Tag: sphero

5 Robot Ideas for Winter Time [ep.44]

Check out the full episode on 5 Robot Ideas for Winter Time:

Subscribe to the podcast HERE on your favorite podcasting platform.

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Episode Summary

Looking for some fun robot ideas for wintertime?

In this episode, I will be sharing with you five winter-themed robot lessons that you can teach in your classroom.

These are lessons that I have taught my students that they have absolutely loved, and I know that yours will too.

In this episode, you’ll learn:

5 winter robot ideas
How to implement each of these ideas in your classroom
What the children learn during these activities

Resources Mentioned:

Episode Transcript:

Naomi Meredith 00:00

What are some fun robot ideas for wintertime? In this episode, I will be sharing with you five winter-themed robot lessons that you can teach in your classroom. These are lessons that I have taught my students that they have absolutely loved, and I know that yours will too.

Naomi Meredith 00:48

Before we jump on in not a whole lot of announcements today, but I have one very exciting one. So in 2023, I'm going to be hosting live virtual workshops. I definitely don't want you to miss out on all the fun. So it will be a great time to learn and connect with other STEM teachers about various topics. Again, I don't want you to want to miss out on that. So you can join the waitlist here, and you'll be the first to know when they are open. You can join the waitlist at Naomimeredith.com/workshopwaitlist.

Naomi Meredith 01:26

For all of the lessons that I'm going to be talking about in this episode, I use various specific robots and a variety of robots in my classroom. However, don't be so stuck on the robots that I'm going to be talking about for each of these lessons. You can definitely mix in whatever robots you have on hand. For example, if I'm talking about the Sphero robot for a specific lesson, you don't necessarily have to use it. So it can definitely work with whatever robots you have. Also, I'm just sharing with you a snapshot of how I taught these lessons. For second through fifth grade, I went through the whole Engineering Design Process throughout the week, so this wasn't a one-day challenge. You could, of course, modify it to be a one-day challenge, but we really went through all the stages of the Engineering Design Process for each of these lessons, besides the Kindergarten and the first one that I will be sharing at the end, the one for Kindergarten and first grade was for a STEM station. So it was one of many activities that we did throughout the week. So just keep that in mind when you're hearing about these lessons. They're way more involved than what I'm really talking about. I just wanted to give you an idea for winter theme robotics lessons that you can use Well, of course, during the wintertime, and help spark creativity with all of these fun, different themes.

Naomi Meredith 02:48

The first robot idea for wintertime is Sphero sleds. As I said, don't get too caught up in the type of robot that I used. For this lesson. I was inspired by the Iditarod, and I'm not quite sure why I got inspired by it. But I was inspired by the Iditarod, and I'm so glad I picked this topic for this lesson because where I'm at in Colorado, most kids actually don't know what the Iditarod is. Now once I started talking more about it, they had a little bit of background based on maybe some movies that they had seen. But overall, most kids had no idea what the Iditarod was. In general, if you can pick very obscure topics, that's going to really help with the engagement. So not only were the kids engaged in the topic of the Iditarod but they were also excited to code and integrate some engineering challenges as well. So a whole lot of things to be engaged in. So basically, the Iditarod is a dog sled race, a very famous one that takes place in Alaska in March. That's a basic snapshot for you to look up, but the kids are super into it. Of course, if they love animals and dogs like me, like my little dog, Frederick, he could definitely not do a dog sled race, that would not be happening. He doesn't even like going outside when it's sprinkling water outside. He will avoid sprinklers when we go on a walk so he would not be an Iditarod dog. But the kids love seeing videos of this. There are a whole lot of great things out there.

