I know, I know. You’ve got tons of curriculum to cover and here I am telling you about learning that isn’t going to be on a standardized test. But here are a few things that might change your mind about participating in Day of AI 2022: it’s on May 13 (so many of you will be done with standardized tests, or close to finished and we all know how challenging it is to keep students engaged at the end of the school year), you don’t have to do it on the exact date, you need absolutely NO experience, and the resources and participation are absolutely free.
No matter what your opinion is of Artificial Intelligence, the fact is that it is becoming more and more prominent in our everyday lives. Explaining it to our students, and educating them on the potential good and bad ways that AI can impact their lives makes sense — and the resources provided on the Day of AI page are fascinating and relevant. (There are more to come, but you do need to sign up for the free registration to access them.) There will be activities for grade K-12, and you might find, as I did while looking at the materials, that you learn some things you didn’t know as well.
Several years ago, I thought I would help out the parents of my gifted and talented students by writing about some games, toys, or books that I thought might make good purchases during the holiday season. I called the series of posts, “Gifts for the Gifted,” and I have continued to do it annually (except for 2019) on every November and December. These gifts are suggestions for any child – not just those who qualify for a GT program. Sometimes I receive a free product for review, but I am not paid for these posts, and I never recommend a product that I wouldn’t buy for my own child. For past “Gifts for the Gifted” posts, including my 2021 list, you can visit this page.I also have a Pinterest Board of Games and Toys for Gifted Students.
I actually wanted to recommend Microbit V.2 in my 2020 list, but noted that it was difficult to find it anywhere to purchase in the United States, the location of a majority of my readers. After collecting even more resources for it throughout this year, I was once again eager to include it — but found it to be almost as elusive. However, I dove into locating some stock and I think we may be in luck.
The Microbit is a “pocket-sized computer” with LED’s, buttons, and sensors. The original version has been out a few years, but last year saw the release of version 2, which added audio sensing and a speaker. You can read all about it, and see some examples of cool things you can do with it, here. Many places still sell the first version, so be sure you are getting Microbit V.2 if you want the audio capabilities. This is the page that shows retailers, but I’ll also list a couple at the end of this post who currently have some in stock.
To use your Microbit, you will need a computer (with micro USB cable) or mobile device (with bluetooth). You will create code for it on a device, and then transfer it to the Microbit. Directions for getting started can be found here. A battery pack will be needed if you are using a mobile device, or if you want to use your Microbit away from the computer. That’s why I recommend purchasing the starter pack which includes the cable and battery.
There are several platforms you can use to code Microbit (get a summary here) including Scratch and Make Code. You can also set up a free Microbit classroom if you are an educator. Technically, you don’t even need a Microbit if you are using the Make Code editor, as there is a virtual one for testing out your code, but what fun is that?
For some of the lessons and fun project ideas I’ve collected, you can check out this Wakelet. And don’t forget that next week, December 6-12, is Hour of Code week.
Here are some potential places to get a Microbit V.2 as of 11/29/2021:
Amazon (cable and battery pack included): $38.90, only 12 left in stock
Walmart (Microbit only, so you would need to purchase a Micro USB cable and batter pack separately): $40.79 + shipping is kind of a high price, to be honest, but the result of supply and demand at the moment, unfortunately.
PiShop.CA (includes cable and battery pack): $25.95 + shipping, which I think is $18 for the US based on this page
Elmwood Electronics.CA (includes cable and battery pack): $21.87 + shipping. The extremely helpful customer service rep, Stewart, told me, “Shipping to the USA from Canada (we’re in Toronto) can be extremely variable. Our US sister company Chicago Electronic Distributors – can accept educational orders, and are set up to work with US tax exemptions and payment systems. If your readers wish to contact email@example.com for a quote, we can transfer stock from Canada and fulfill from our warehouse in Florida. This might add 10 days or so to the order time, but we do have the stock.”
If you are not in a rush to get it, and you are good with buying your own USB cord and battery pack, SparkFun indicates they will have some Microbits in stock by December 5th for $15.95 + shipping. You can add yourself to a waiting list to be notified. You can also add yourself to a waiting list at Adafruit (no indication of when they will get new stock) for a $19.95 pack with the battery and cable.
