Group items tagged

"micro:mag is a new magazine put together by members of the micro:bit community. From the micro:mag site: A dedicated magazine for the micro:bit is finally here. A team of community members got together to help bring you micro:mag. micro:mag is a magazine made by the community, for the community. All content in our magazine is 100% community written. micro:mag is a chance to get your project showcased to the wider community. If you'd like your project to be featured, please get in touch. The first issue was recently released and includes micro:bit related news, stories and projects. If you're interested in micro:bit, have a micro:bit project you'd like to show off, or would like to contribute content, check out micro:mag for more information!"

"I have become somewhat obsessed with the concept of automata over the past month or so.  I have seen multiple iterations of cardboard automata.  The Tinkering Studio has a FANTASTIC pdf which explains the basics as well as facilitation tips for educators. I had this on my agenda to work into my makerspace this year, but it was when I saw this video that my imagination was set on fire: "

"What do remote controllers, routers, and robots all have in common? Microcontrollers! These days, beginner-friendly microcontrollers are easy to use and program with just a laptop, a USB cable, and some (free) open-source software. Woohoo!! All the projects, here we come! The catch? There are like, 4324302* different microcontrollers and it can be daunting to get started, especially if you're just getting into electronics. Where the heck do you start?! Right here, bbies, I got chu. Whether you are looking to build some cool electronic projects, learn programming/tech, or wanting to teach others about electronics, this tutorial will help you figure out what microcontroller is right for your needs, goals, and budgets. Yay! Let's get started!"

"Drexel University's ExCITe Center released Making Culture, the first in-depth examination of K-12 education makerspaces nationwide, revealing the significance of cultural aspects of making that enable learning. The research highlights how makerspaces foster a range of positive student learning outcomes, but also reflect some of the gaps in inclusion common in the STEM fields. Credit: ExCITe Center, Drexel University"

"Banana pianos are awesome, but what about playing music with your feet?"

"I'm sure that if you've seen my blog before you've seen that I have a bit of an obsession with cardboard. We seem to have a constant stream of Amazon or Wish parcels arriving at our house (nothing to do with me I'm sure), and with them comes lovely lovely cardboard! It never gets thrown as either the 7yo or myself save it for a weekend build. Some times this can be completely low tech, others we hack it up a bit! For this project we used a Microbit."

"Books play an essential role in all makerspaces, whether they are in the library or not.  Instructional books can support students in learning complex skills and tools. Project books can give ideas and inspiration for what to make next.  Art books can provide visual inspiration.   Professional development books can help teachers who aren't quite sure how to incorporate making into their classrooms and curriculum. For all these reasons and more, every makerspace should have some sort of resource shelf or section that students and teachers can access."

"Coding is an invaluable literacy applicable to virtually any future career or field of study. These high school-level tools will help students build this essential 21st-century literacy by learning how code works and how to write code themselves. Once they're up to snuff, coding will give your students a new way to demonstrate knowledge and express themselves. And teachers, take note: There are tools here for those brand new to code as well as those looking for more of a challenge, so make sure to pick and choose to give every student a window into the world of programming."

As a school librarian, I try to offer spaces where students can create, make, and innovate. Trying to offer a makerspace to 100% of the student population can quickly become limiting due to space. Offering a mobile classroom makerspace solves this problem. A mobile classroom makerspace library program allows classroom teachers to check out 6 to 8 makerspace activities with the needed supplies packed together in one cart. Teachers can check-out a cart for their classroom for a week. During that week teachers can unpack the activities, and create a pop-up makerspace in their classroom when it fits into their schedule.      Last year I tried this at Ed White E-STEM with kindergarten and first grade classes. The teachers and students loved the mobile classroom makerspace carts so much we added a cart for 2nd grade this school year. The 2nd grade teachers want to take it a step farther. They want the library to supply a book with each activity, so they can use the cart as part of a Literacy Station. The students will explore, make, read, and then write about their experience.   The second year of this program has been a learning experience. This year we were able to fine tune the offerings in each cart by teachers expressing what worked, and what didn't work last year. We used teacher input as one measure to create this year's inventory list for the mobile classroom makerspace carts. 5 things to think about when creating a mobile classroom makerspace."