Naomi Meredith 04:24

The Iditarod website is awesome for research. They can research a musher and learn more about that and their sled race, all of that. So students will research and learn about the Iditarod, and then they will design a sled for the robot to pull through the race. So depending on the type of robot, this could definitely vary your materials. When I did this in my class was Sphero. I had red solo cups or similarly shaped cups that they could cut and manipulate plastic straws, paper, and tape, and that was actually it. Those were all the supplies that students had to work with, so they really had to be creative. This actually helped that the weight of the sled wasn't too heavy so that the robot could pull it while it was being coded. Then students would have to code their robot through the Iditarod race. So I have a race track that has all of the checkpoints that are actually listed in the actual race. Students can learn about that pathway and how treacherous it is, and how there are so many different angles to go through. It's really fun, too, because depending on their sled design, it really changes how the robot moves and how it affects the race track. This is a really fun challenge. The kids are super engaged and super excited. Then they get to learn about something that they may not have heard about before.

Naomi Meredith 05:46

The second robot idea for wintertime is Sphero snowflakes. Again, use whatever robot you want. I did this lesson with the fourth grade. Students learn about different types of angles, lines, and symmetry. This is really well represented in snowflakes. There are some awesome videos out there when it comes to the math behind snowflakes and how they have all these different things. It really helps students build on that vocabulary when it comes to lines and angles and even how to measure angles. Depending on the type of robot that you have. You can even code the robot to go in certain angles, which is really helpful as well because we know this is a very hard math concept for students to grasp. So why not implement it within your STEM classroom? After students learn about the math behind snowflakes, they will create their own snowflakes that will be taped onto the floor. In my classroom, I have tiled floors, so I actually have pulled out the sidewalk chalk, and the students will sketch out and measure their snowflake designs on the floor. They were going absolutely nuts that I let them draw on the floor like it's just chalk is totally fine.

Naomi Meredith 06:57

So again, there's some engagement, but students would draw their snowflake design on the floor, and then they would cover it up using masking tape. It's so much fun too because it looks like Buddy the Elf decorated your classroom for Christmas or the holidays. So you have these fun snowflake designs for the week, and then students can pull them up when they are all finished. You could build your own snowflakes, but it's way more fun to have the kids build the snowflakes, and they get so creative with their designs. Now, if you get really strict with a snowflake design, where it's not just a free build, and you really have students measure using protractors and yardsticks, they can actually have a snowflake that is legit symmetrical. They can have parts of their code where they can actually loop the code because there are identical lines at angles. So this, again, is a great application of their math skills and putting it in a concrete way. So this was so much fun for the kids. It really differentiates itself based on its snowflake design and what they create.

Naomi Meredith 08:41

The third robot idea for wintertime is Winter Games robot mapping. This is a lesson that I did with third grade, and we talked about the Winter Olympics and all the places that they have been located within a certain amount of time. We used Google Earth to explore all of these places and learn a little bit more about them and just some cool facts about the Winter Olympics in general. Students placed them on their maps. Likewise, we realized that the most current Winter Games are all located above the equator, and we talked about the reasoning behind that. So this was a cool integration to actually expose students to Google Earth. Noticing those tools and even practicing their mapping skills, and where things are located on a world map, from there students coded their Ozobots, their little tiny robots to travel to each of the places where the Winter Games were held in the order when they happened. When the robot landed on that location on the map, then it had to perform an action. So this also helped too, where they had to code in chronological order, and in some places, they had to go backward. So it really helped again, really notice the pattern of where things are located in the world. If you did this with larger robots, you could use the same map template that I used, and you could blow it up even bigger. If you Google ways to print a PDF on multiple pages, you could print the map and make it very ginormous. Then you could laminate it if you wanted to and then use larger robots. So don't feel limited if you can't use the Ozobots. I know at the time of this recording, those are actually hard to get your hands on. So you can use a variety of different things as well. So it was just a really cool connection to think about the Winter Games, what they are and where they're located in the world.

