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Understanding the "Why" of any initiative should be a key step prior to implementation. Without a clear understanding of our "Why" how are we to judge the success of what we are implementing. How will we know which steps take us in the right direction if we have no concept of why we are journeying. In our implementation of ICT (Information & Communication Technologies) and now Digital Technologies, a lack of clarity on the matter of "Why" has often been the most significant challenge to success. 

"One of the most important steps in selling a product is making sure consumers are knowledgeable about what it offers. For many businesses and marketers, this means creating an animated explainer video. According to Wyzowl's State of Video Marketing report for 2019, more than 80 percent of marketers say video helps them increase the number of time users spend on their website, generate more leads, and, most importantly, and help users better understand their product. Marketers aren't the only ones saying video makes a difference. Consumers agree - 68 percent say they prefer to learn about a product or service by watching a video. Additionally, 79 percent say a video convinced them to purchase software or an app."

"There's a common misconception that the best way to encourage children's creativity is simply to get out of the way and let them be creative. Although it's certainly true that children are naturally curious and inquisitive, they need support to develop their creative capacities and reach their full creative potential. Supporting children's development is always a balancing act: how much structure, how much freedom; when to step in, when to step back; when to show, when to tell, when to ask, when to listen. In putting together this section, I decided to combine tips for parents and teachers, because I think the core issues for cultivating creativity are the same, whether you're in the home or in the classroom. The key challenge is not how to "teach creativity" to children, but rather how to create a fertile environment in which their creativity will take root, grow, and flourish."

"At the secondary level, core computer science (CS) concepts and practices are taught in courses typically within the information technology (IT) career cluster under the umbrella of career and technical education (CTE). However, CS concepts and practices are also increasingly being incorporated into academics and also electives (and are influenced by art and design). No matter the discipline, creating computational artifacts is one of the core CS practices students should consistently experience to become better problem-solvers. Computational artifacts may include images, videos, presentations, audio files and computer programs. Precise and consistent practice in computer programming (CP) will help students construct cross-curricular knowledge in tandem with both academic and CS concepts and practices. As CP is the process of writing a program from start to finish, students receive exposure in the amalgamation of practices 3-6 found in the K-12 Computer Science Framework. So, how can we successfully engage students in CP? Here's how we can do so in four major steps."

"These projects are downloadable step-by-step guides, with explanations and colour screenshots for students to follow. Each project is a stand-alone activity, written to last for a single lesson, and will guide children to create a game or interactive project that demonstrates a real-world use of artificial intelligence and machine learning."

"The mot recent Facebook hoax making its rounds has prompted me to remind everyone about the importance of using strong and varied passwords (don't use the same password for Facebook as you do for your bank account). Creating a strong password is a just the first step in protecting your email and social media accounts from hackers. To really protect your account there are some additional steps you should take like using two-factor authentication. In their most recent video Common Craft explains how to protect your online accounts. Click here to watch the video or you can view it as embedded below. "

"Make unplugged coding the perfect DIY gift: no time, no cost, lot of fun, new skills. CodyRoby is the new method to play with unplugged coding games at any age. Download your free CodyRoby starter kit and make a perfect gift in a few minutes (watch the video tutorial). The kit includes 40 cody cards, a cody-card box, a chess board, 5 Roby pieces, and 24 tiles. Follow the instructions below step by step and watch the video tutorials to get started soon!"

"Coding is the ability to write step by step instructions (programs) for a computer to understand to complete a task. The Hour of Code website has tons of ready to go online activities that get students to write code that results in a number of cool outcomes, such as making a monster dance, creating avatars, remixing music or making a game. When students complete these easy tutorials they learn these important skills- logic, problem solving, fitting puzzle pieces together, selection, instructional writing, editing, revision, and creation. Below are some great websites to find engaging coding projects that take an hour or less. Most require no registration! Just provide students with a quick introduction to the task on the projector and the link for them to get started. I would highly recommend doing the activity first. In the next post I will introduce you to unplugged activities, which get students to focus on specific coding skills you will notice in these activities, which include working with puzzles, providing good instructions, problem solving and algorithms."

Experience shapes our understanding of the world and our responses to it. Our past influences our decision making and constrains our imaginations of what is and is not possible. Understanding this is a crucial step towards change; a first step towards discovering a better way to do things. Until we understand how our experience is limiting our imaginations we will continue to be restrained by the way things have always been done. 

