is a free app (for iPhones and iPads) that allows families and educators to investigate lakes and other freshwater ecosystems at home, at school, or anywhere you go! Conduct twelve hands-on activities-indoors and outdoors-using everyday items, view fascinating videos, and explore how lakes change in the Under the Lake simulation. Each activity includes material lists, step-by-step instructions, and detailed explanations. The free app is available for iOS 7 and above."

""Making the Case" contains resources that demonstrate the impact of the maker education movement and provide inspiration for what's possible. These stories, articles, reports, videos, and other information may help funders, administrators, fellow educators, facilitators, and community members see how making in education affects learning for all. The resources below are listed in alphabetical order, as a default. They are also organized into subcategories, accessible by the tabs at the top of the grid. When hovering over each box, keywords provide a simple description and glimpse into the content of the resource, which is accessible by clicking on the arrow in the upper right-hand corner."

"We really enjoy it when a developer takes advantage of the fantastic technology we have today while still grounding an experience in our own physical space. Osmo does just that and does it nicely. The Osmo system uses an angled mirror clipped over the front-facing FaceTime camera alongside a stand, and coupled with free iPad apps to make the area directly in front of the iPad an active virtual and real-world play space. The combo is a very simple way of going about it, but the results can be magical."

"It used to be easy to choose what iPad to get. Those who wanted the most power and highest-resolution screen could opt for the full-size iPad; those who wanted something smaller and easier to hold in one hand, the iPad mini. This year, Apple has made the differences between the two devices more minute than ever."

"True STEM classes, which are NOT "regular" science or math classes in which teachers have been asked or have chosen to offer STEM-focused lessons to students, are very rare today in most schools. I was blessed the past two years to teach STEM to 4th and 5th grade students as a separate "specials class" where STEM was treated like PE, Music and Art. All students went to STEM class. It wasn't reserved just for the GE/Gifted Education kids. Everyone went to STEM and participated, including many "special friends" who were not mainstreamed for other classes during the day. They went to STEM class, however, because they could succeed in collaborative environments which emphasized hands-on learning."

"A 3D printer company with a strong education background can be invaluable to school leaders hoping to help students turn abstract concepts into working models, says Johan Broer, a MakerBot spokesman. Each printer company has its own school-focused offerings. A hands-on learning guide and bundled kits along with a curriculum could integrate engineering concepts with core academic knowledge in science, math, art and 3D printing technology. Resources 3D Systems Afinia Beethefirst Leapfrog MakerBot MakerGear Stratasys Ultimaker No matter what printer manufacturer is chosen, CIOs have to do their homework. Things to consider include:"

"Blended Learning: Personalizing Education for Students"

"Teach hands-on projects integrated with Tinkercad and Circuits, the Web's most popular, easy-to-use online apps for makers."

"Creating innovative inquiry-based learning spaces for our students today and tomorrow. Explore spaces that work with MakerEd, STEM, and coding and robotic programs for kids K-12. Share in this hands-on session's new tools enhancing spaces for teaching and learning!"

"As I look back, it has been a crazy and wonderful learning experience in CEP 811 over the last few weeks. With a focus on the Maker Movement and maker education, I have read articles, blog posts, sections from books, and even watched videos to learn more about the Maker Movement. I even had a chance to try my hand at making by creating a Lego robot using the NXT program and then turning my project into a great lesson about slope I can use with my math students. In addition, I considered what inspires a maker and how I might be able to turn my own classroom into an inspirational and supportive makerspace. This week, I organized all of the ideas I have gathered about the maker movement and maker education into a helpful infographic using easel.ly that addresses two important questions: What is the Make Movement? Why should math teachers start incorporating it into their classrooms? "

"This year's end-of-year paper purge in my middle school office revealed a startling pattern in my teaching practices: I discipline boys far more often than I discipline girls. Flipping through the pink and yellow slips--my school's system for communicating errant behavior to students, advisors, and parents--I found that I gave out nearly twice as many of these warnings to boys than I did to girls, and of the slips I handed out to boys, all but one was for disruptive classroom behavior. "

"As an element of my technology sessions at Lakeland Elementary School's teacher inservice yesterday, I took a different approach. I did this partially to better model what I have preaching (teacher as facilitator rather than all-knowing bestower of knowledge) and also to give my teacher first hand experience in how a student feels in that environment. Additionally, it made the session more interactive (less boring) and by finding answers on their own, the teachers should better remember what they learned to do. In hindsight, I also believe a major benefit is the realization of many of my teachers that they know more, and can do more, than they thought they could. Being under the pressure of a time clock and motivated to beat the other teams, they had very little wiggle room to have their creative problem solving skills hijacked by self-doubt. Instinct kicked in. From the standpoint of the facilitator, it was fascinating (and addictive) to watch that happening. Very, very cool."

"According to Google Trends (see photo), a new term came into existence and quickly became synonymous with progressive education and a resurgence of STEAM education in America. That term is maker education, or makered for short, and can be seen in the graph as "born" according to google searches, around September of 2004. Although the exact number of makered programs is not currently known, schools that employ a progressive pedagogy (insert the word innovative for those working in the 21st century) or schools that make claims regarding the importance of differentiation, constructivism or experiential learning have built or are building makered programs. At first these programs seemed to be dependent on having state of the art Maker Spaces or FabLabs and high-tech tools, as most were found in well-funded private schools. That picture has changed rapidly in the past ten years since the makered movement has gained popularity, however. More and more public/charter schools and nonprofit programs are building programs for the average American child, that rival many private school programs. In fact, programs with limited budgets and space have reminded us that scarcity or "disability," are invaluable teachers in any good maker culture, as they breed creativity and self-reliance. Many of the makered programs serving lower income communities have access to mentors who never stopped working with their hands, even when it fell out of status in a consumer driven America in the 1980's (Curtis 2002). While lower income mentors may not know Python or what an Arduino is, they are skilled carpenters, mechanics, seamstresses, cooks and know what it means to be resourceful. "

"Eighth-grader Quin uses his passion for electronics to teach fellow students about 3D printing, arduinos, and other hands-on lessons in STEM skills. "

"The maker movement is a revival of hands-on, do-it-yourself, and do-it-with-others learning that allows students the ability to create original works and products. This is often done with the aid of  computers, electronics, and online resources/communities (Maker Education Initiative, 2015)."

"The most important technology product no longer sits on your desk but rather fits in your hand. "

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.