Naomi Meredith 11:37

The fourth robot idea for wintertime is winter animal migration robots. This one was for second grade, and we did mapping in a different way. We talked about different animals, the reasons why they might migrate, and how there are a bunch of animals that decide to migrate during the wintertime. Students are given articles about specific animals that migrate during the winter time that I pre-researched and wrote articles for them, shared the articles in Seesaw, and recorded my voice. So they had all of that information for them. They chose an animal out of that selection that they were most passionate about. Then they had to code their animal with the migration path that it takes during the wintertime on a specific map. So I had all this created for them, they had the specific maps, and they had an idea of the locations of where the animal migrated to. But then they actually had to create the path and where it stopped at different locations. Again, the robot had to perform an action. So this was super engaging for them. We even made the little Ozobots be the animal that was migrating. So I have little pictures that they could tape to the robot, and it was super fun for them to even record the robot in action on Seesaw, I didn't mention this with the other ones. But I actually have students record a video of their robots in action with Seesaw, which you could do with Flipgrid or whatever you use. But this is a great way for students, I have air quotations, to take their work home because sometimes it's hard for kids to really talk about what they did in STEM class because we use such obscure things. So I highly recommend taking photos and videos of their work. So then it feels like they are taking the work home, I say you're taking the work home by taking a picture, it doesn't always have to be a physical object. So it's just super fun for this winter animal migration project and all the other projects for them to share the learning with their families.

Naomi Meredith 13:38

The final robot idea for wintertime is build a snowman robot coding. This was part of a STEM station rotation out of all the different winter-themed STEM challenges that I did throughout the week with the younger students. So this was one of many where we didn't go through the full Engineering Design Process. Students were given different images of fun snow people and characters that had different accessories on them, they had a full image of that character, and the cards that they were given had all the different parts that would make that specific snowman. From there, students had to code their robots. I use Beebots but again, definitely up to you what robots you would like to use. But students would code their robot to collect the pieces to build that snowman character in the order of how they thought it should be built. So this even included the round ball at the bottom of the snowman, the middle, if there was a middle, would you put the eyes on first before the glasses or would you not so it really helped them with that sequential order of how things are being built. So it's almost like that reverse engineering where it actually is taken apart for them, and they have to think of what order would it be to build that snowman character. So it was super fun for them. They could definitely take turns, they can take the cards off the grid as soon as they collect them. You can even add in more snowman stories if you would like. But this was a really fun and engaging STEM station. It was quick, it was engaging, but there was plenty for the students to interact with.

Naomi Meredith 15:16

As a recap, here are the five robot ideas for wintertime that you can implement in your STEM classroom. First, we had Sphero sleds. Next are the Sphero snowflakes. Third are the Winter Games mapping, which I used Ozobots. Fourth, the winter animal migration, again with Ozobots. And fifth, build a snowman coding. I hope you enjoyed all of these different fun winter-themed robotic lessons. Of course, mix in the robots that work best for you, what you have on hand and the age level of your students. If you're interested in grabbing all these lessons and getting them in full detail, I have them all packaged together nicely in a bundle in my TPT shop. Or you can even purchase the lessons individually based on the students and the needs that you have. But that way, it will save you some time, and then you can see the engagement in your classroom that I saw and mine.

Related Episodes/Blog Posts:

Connect with Naomi Meredith:

Check out more inspiration on her website: naomimeredith.com
Connect with her on Instagram: @naomimeredith_
Watch this episode on her YouTube Channel: Naomi Meredith
Join the Facebook Group, The Elementary STEM Coach Community | Technology & STEM for K-6 Teachers

More About your host, Naomi Meredith

Naomi Meredith is a former classroom teacher turned current K-5 STEM teacher and coach. Her role not only includes teaching over 500 students in her school, but also leading professional development and co-teaching with teachers to help them integrate STEM & Technology.

With over a decade of experience along with a M.Ed. in STEM Leadership and STEM certificate, she helps teachers navigate the best practices, strategies and tools out there.

She truly believes that any teacher out there can learn how to use STEM & Technology in their classrooms effectively. She can’t wait to connect with you and be your guide!

More About The Elementary STEM Coach Podcast

Are you tired of scrolling online for your next great STEM lesson? Do you feel like there is no time to plan, research and test meaningful STEM lessons, so you throw together a hands-on activity and hope that it works? What systems and routines should you set in place to help students be creative, critically think, and collaborate?

