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"Itseez3D, the first app to partner with computer vision technology company Occipital, can turn any picture you take with your iOS camera into a 3D object."

"You keep hearing about this hour of code thing, but you're not a "hacker," and aren't real comfortable with teaching what you don't know. Especially when it relates to technology and its fundamental programming. You know this is some kind of "coding week." You've seen our tips for integrating coding into the classroom. Now what to do? Turn students loose with Scratch or Codea or Kahn Academy? Well, maybe. Self-Directed Learning is a core learning fluency in an age of access."

"With the increasing rate of new tech devices and web 2.0 tools being developed each day, it is very easy for both teachers and students to get excited by something flashy and lose sight of the purpose. We often have to remind ourselves to start with our learning objectives and THEN decide what technology can enhance the learning process."

"The use of rubrics in the classroom falls in and out of favor, as do other trends. This infographic demonstrates why rubrics, unlike other trends, should be here to stay. Rubrics, in essence, are an easy way to score student work objectively. They are succinct scoring charts that allow for student work to be fairly evaluated. Therefore, it can improve teaching methodologies and ensure unbiased assessment. Rubrics can also be used to help increase student agency and intrinsic motivation, a constant struggle in today's reward based culture. This infographic is neatly split into two sections, "Why Use Rubrics?" and "How to Use Rubrics?" This allows the use (presumably a teacher) to easily refer back to relevant information as needed to help deliver quality education, regardless of experience or expertise."

"As Kristin Berbawy packed projects into her car, she lingered over one in particular. Two 3D-printed Makerbots with wire hooks-a pair of earrings. They matched the white braces on her teeth and the white strands in her hair. Her students had made them-as they had all the projects in her car-in their high school makerspace. She was proud of them. She was going to display their work to other teachers. Smack in the middle of AP exams, a growing group of teachers is pouring time, creativity and energy into activities for which there are no standardized tests: makerspaces. The movement is avowedly grassroots and candidly quirky, and its main gathering is the Maker Educator Convening in Oakland, CA, where Kristin Berbawy was headed with a trunkload of laser cut wood and 3D printed objects. "

"It's no secret that fractions are a very difficult concept for students to understand. But why is that? Fractions are an extremely abstract concept, and without adequate concrete and representational experiences, students do not develop mental images of what the abstract symbols mean.   In Texas, students begin formal fraction instruction in 2nd grade under our newly adopted TEKS, but the symbolic notation for fractions (1/4, 2/3, etc.) is not taught until 3rd grade. The 2nd grade standards include: partition objects into equal parts and name the parts, including halves, fourths, and eighths, using words explain that the more fractional parts used to make a whole, the smaller the part; and the fewer the fractional parts, the larger the part use concrete models to count fractional parts beyond one whole using words and recognize how many parts it takes to equal one whole Let's take a closer look at each."

"The four STEM apps below all get kids moving in different ways, whether by looking up at the sky, analyzing how their own bodies move, discovering unique objects to photograph, or getting muddy at their local watershed. Sure, they may not be capturing that next rare Pokémon, but these apps will still help students appreciate the diversity of the world they inhabit."

"Manipulatives are objects that allow learners to interact with mathematical concepts. The learner changes the manipulative in some way, and the manipulative provides informative feedback. Research suggests that using maniuplatives (physical or virtual) has a positive effect on student achievement.  Check out how ST Math educators incorporate physical manipulatives with education technology to provide different ways to explore math concepts and facilitate deeper learning:"

"If you are a K-12 student in the United States, your challenge is to create a digital 3D model of an object that could be used by an astronaut to maintain physical health on a 3-year mission to Mars. Your design must be intended to be 3D printed and could be used for a range of medical needs including diagnostic, preventative, first-aid, emergency, surgical, and/or dental purposes. While exercise, psychological, and nutritional health are important, they are not priority areas for this challenge. Retired astronaut Scott Kelly�s historic one-year mission on ISS provided insights on how the human body reacts to long duration spaceflight, but the Journey to Mars will take approximately 30 months. What health-related items do you think an astronaut will need on that journey, and why would these items require a 3D printer? It�s time to start flexing your problem-solving and design skills to find a solution � good luck!"

"3D printing and other additive manufacturing techniques are revolutionizing global health systems. Great interest is being seen in the 3D printed prosthetic movement due to the potential for a wide range of people, including novice designers, builders, and students to produce devices that have the potential to effect positive change in a recipient's life. Close Additionally, there is incredible value in having students print and build devices and for those devices to make their way to other young people. Through this work, students are provided with a window into an incredibly authentic application of many of the STEM concepts and 21st century skills they are being taught and recipients have their interest sparked and have a tangible object that offers a glimpse into what is possible when they receive one of these devices."

"Inquiry-based learning is more than asking a student what he or she wants to know. It's about triggering curiosity. And activating a student's curiosity is, I would argue, a far more important and complex goal than the objective of mere information delivery. Nevertheless, despite its complexity, inquiry-based learning can be somehow easier on teachers, too. True, it's seemingly easier because it transfers some responsibilities from teachers to students, but it's really easier because releasing authority engages students. Teachers who use inquiry-based learning combat the "dunno" -- a chronic problem in student engagement.  Let's face it, when you ask a student something like, "What do you want to know about _______?" you are often met with a shrug, or a, "dunno." Inquiry-based learning, if front-loaded well, generates such excitement in students that neurons begin to fire, curiosity is triggered, and students can't wait to become experts in answering their own questions."

"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)."

"Last year I took a group of students to Cuba to produce documentaries about the island nation's culture and history. The main objective was learning how to produce documentaries, but one of my students learned a much more powerful lesson through the process. After completing her project, she posted it publicly to YouTube and received critical comments from someone living in Cuba. The feedback from an audience member in another country profoundly affected her, making her aware of what she was missing in her piece, and the impact that her work can have on others. No test, grade, or teacher evaluation could have come close to helping her learn that deeply, and it made clear to me how important it is for teachers to reexamine why and how we grade our students if we truly care about their success."

"For my series of instructional videos I have a green screen as my background. I then use software to replace the green color with different backgrounds. This chromakey effect allows me to place objects behind and in front of me. I think it helps my videos look slick and puts the focus on my content. I'm often asked about the set up I use to film my videos. Here's a 360 spherical photo that I've annotated. Feel free to scroll and zoom around to check out my setup."

"Welcome to The Art of Curriculum Design. In this six month series we are exploring the why and how of curriculum design via an Arts Appreciation course created through an arts collaboration. The first few weeks were devoted to the how and why of the curriculum design process. During the current portion of the series we are looking at weekly objectives, outcomes, and assessments designed for the Arts Appreciation course. Links to the entire series can be found below. The full curriculum including daily lesson plans, handouts, and assessments will be available at the culmination of the series."

"SoloLearn's Learn Java is a comprehensive guide to one of the most popular programming languages in the world. And here's a big bonus: Learn Java is FREE! The Learn Java lessons are fast, easy, and effective; the app is set up so that you can complete the work in less than three hours. No prior programming experience is needed. Once you have completed the course, you will have learned object-oriented Java programming and have the ability to write clear and valid code in almost no time at all."

"One day, we will be able to press a button and a nearly perfect 3D printed object will appear a few hours later. No fuss, no muss. Sounds great, right!? Although 3D technology has come a long way, there is no magic button yet and every maker will run into a challenge once in a while.  But you're a maker, so you tinker and always figure out a fix. To help you find fixes a little faster, here's a few of the common errors you might run into and possible adjustments to solve these problems. "