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"Being able to create your own robot gives students and kids a great sense of achievement, with the added bonus of allowing children to develop patience, imagination and problems solving skills. There are a number of impressive kids robotics kits on the market that even parents will enjoy playing with. Plus, these types of projects provide valuable bonding time for kids and parents as it's a toy that both can really relish. In classrooms, robotics are perfect for teaching coding to kids, there are many programmable robot kits that use a simple drag and drop programing language based on Scratch. Making your own robot is also a creative a process, where kids and students utilize their design skills to come up with interesting robot designs. The 10 best make your own robot kits for kids on the market are listed below."

Welcome to the first November edition of my Edtech and ELT newsletter. In this editions you can find: A discount code for my new ebook Some really interesting articles on how the internet is impacting on truth and fact Some great new apps and tools to encourage students to create their own videos.

I can't tell you how excited I am… February's going to be BIG!! There are 28 days (plus an extra for leap year this year) pack-filled with hands-on STEM activities for kids.  I've partnered with some of my favorite bloggers and here's a little math to show you just how BIG this is…  60 activities + 29 bloggers = an AHmazing month of hands-on science, tech, engineering & math for your kiddos at home and in the classroom. We've broken it down into four different hot topics: STEM Goes Green, STEM Challenges, Coding for Kids and STEM On a Budget.  So bookmark this page & come back each day to see the next project!"

I've just published the latest edition of my Edtech Newsletter which contains links to articles free tools and resources and a code to download a free ebook on infographics. I hope you find something useful in it. http://tinyletter.com/technogogy/letters/nik-peachey-s-edtech-elt-newsletter-13th-december-2016 If you like it you can subscribe at: https://tinyletter.com/technogogy/

"Computational thinking is intimately related to computer coding, which every kid in South Fayette starts learning in first grade. But they are not one and the same. At its core, computational thinking means breaking complex challenges into smaller questions that can be solved with a computer's number crunching, data compiling and sorting capabilities. Proponents say it's a problem-solving approach that works in any field, noting that computer modeling, big data and simulations are used in everything from textual analysis to medical research and environmental protection."

"here are lots of ways to incorporate video into the classroom. From capturing students' attention as you kick off a lesson, to providing context for a new learning experience, teachers use videos in lots of different ways. Whether you are looking for a clip to send home to students via Google Classroom or want to connect a video link for a QR code scavenger hunt, educational 360 videos are worth exploring. 360 video gives students the power to explore a space from every angle. YouTube hosts a range of 360 video content and one of my favorites is from the BBC. On the BBC's YouTube channel you'll find different types of video options for a virtual visit to places around the world. As you search through their content you'll see that they've tagged their videos as 360 to make it especially easy to find."

"Integration into the Kindergarten curriculum was a rather loose connection, but definitely a great introduction to 3D printing. One of the Kindergarten writing units revolves around "Looking Closely" at different things and writing about them like a scientist. Many of the Kindergarten teachers like to choose leaves as one of the objects students write about, so I decided to expand this idea into the design of a 3D printed leaf. To support students looking closely at small details as well as develop fine motor skills, each class worked together to make a blown up drawing of a leaf. In order to avoid having the whole class fighting over space to observe and draw around one piece of butcher paper, I set up the class so that I had three stations for the students to rotate around. The other two stations were a Bee Bot coding station and an Engineering Design challenge with Legos (design a bridge strong enough to hold a water bottle)."

"This is the kick-off post in a 4 part series where we will cover each stage of implementing computer science in elementary school based on thousands of conversations with educators. While the month of June brings a lull to the toil from the school year, we're working hard to set you up with the resources you'll need this summer as you prepare to do it all over again. Over the next four weeks, we'll be taking the lessons we learned from our teachers this school year and sharing their coding implementation stories from beginning to end. Over the past 3 years, computer science in elementary has come a long way. Trailblazing schools who were just getting started, have now fully integrated Computer Science into their curriculum. While the majority of schools are on their way to that point. At Kodable, we focus on talking to as many people as possible and working hard to meet their needs regardless of the stage of implementation. In these thousands of conversations, the four stages of implementing computer science in elementary school have become very clear."