The Elementary STEM Coach is a podcast for K-5 STEM teachers, classroom teachers, GT specialists, and homeschool parents looking for actionable STEM solutions. Each week, Naomi Meredith will share tools, resources and lesson ideas that are actionable in your classroom and create highly engaging experiences with your students. You’ll learn systems and routines that will create control in the chaos and that will keep you organized all year long.

Your mindless scrolling days are over! Your new STEM-best friend is now here in your ear buds!

Best Robots for Elementary Students [ep.43]

Check out the full episode on Best Robots for Elementary Students:

Subscribe to the podcast HERE on your favorite podcasting platform.

Have a STEM question? Leave a voice message for the podcast!

Episode Summary

Have you been wondering what robots you should buy for your elementary STEM space?

In this episode, I will be giving my recommendations for the best robots that you should invest in for your elementary classroom.

In this episode, you’ll learn:

Dash robot
Robots by Sphero
Robots for directional coding

Resources Mentioned:

Some items are linked to my Amazon Affiliate account. When you purchase through my link, there is no added cost to you, but I receive a small commission in return.

Episode Transcript:

Naomi Meredith 00:00

Have you been wondering what robots you should buy for your elementary STEM space? In this episode, I will be giving my recommendations for the best robots that you should invest in for your elementary classroom.

Naomi Meredith 00:11

All right, before we jump in, I have a couple of announcements for you to get you going for your day. I am working on planning one of my last few episodes of 2022, and I actually wanted you to help me create it. It's going to be an Ask Me Anything episode. So you can ask me anything STEM or personally related that you want to know about me, and I will answer it on the show. You can send me a DM on Instagram at Naomimeredith_ or a recorded voice message at Naomimeredith.com/voice. I will answer your questions on the podcast. Also, I have some upcoming virtual workshops that are going to be launching in 2023 that I would love for you to be a part of. It will be a good time to learn and connect with other STEM teachers and about topics that are important to us in the elementary STEM space. You can join the waitlist to be the first to know when they're open, and you can do that at Naomimeredith.com/workshopwaitlist. All of this will be listed in the show notes, so you don't have to stop your car or stop what you're doing. You can go get those links when you're ready.

Naomi Meredith 01:56

When it comes to purchasing robots for the classroom, it doesn't have to be super scary. You really don't have to buy everything at once. All of the robots that I'm going to be talking about I'm not sponsored currently by any of these companies. But of course, if you're listening to this and you work for those companies, let me know because I would love to chat. But these are robots that I have used in my elementary STEM space that has definitely been worth the investment and that I could use with hundreds of students for a variety of different lessons. All of these robots have different coding languages, and there are some similarities and differences that we will talk about. So again, these are things that I have used with kids and that have worked well over the years. So let's jump in.

Naomi Meredith 02:41

The first robot that I would recommend to use in your STEM space is the Dash robot by Wonder Workshop. It is a teal robot that has a round head and then three round parts at the bottom with two wheels. There are different pieces to attach different accessories. This robot is recommended for K through five, which you can definitely use with all of your students, which is a great investment. If you don't have a whole lot in your budget, you have a robot that you can use with all of your students. I talked a lot about Dash and Wonder Workshop in general with Bryan Miller, who works for the company. Make sure to check out the interview I did with Bryan Miller back in episode 32. At the time of this episode, they're about $180 per robot, which is slightly pricey, but again, it can be used with all of your students, so it's worth the investment. When you're using this with the younger students, there are apps that really help the students understand how the robot works in a more simple coding language. When you move to the second through fifth graders, there is an app where you can use block-based coding to get more into higher-level coding. This robot is super durable and easy to get started with. You just unbox it, turn it on, push through any updates, and you are ready to go.

