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Educators like us across the globe are big fans Google Apps in the classroom. Through our work, we have seen Google Apps make learning more rigorous, relevant and engaging for students. We've watched Google Apps introduce and improve the digital skills that today's learners need for successful, sustainable careers in our digitized world - with one significant caveat: As with any technology used in the classroom, its power to transform is only as good as its strategic implementation.

"Editor's Note: Matt Weyers and co-author Jen Dole, teachers at Byron Middle School in Byron, Minnesota, present the seventh installment in a year-long series documenting their experience of launching a PBL pilot program. Project-based learning is a complex teaching method that, in our experience, requires a clear and established workflow to seamlessly accommodate the needs of teachers, parents, and students. Throughout this school year, we have found several apps, add-ons, and programs that have helped us best manage our workflow. Before we provide brief descriptions and links to each of them, it is important to state the current situation in our classroom: Students in our classes have individual iPads to use during the school day (they stay at school). Every student has a school-generated Gmail account. The majority of students have access to the internet outside of the school setting."

"Back in 2012, we shared how to cite a tweet. We followed that up with how to cite an app. So when we saw the very useful teachbytes graphic above making some noise on pinterest on several different popular #edtech websites, it reminded us of the constant demands changing technologies place on existing ways we do business. When and in what contexts it makes sense to cite social media content is probably a more relevant post than sharing a graphic that simply shows the format, but they're both nice to have, yes? Citation Style Of course, citation style matters, and the two most popular are the APA and MLA. The APA (American Psychological Association) has their rules for citing social media in academic writing. They even have a thorough ($12) guide to clarify the process, while the MLA (Modern Language Association), as far as we can tell, has yet to expressly address apps and social media as anything other than "software." And to an extent, this makes sense. As media becomes more nuanced, new modalities emerge, authors use new channels to distribute their thinking-and even as the "crowd" becomes a legitimate source of information (see wikipedia, twitter, erc.), new rules for governing that reality will continue to emerge. The more general those rules are, the less reactive governing bodies will have to be moment by moment."

"Augmented reality experiences are generally triggered by geographic location or image recognition. In the latter case, apps can be programmed to recognize specific images and then take a series of actions when those image are encountered. For example, when looking at a car engine an augmented reality app may identify where and how to top up fluid levels. Of course that trigger image can also be a printed image in a book or on a wall. Imagine walking around an art museum and pointing your device at a painting on the wall. A video pops up immediately displaying an interview with the artist and explaining the nuances of the painting. Tap on the screen and it shows you other works by the same artist. Another tap and you can order a print. The art becomes a digital doorway to an augmented experience that enables you to explore and learn more. Now consider a similar scenario with a printed image in a book."

"Animal dissection is one of the most controversial topics in science education. Scientists, teachers, animal rights activists, and parents and students all have a opinion about whether animal dissection is necessary or even educational. But despite strong arguments on both sides, it remains a core part of many schools' biology curriculum."

"Scannable technology can totally alter the way that you think about teaching and learning in the math classroom. This powerful free and low-cost technology can support students inside and outside the classroom and change the way you think about interacting with content. QR codes and augmented reality are scannable technology tools that are perfect for K-12 math classrooms. A Quick Response (QR) code connects users to a link such as a website, YouTube video, or audio clip. Augmented reality (AR) layers digital content over the real world. There are a handful of apps that have pre-made AR experiences and a few tools that you can use to create your own. Once you explore these tools and understand their capabilities, scannable technology offers exciting possibilities for deeper learning."

"Ever since Twitter introduced its live streaming service, Periscope, earlier this year, educators have become enamored. It's not hard to understand why. The video app is integrated right into your Twitter account and boasts an impressive number of education applications, from broadcasting a riveting unconference discussion for a global audience to impromptu blended learning for students. But while opportunities abound, so do privacy and other concerns."

"It seems a waste. Millions of educational apps, millions of lesson plans available online, millions of laptops in the hands of students. Yet only a small segment of teachers nationwide find ways to infuse technology into their lessons. "There's a real hunger out there, about how do I get better at my craft?" said Jeff Liberty, the senior director of teacher development initiatives at BetterLesson, which trains teachers to use technology in class. 'But there aren't clear mechanisms for that to occur in a dependable way.'"

"In the past, I've had the very good fortune to work with both Destination Imagination and Odyssey of the Mind in my classroom. Both of these programs allow kids to explore creativity to the nth degree and offer engaging and learning-filled explorations beyond what is typically offered in school. The guiding philosophies of both programs are: In what ways can we be creative? How creative can we be? We often ask our students to be creative, but how often do we ask them to extend that creativity into previously unexplored territory? How often do we invite them to up the WOW Factor? I often muse about that when I think about Web 2.0 tools that I share in workshops. I'm always trying to brainstorm divergent ways to use these versatile tools at multiple cognitive levels as well as creative extensions beyond what the tool was designed for."

"When asked why he became a scientist, Nobel Laureate Isidor Rabi attributed his success to his mother. Every day, she would ask him the same question about his school day: "Did you ask a good question today?" "Asking good questions - made me become a scientist!" Rabi said."

"Just a few years ago, the idea of using a mobile phone as a legitimate learning tool in school seemed far-fetched, if not downright blasphemous. Kids were either prohibited from bringing their phones to school, or at the very least told to shut it off during school hours. But these days, it's not unusual to hear a teacher say, "Class, turn on your cell. It's time to work.""