As I mentioned last week, the International Hour of Code Week is coming December 6-12, and I think it is an amazing experience for students and teachers. I understand that it can be daunting for anyone who has little or no experience with coding, but the people at Code.org really make it easy for anyone to participate — even if you have no digital devices in the classroom. One of the things that may seem like an obstacle to many teachers during this year of “catching up” is trying to fit coding into the curriculum. Code.org provides many tutorials that can be used in different subjects and this week, I noticed they have released a new tutorial that would be awesome for ELA teachers in grades 4-8. Through the “Coding with Poetry” tutorial, students will learn how to animate some classic poems, and write and share their own poetry to animate. With short videos, examples, and the option to have instructions read out loud, this lesson is a wonderful step-by-step walk through that will help students to feel like accomplished authors and coders by the end. I particularly like the introductory video, where a student named Caia explains how her passions for both poetry and computer science intersect.
For an example of one way my students have mingled coding and poetry, visit this post from when we used Scratch and Makey Makey to make interactive onomatopoeia poems. And, for many more coding resources once you and your students get hooked, here is my Wakelet collection.
I don’t know about you, but December was always a difficult month for me the 29 years that I was in the classroom. In the States, many students come back from a Thanksgiving break at the end of November and have a hard time turning off Vacation-Mode as they eagerly anticipate the Winter Break less than a month later. So, when opportunities like Hour of Code come along to introduce some novelty and help students practice their logic and problem-solving skills in a different way, it can really make the month more fun for everyone.
Hour of Code is annually celebrated all over the world in December, and it’s planned by Code.org for the week of December 6-12 (Also Computer Science Education Week) this year. The goal is to get your class to spend at least one hour coding so they can see that coding is not a mysterious and unattainable skill. It can be done as a class, school, district, after-school, or even by yourself if you just want to take baby steps because it’s your first time. You don’t even have to use a digital device if you are tired of screens.
I gushed about the benefits I observed in my own classroom in last year’s post, and wanted to make sure I gave you plenty of time to consider participating this year. The tutorials on this page make it so easy for you to search for the grade level, type of technology (or none), and even by subject. And, there is absolutely no requirement for the teacher to know how to code (though it’s certainly fun to learn). In fact, I often argue that it’s better that you don’t know a lot, so you won’t be tempted to help the students too much.
I do have a bunch of Coding Resources in this collection (check out the Creative Computing Curriculum from Harvard for Beginners, which is great and not overwhelming), and if your school, group, or district ever wants to learn more about how coding, specifically with Scratch, can be used in the curriculum, I have a “Step Up Your Game Design” PD ready to present. Email me at firstname.lastname@example.org for more info!
PS. Want to try an Add-On to make your own Scratch Blocks? This is what I used to add the blocks in my image below.
The Creative Computing Lab at Harvard’s Graduate School of Education has released a new (July, 2021) curriculum to use with Scratch. The curriculum is free, as is access to Scratch, the online coding platform from M.I.T. “The curriculum reimagines the classroom as a design studio: a culture of learning in which students explore, create, share, and reflect.” It is targeted toward upper elementary grades as an intermediate step after students have learned Scratch basics using their Creative Computing Curriculum. In “Getting Unstuck” there are 10 modules, each of which focuses on a particular coding concept for which students will design their own projects. All of the modules include four components: Explore, Create, Share, and Reflect. Downloadable slides are provided for each module, and suggested time spans are recommended in each “Activities Overview.” The Orientation slides will help you prepare to get started and include suggestions for differentiation as well as for use in different learning environments (online synchronous, asynchronous, physically distanced).
Coding teaches students so many important skills, most of which can translate to any field. It can be weaved into any of your core subjects while giving students the opportunities for creativity, collaboration, and problem-solving. I know that I sound like a broken record about it on this blog, but you do not have to be an expert to bring coding into your classroom. In fact, you may ultimately be more helpful to your students if you are learning along with them. It takes away the temptation to help them “too much” and allows you to model how to handle challenges. Advanced learners in your class would probably be more than happy to take this curriculum and run with it, though all learners would certainly benefit.
The Arcade Beginner Skillmap is a new resource from Microsoft’s Make Code which is perfect for students who want to learn how to design their own video games. It is free, and includes step-by-step tutorials for using block coding to make greeting cards, clicker, and collector games – all within your browser. I don’t have a minimum age suggestion, but would recommend that users have basic reading skills to help them through the tutorials. Once completing the beginner skillmap, burgeoning young game designers may want to work on one of the other skillmaps on the arcade, make their own project from scratch, or take advantage of one of the other tutorials. Then, keep their momentum going by showing them the hundreds of Hour of Code tutorials available on code.org.