Naomi Meredith 04:01

Dash has a rechargeable battery that you can use a power cord with. The battery lasts for a long time. So if you're using this with multiple classes throughout the day, you might just have to charge Dash in the middle of the day, and you should be good to go the entire day. That's really awesome, too, as you can code Dash with tablets and Chromebooks. So with the web browser, as long as the device has Bluetooth, you can code Dash, which is awesome because I know not all of us have tablets in our classrooms, so you don't have to be limited to that option. As I mentioned that there are parts to Dash where you can attach various accessories that are available to purchase separately. There are also these really cool simple attachments that you can put on Dash that students can actually build with LEGO bricks to help them solve their solution. Not only that, Wonder Workshop has an annual competition that you can do as an after-school club and use this robot, and they have various challenges that you can have students problem-solve and collaborate together. The challenges and themes change every year to keep your students excited and engaged year after year. So I definitely recommend this as an after-school club opportunity. Again, this robot is so amazing, it rolls, it can make sounds, and it can perform different actions with those accessories. So again, if you only are able to purchase one type of robot, this guy, Dash, could be your go to.

Naomi Meredith 05:29

You may notice there are other robots that Wonder Workshop offers. They have Dot, which is a smaller robot that doesn't move but can interact with Dash. Then they have Cue, the older sibling that we like to say. They can interact as well and can perform multiple coding actions that Dash can't currently do. But you don't need either one of these robots, Dash is just fine. If you get about 6 to 12 of these for your classroom, you will be set. When you're first getting started with Dash, they have some coding cards that are excellent for learning the basics of Dash. There are many challenges that students can complete and work on with groups. I love using these when I first get Dash out with my students, and they have no prior background when using these robots. They are perfect challenges that students can progress through. It teaches them how to use the coding language and to see how Dash responds when different coding actions are performed.

Naomi Meredith 06:30

The second robot that I would recommend for the elementary classroom is the Sphero robot. There are a lot of different variations of these offered by Sphero. There is a Sphero mini that is the size of a golf ball, Sphero bolt, and Sphero Spark Plus. There are a lot of different variations, and they all do about the same thing. So you can always try to purchase the newest version that they have at the time. This robot is shaped like a ball, and it rolls like a ball. They move very, very fast. So different than Dash. Dash has wheels on the bottom, and Sphero rolls around, but it has a very similar coding language. I will say a big difference between the coding of Sphero and Dash is that Sphero can perform more tight turns and angles. So when you have more obstacle courses or things that have corners and turns, Sphero might be the best robot for this. Dash has a bit more of a personality. It's cuter, I would say. So students really connect with that, that it has a personality. But again, robots are things that perform and automate a task. So it's really awesome that these companies have different robots, and they look different. Some look like they have a personality, and some don't. But either way, that's okay. The goal is to teach students that it's performing an automated task that you code it to do. There are a lot of different apps that you can use for Sphero. The one that I like to use is the Sphero education app. The coding is a bit more complicated, so if you're looking for a challenge for students, I would recommend using Sphero with your older students, like fourth, fifth, or even sixth grade, because the coding can be even more complicated. You can talk about the speed and rate of things, again, those lines and angles. So you can even have very specific degrees, which Dash can too. But the way that you can code Sphero can get even more complicated, which is great for students who want more of a challenge.

Naomi Meredith 08:54

There are other offshoots of Sphero that also I would recommend looking into for your classroom. There is the Sphero rover. It's not spelled rover, it's RVR. But this is recommended for even the higher up grades, so sixth grade and beyond. So if you're a teacher who teaches K through eight, this would be a great investment for you, because the students would be used to the black base coding, like with the Sphero, the ball Sphero. But there is just more of a challenge when it comes to the coding and the capabilities of that robot, and it looks like a little car. So that is pretty exciting as well. Likewise, there's a younger student offshoot the Sphero Indi, which I talked about in that holiday episode, things to buy for your classroom. This one is really cool, too, because this robot reads the color codes on the cards. So you don't necessarily need a device to code that robot. But it reads the cards, and then students can put the cards in a different formation on the ground. Then when that robot drives across those colors, it will perform the action. So there's a whole line of variation. So if you have more room in your budget, I would mix this type of robot in, especially if you teach all the students in the school. It is pretty cool to have a variety of robots for students to experiment with because if you're using the same one, year after year, they might master that type of coding, then you definitely want to mix up the lessons that you're doing. So again, if you have more room in your budget, mix these robots in so you have more variety. Students can compare and contrast the type of coding and the different challenges that they'll perform in your classroom.