"As an elementary school science teacher, I find this not easy to admit, but some of my students' most rewarding and meaningful classes over the years have happened when I have taken a back seat and let my students "tinker." Whether they want to dam up a stream during a water study, build nests with mud and sticks while investigating local bird populations, or, after completing a set of Lego models, independently design and build spinning Lego tops from which energetic battles ensue, students love having time to explore and investigate independently. This fall, for example, I let a third-grade class have a "free choice period." I gave them a list of things that they could do, such as making crystals, handling pet rocks or having a dance party. Instead, they came up with their own idea: they wanted to make boats. So, I gathered materials and allowed them to use handsaws and hot glue guns (which they'd already been taught how to use safely). Of course, many teachers allow and encourage students to engage in creative play: we know that young children need the chance to explore, daydream, imagine, play and build without an outcome or even a product in mind-a place free from failure, because failure is not even part of the equation. But this often takes place outside the classroom."

"One snowy January day, I asked a classroom of college students to tell me the first word that came to mind when they thought about mathematics. The top two words were "calculation" and "equation." When I asked a room of professional mathematicians the same question, neither of those words were mentioned; instead, they offered phrases like "critical thinking" and "problem-solving." This is unfortunately common. What professional mathematicians think of as mathematics is entirely different from what the general population thinks of as mathematics. When so many describe mathematics as synonymous with calculation, it's no wonder we hear "I hate math" so often. So I set out to solve this problem in a somewhat unconventional way. I decided to offer a class called "The Mathematics of Knitting" at my institution, Carthage College. In it, I chose to eliminate pencil, paper, calculator (gasp) and textbook from the classroom completely. Instead, we talked, used our hands, drew pictures and played with everything from beach balls to measuring tapes. For homework, we reflected by blogging. And of course, we knit."

"Microsoft's Hacking STEM Library is divided into activities that take multiple days to complete and activities that can be completed in one day. All of the activities in the Hacking STEM Library include detailed directions, materials lists including places to acquire materials, and lesson objectives. The homemade wave machine project is an example of a one-day project. This lesson on harnessing electricity to communicate is an example of a multiple day project."

"Art has the benefit of being not only enjoyable and relaxing, but of encouraging personal reflection, expression and growth. With this in mind, how can we nurture creativity across the curriculum using artistic methods? You may be surprised where and how often art can be made a feature of a lesson. Here are some school crafting ideas that allow children to enjoy all of the benefits of arts and crafts."

"This basketball, simple machine, and mechanism-filled Rube Goldberg Machine is powered by the work of students from Georgia Tech's colleges of Industrial Design and Music, and some signature Globetrotters magic courtesy of 'Buckets' Blakes. The Trick Shot Machine, also scored by the Tech students, is a promo project for the legendary Harlem Globetrotters, filmed before their Atlanta, Georgia games on March 3 and 10, 2018."

"In this tutorial, you will learn how to make an Art Bot which is also known as a Scribblebot or Scribble Machine.  These contraptions use a vibrating or offset motor to move around in unpredictable ways. Making an Art Bot is a fun way to learn the basics of creating a simple circuit with a switch.  The best part of making these bots is that you can use repurposed and recycled materials. This project is also a great way to incorporate more Art into your STEM education program.  You can use markers, crayons, chalk and more to create one of a kind artwork."

"Playing with toy cars is synonymous to almost everyone's childhood. In this instructable, i decided to re-live those memories by making a simplest toy car powered by just a DC motor and a 9v battery. This project is for kids who are entering the world of DIY and need a simple project to start. This car is a sure shot DIY project that will never fail even in the first attempt. In case you decide to make this World's simplest electric car, don't forget to share your wonderful experiences in the comments section below."

"Interesting wool crafts "

"Want to play something very hard but you don't have the skills? No problem, here's the solution "

"Contrary to what you might think and hear, apps and screens aren't the best tools for kids to learn STEM concepts, even coding. Why? Innovation, pattern recognition, exploration, experimentation and creation underlie STEM principles. Kids need to manipulate tangible things. It's how they learn. While there are some great apps that supplement STEM learning, the best STEM activities for kids are blended ones -- the ones that require hands-on exploration, screens optional. Those that do require screens, like ones with coding apps, should augment the experience, not be the sole focus. Many of these toys and kits are designed for classroom use but are perfectly adaptable and suitable for home use, too, as my two kids, ages five and seven, will shout from the rooftops (supervised, don't worry). Check out these awesome blended learning STEM kits and toys. They'll have your little inventors ready to apply for their first patent in no time."