Making is as old as learning itself. While the maker movement may only be about a decade old, the human desire to create dates back to the earliest forms of human activity, from making stone tools to drawing on cave walls (Halverson & Sheridan, 2014; Martinez & Stager, 2014). Thinkers such as Pestalozzi, Montessori, and Papert helped paved the way for the maker movement by stressing the importance of hands-on, student-centered, meaningful learning. Instead of viewing learning as the transmission of knowledge from teacher to student, these thinkers embraced the idea that children learn best when encouraged to discover, play, and experiment. More recently, maker education is being used as a way to connect do-it-yourself informal learning to classrooms. Driven by new technologies such as 3D printing, robotics, and kid-friendly coding, making is emerging as an effective way to introduce students to STEM, particularly women and minorities. By incorporating elements of making into the classroom, educators can bridge the gap between what students are passionate about and what they're learning in school.

"Encouraging diverse participation in STEM in middle school is crucial. Students who do not have STEM opportunities in middle school and high school are very unlikely to take those opportunities in college. We are committed to offering creative learning experiences and the best career opportunities for all kids. How do we recruit and retain a diverse student body in elective STEM classes such as computer science and engineering? For your students who don't typically identify as "engineers"-many female and minority students as well as some boys-what motivates them to sign up for, and become invested in, an engineering class or activity? While we don't claim to have completely cracked the code, focusing on this effort has made us better, more culturally inclusive teachers, and we believe our students will be better off in the long term because of sustained efforts to broaden access to CS and engineering."

"The concept of literacy is notoriously elusive and hard to define. Aside from the shallow and intellectually-impaired  definition that sums up  literacy in  reading and writing printed text, any serious and profound investigation of literacy does, by implication, entail an analysis of the new ways of learning and meaning-making afforded by digitality. New digital media have provided learners with novel and revolutionary ways of producing, discussing, sharing and interacting with text. These ways, to say the least about them, are multimodally complex and call for an integrated set of skills that go beyond the mere ability to code and decode meaning. In this sense, to be literate in such a multimodal environment requires understanding and using a wide range of interconnected literacies. We are no longer talking about a single literacy as was the case since the invention of writing some 6000 year ago, we are, instead,  in front of multiple new emerging  and interdependent literacies. Today's students are asked to have a working knowledge of these literacies in order to be able to thrive in a globalized knowledge economy. Katchy Schrock has this wonderful resource where she features some awesome mini-posters defining the key literacies making up today's Literacy (with capital letter) landscape.  These visuals are ideal for classroom inclusion. I invite you to check them out and share with your colleagues."

"How do you add computer science into your curriculum as a teacher or school administrator? We've collected some of the best tools to help accomplish this including training for teachers to prepare to teach programming, and games to keep students learning beyond the classroom."

"But who will teach those students-and how they'll be taught-has emerged as a concern among some education experts.  "If Congress passes this funding opportunity, we really need to focus on how to prepare existing teachers who have no computer programming experience on how to integrate computing into math and science education," Harry Cheng, the director of the Center for Integrated Computing and STEM Education at the University of California, Davis, told TakePart. "

"Reading, writing, and math are no longer the only essential subjects everyone should learn. Today's essential skills include navigating the web, writing code, and engaging with others online. This web literacy map from Mozilla presents activities that cover these 21st-century skills."

"In our innovative classrooms across America, students are using technology in ways that were unheard of just ten short years ago. In a small elementary school in Northwest Baltimore, students use their Makerspace to create 3D printed materials, learn to code and engage in other making activities. In another school in Philadelphia, a student fulfills his senior capstone project requirement by creating a "Smart Beehive" that uses sensors and a camera to track the health of a bee colony. While there are some schools of education that prepare pre-service teachers to excel in these types of technology-rich environments on their first day of in-service teaching, there is still room for growth in our teacher preparation programs as a whole, particularly as more schools shift towards digital learning. "Education-Creative Commons" by NEC Corporation of America licensed under CC BY 2.0" This is why the 2016 National Educational Technology Plan (NETP) asks us to refine educational technology's place in teacher preparation programs. It makes the bold statement that "no new teacher exiting a preparation program should require remediation by his or her hiring district."¹"

"Here is a collection of some good iPad apps for teaching kids and students sign language and American Sign Language (ASL). The collection which we have curated from iTunes App Store and App Advice, embeds some of the most popular sign language apps out there.  We have based our selection mostly on user reviews and ratings. Whether you are a parent, a teacher dealing with deaf or hard of hearing students, or simply interested in learning an extra important communicative code, the collection below is definitely a great place to start with."