Naomi Meredith 11:52

The very best robots to use for students in the elementary classroom are robots that use directional coding. There are a lot of options for this type of coding. When I describe directional coding, that would be the code that uses the arrows. So this is definitely used for primary students or pre-readers, where there's an arrow that shows the direction the robot is going to be moving. These robots definitely are cute, and they have a lot of personality. There are a lot of different options out there, and I'm going to describe the difference between those to help you with your purchasing decision. Because all of our coding languages are pretty much the same thing with the arrows. But here are the differences between those robots. The cheapest option is the code and go mouse. It's about the size of your fist, and it doesn't use a screen. It does use batteries that you have to replace. It's not a rechargeable robot, and they are the cheapest. So if you are on a tight budget, this is the cheapest option. Now, I will say the coding is great. But if you're using this for hundreds of students, they don't really last a long time, and they come up with some weird little issues and kinks where it might go the opposite direction. The wheels don't always work. So if you're looking for longevity of a product, I wouldn't really recommend the “mouse.” Love the coding since it's super simple to use. You could just buy the robot, you don't need the whole kit that has the squares that come with it. They are these green squares that students can build on, but you don't really need those. The robot is awesome. If you're on a tight budget, if you're a classroom teacher, let's say you only teach about 25 to 30 kids, definitely invest in this code and go mouse or if you are a parent, perfect for at home. But if you teach hundreds of kids, if you can swing it, I'm gonna give you a couple of different options for that.

Naomi Meredith 13:49

A robot that does the same exact thing that is more durable, and you don't have to replace the batteries are the Bee-Bots. Yes, they are pricier, but they are extremely durable and hardly ever have any issues. I've had the same ones for years, and I know that they were in my classroom even before I got this job. They were used for years before that. So they are definitely worth the investment if you can splurge a little bit more. This is the top one that I would recommend for primary students, and it is the Blue Bot. The Blue Bot, again, also has the arrows that you press on the robot, the directional coding, it's see through so it looks just like the Bee-Bot but it's see through with kind of a bluish tint so students can see inside of the robot and what all of its components are. But not only does it have the screen-free option, it does have the option of being able to be coded by using an iPad. I like having this option because this is a great progressive robot, meaning students could start off in Kindergarten or in first-grade coding by using the arrow keys on the back of the robot, and then at the end of first grade or beginning of second grade, they can code the robot using a tablet connected with Bluetooth. They can code using the arrows on the iPad, but you can also code using block-based coding that is even more simple than the Dash robot, which I love. If you have a variety of robots, then this type of coding with the Blue Bot will help them with the Dash robot. Let's say you have the Sphero, then if they can master Dash, then they can go with Sphero. So like I said, I love having a variety of robots in my classroom to have that progression of learning. So when I'm teaching robotics, we're all doing robots at the same time, and we are interacting with robots where there is that progression of learning. There are different challenges along the way that students can explore different coding languages and things that are exciting for them. So that's why I like having that variety.