"In an effort to prepare the next generation for the future, school and public librarians, as well as teachers and educators at community-run and for-profit camps, have answered the call to teach kids code. But many now recognize it's not enough for students simply to know how to write code. The capacity to build a product or solve a problem requires an entirely different literacy. With this in mind, the focus of coding education is shifting from teaching the specific skill of coding to teaching computational thinking-or the ability to follow a step-by-step process to solve a problem. Technology education programs from CSforAll to Code.org to the International Society for Technology in Education (ISTE), as well as employers such as Google, all embrace this new context and focus. The future workforce will require a solid grounding in the discipline of thinking computationally, says Chris Stephenson, Google's head of computer science education strategy. She compares this moment to the epistemological shift that happened before the Enlightenment, when scribes guarded reading as a skill only for the chosen few."

"FacebookTwitter18 Any college student eventually comes up against that academic kryptonite: the dreaded research paper. Most students consider it a necessary evil, but research papers are actually a very effective way to hone research and writing skills. These are important things to have in any profession, especially if you are into science, and it does help your personal development. Editor's note: Antonio helps you walk through each step of the research paper process - links to the 17 apps and web tools are highlighted within each step."

"In this half-hour presentation at Education Week's Leaders To Learn From event in Washington, Aileen Owens, director of technology and innovation for Pennsylvania's South Fayette school district, describes her efforts around cultivating students' "computational thinking." At the event, Owens was recognized as an exceptional school district leader for her leadership in innovation in curriculum. Since being hired at South Fayette in 2010, Owens' passion has been on cultivating students' "computational thinking." That includes coding. But the real emphasis is on helping students learn to problem-solve; to think algorithmically, in step-by-step sequences; to debug and revise; and to work with abstract concepts."

"If you're familiar with the 3D designing, it's unlikely that you are not familiar with Tinkercad. Tinkercad is a user-friendly design platform that allows even the most basic beginners to construct a 3D-printable model. See our Easy Tinkercad Tutorial for Beginners article for a step by step walk-through of how to start Tinkering. Additionally, Tinkercad offers a plethora of learning material and educational videos. Under the Learn tab on tinkercad.com to get you started on becoming a modeling expert. Already a seasoned modeler? Tinkercad is not only for beginners. Tinkercad allows you to upload your model to share designs around the world. This also means you can copy a model that has been uploaded by another user and "Tinker" it yourself. Here we present some insanely cool things that have been modeled on Tinkercad."

"You're probably doing it incorrectly, so follow this step-by-step guide instead. It's how nurses do it. "

Possibly the most dangerous place to spend too much time is inside your comfort zone. Only when we take a risk and step away from the safety of the familiar and the ways we have always done things do we expose ourselves to new ideas and become open to the possibility of learning and discovery. The trouble is having the confidence to take that first step, to embrace discomfort and become open to the risks that come with trying something new.

"Can kids solve real life problems that affect our world? Sure! Why not? Many of you know the 7 sterile steps to PBL. How about adding a little more to the 7 steps? Here are a few ideas about how to solve real-life problems with your class."

"More and more makerspaces around the world are looking to add coding and electronics to their maker education programs.  One of the best ways to do this is by integrating an Arduino board into makerspace projects and lessons. We've found that a lot of maker educators haven't taken the plunge into coding or Arduino because they think programming is scary.  Because of this, we wanted to make sure this tutorial was written for the absolute beginner with no experience whatsoever. This tutorial is a high level view of all the parts and pieces of the Arduino ecosystem.  In future posts, we will take you step by step in creating your first simple Arduino project."

"As someone who has been passionate about and studied human motivation for decades, I propose an integration of these motivational theories. I developed this framework to put a greater emphasis on growth and actualization needs in the school environment. A ladder and steps are used as the metaphor as I prefer a more physical-oriented depiction than a hierarchy or pyramid, which is difficult to impossible to climb. Including both a ladder and steps symbolizes that there are multiple ways to climb to high levels. (Note: This framework is appropriate for grades 2nd/3rd up.)"

"Even after teaching for a decade, Pamela Baack found herself battling the calendar as she tried to keep her students on track. She's the first to admit it wasn't easy to change the way she had been teaching for a decade. "We were always on someone else's pace, not our kids' pace," says Baack, who teaches at the Bella Romero Academy of Applied Technology, a K-8 public school in Greeley, Colorado. Most lessons were taught to the entire class, requiring Baack to constantly search for opportunities to help the students who struggled. "It was hard to differentiate, because it was hard to find the time to go back," she says. Today, students in Baack's third-grade classroom work through addition, multiplication, and division activities at their own pace. Some progress through lessons quickly, while others get the opportunities they need to relearn and practice key concepts until they are ready to move forward. Importantly, Baack says, even the students who struggle the most are at grade level. "They're still doing what every else is doing, but at a different pace," she says. "They're exposed to grade-level standards and content and will be able to move up." "