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"Prior to presenting Hour of Code lessons in my classroom, and eventually to my entire school, my knowledge of computer programming was limited to knowing it had something to do with ones and zeroes. I understood a lot of work went into constructing the digital world we now rely on, but what that work entailed was hazy at best. In fact, prior to Hour of Code, I didn't know the second week of December was Computer Science Education Week, which is when Hour of Code is held. It was all thanks to a buzz on Twitter that I first heard about Hour of Code's launch in 2013 and its simple, but powerful, mission: to expose children (and adults!) to one hour of computer science. After a trial run with my class the first year, I dove in headfirst and presented Hour of Code lessons in every class at my pre-kindergarten-through-second-grade school -- and with only a little prep, so can you!"

"I've always found a sense of peace in the creative process. It's a time when I feel like I don't have to stick with the rules in place for all the different parts of my life. That freedom helps me come up with some of my most creative ideas and exciting projects. This has been true my entire life. When I entered the classroom, I wanted to give my students as many chances as possible to be creative. Over the years, I've seen amazing projects from students who dared to take creative chances. Until very recently, I thought these creative opportunities were the best way to engage kids in this process. It wasn't until I dove into the maker movement that I realized how much more is possible. I always come up with some big projects for my own students, but what about the rest of the building? I'd never been supported in larger school or district ideas, but this past year was different. With the support and challenge to do something for students outside of my classroom, I decided to go for it. After talking with some friends and our amazing media specialist, a makerspace in the library made the most sense. Here are some tips and tricks for putting together a makerspace in your school, and some thoughts on how it can be beneficial to your students."

"Differentiated instruction is not necessarily a new approach to meeting the unique learning needs of all students, but it has certainly been enhanced through assistive technologies. The advancements with assistive technologies have been astronomical in providing teachers even more ways to reach out to their students (Dove, 2012) and differentiate the way they learn, practice, and explore concepts (Ciampa & Gallagher, 2013). As a researcher studying assistive technologies and a program facilitator for the Learning Disabilities Association of Niagara Region, I have gained valuable insight to help support educators with high-tech assistive technologies. For the most part, my experience with assistive technology has generally revolved around using Apple iPads and Chromebooks. With this in mind, the following tips will be coming from the perspective of a teacher very passionate about mobile devices in 21st century learning spaces."

"I've always found a sense of peace in the creative process. It's a time when I feel like I don't have to stick with the rules in place for all the different parts of my life. That freedom helps me come up with some of my most creative ideas and exciting projects. This has been true my entire life. When I entered the classroom, I wanted to give my students as many chances as possible to be creative. Over the years, I've seen amazing projects from students who dared to take creative chances. Until very recently, I thought these creative opportunities were the best way to engage kids in this process. It wasn't until I dove into the maker movement that I realized how much more is possible. I always come up with some big projects for my own students, but what about the rest of the building? I'd never been supported in larger school or district ideas, but this past year was different. With the support and challenge to do something for students outside of my classroom, I decided to go for it. After talking with some friends and our amazing media specialist, a makerspace in the library made the most sense. Here are some tips and tricks for putting together a makerspace in your school, and some thoughts on how it can be beneficial to your students."

"The YMCA's Camp Combe is one of the most popular and best-known sleepaway camps in the New York Area. Serving over five hundred children a day during the summer months, the facility keeps its guests both busy and entertained with a whole host of activities including swimming, archery, high rope courses, nature walks, and...Minecraft? No, I'm not kidding. An hour outside of New York City, New York, a group of third-to-fifth graders this week dove into the camp's first ever Minecraft session. Of course, as creatively-oriented as the base game is, it doesn't really teach kids all that much as far as practical knowledge is concerned. That's why Camp Combe is using an educational variant of the title: MinecraftEdu. Deveoped by TeacherGaming, MinecraftEdu is a modified version of the base game whose sole purpose is to get its players interested in STEM (science, technology, engineering, and mathematics) fields. After logging in to MinecraftEdu, players are first taught the basics of the vanilla Minecraft experience - logging into a server, controlling their avatars, manipulating the environment, acceptable behaviors...you get the idea. Once they've been schooled in how to play, they're then given an objective; this task could be anything from building a bridge to creating a functional particle accelerator."

"16Hertz, an educational electronics company based in New York City announces the release of their illustrated, graphic-novel style guide, "The Illustrated Arduino". The guide is over 75 pages long, and contains hundreds of hand-drawn illustrations that take the readers through getting up-and-running with electronics prototyping and Arduino programming.   Written by career educators and makers, Aditya Kumarakrishnan and Adiel Fernandez, "The Illustrated Arduino" is a comprehensive guide created to be easily accessible to readers of all experience levels looking for a way to jump into the world of microcontrollers. When the duo dove into the Arduino community, they had a difficult time finding a comprehensive, clear guidebook for beginners. Having taught programming, physical computing and design to students of all ages from middle schools to universities, they sought out to create a guide that is easy-to-follow, great to look at all while still being rigorous. "We set out to create the most beautiful, user-friendly, pedagogically sound and rigorous guide book for the Arduino in the world", says Aditya. They've released the guide under a Creative Commons license, encouraging the larger community to share and use its content freel"

"My students come from a small, rural community and lack a broad understanding of the larger world around them. This inspired me to seek out a game, or online environment, that could provide more expansive experiences for them-a place that would allow them to explore, on their own or with others, and where I could embed history content for them to discover. On Twitter I came across an exploratory discussion of Minecraft's potential for school use. I dove in and began a journey that ultimately changed my perception of teaching and how I interact with my students. Minecraft is easy to use and implement in a classroom. It promotes student independence and creativity, but it is also an immensely collaborative tool that I have witnessed being integrated across all grade levels and content areas. Students can apply their understanding in truly unique and often unanticipated ways. Previously, my kids struggled with writing. Today, they are more creative and confident writers. Instead of getting 125 essays written in the exact same style with the same details, I now get unique historical narratives, rich with sensory experiences and observations made with their own eyes."