Naomi Meredith 14:08

There's also another robot that uses directional coding, and that is the Botley robot. There are two versions, there's the Botley, and then there's the 2.0, where there are just more capabilities with the Botley. The 2.0 basically does the same thing. Instead of having the arrows on the back of the robot, there is a little remote. Now again, it's a really great robot, not as terrible as the Bee-Bot with a ton of hands. Just be careful that the remote doesn't get lost. I haven't used a bunch of these with a whole class. I've used this before, just one robot with a station. So I'm not sure when it comes to the remote if the remote can control all of the Botleys in the room or just the one that comes in the kit. As I said, try it out, and if you know, let me know. But this one is a cheaper option. It's a little more expensive than the Code-and-Go-Mouse. But cheaper than the Blue Bot and Bee-Bot. It can do a little bit more than the Code-and-Go-Mouse. It has a few more functions. So there's just a variety of price ranges when it comes to that directional coding. They all do the same thing, perfect for the same grade of students. But if I were to have to choose one, I would choose the Blue Bot robot.

Naomi Meredith 17:16

As a recap, here are the best robots for elementary students that I would recommend for your classroom. First, we have the Dash robot by Wonder Workshop. Next are the different robots that are offered by Sphero. We have the Bolt, and the mini, which are both shaped like a ball that can roll around, there is the Rover RVR, and there is the Indi. Finally, there are robots that use directional coding. So we talked about a variety of those. There's the Bee-Bot, the Blue Bot, the Code-and-Go-Mouse, and the Botley. I hope that this helps with your decision-making when it comes to the robots to use in your classroom and what is available out there. We will talk more about specific lessons in future episodes. But I don't want you to be overwhelmed with all the decisions out there. These are ones that I have used with students or ones that I know people have used and that have worked well. So hopefully, this can take out that decision fatigue and find a resource that will work best for your STEM space.

Related Episodes/Blog Posts:

Connect with Naomi Meredith:

Check out more inspiration on her website: naomimeredith.com
Connect with her on Instagram: @naomimeredith_
Watch this episode on her YouTube Channel: Naomi Meredith
Join the Facebook Group, The Elementary STEM Coach Community | Technology & STEM for K-6 Teachers

More About your host, Naomi Meredith

With over a decade of experience along with a M.Ed. in STEM Leadership and STEM certificate, she helps teachers navigate the best practices, strategies and tools out there.

She truly believes that any teacher out there can learn how to use STEM & Technology in their classrooms effectively. She can’t wait to connect with you and be your guide!

More About The Elementary STEM Coach Podcast

Your mindless scrolling days are over! Your new STEM-best friend is now here in your ear buds!

Best STEM Toys 2022 for Your Classroom [ep.39]

Check out the full episode on Best STEM Toys 2022 for Your Classroom:

Subscribe to the podcast HERE on your favorite podcasting platform.

Have a STEM question? Leave a voice message for the podcast!

Episode Summary

The holidays are creeping in, and it's a great time to look for deals to purchase new items for your STEM space or even start creating your wish list of must-have items.

In this episode, I share five of the best STEM toys in 2022 for your classroom.

In this episode, you’ll learn:

Sphero Indi
Items to improve video and audio production
Osmo Genius Kit
Lego Education Spike Essential Kit
3D Printer

Resources Mentioned:

My Exclusive Black Friday Deals for 2022: naomimeredith.com/blackfriday22
My STEM Holiday 2022 Shopping Guide: naomimeredith.com/holidayguide22
Video and Audio Production Projects for the Classroom | Bundle
Robots in the Classroom | Bundle of Posters for STEM and Technology
3D Printing Lessons for Elementary Students | K-5 STEM Bundle
Makerbot Sketch Classroom, Two-3D Printer Set-Up **also check it out on the Makerbot website
Sphero Indi **also check it out on the Sphero website
Osmo Genius Kit
Portable green screen
Mini Microphone
Tablet Tripod
LEGO Education Spike Essential Kit *also check it out on the LEGO Eduation website
Tinkercad

Some items are linked to my Amazon Affiliate account. When you purchase through my link, there is no added cost to you, but I receive a small commission in return.

Episode Transcript:

Naomi Meredith 00:00

The holidays are creeping in, and it's a great time to look for deals to purchase new items for your STEM space, or even start creating your wish list of must-have items. In this episode, I'll be sharing with you five of the best STEM toys in 2022 for your classroom.

Naomi Meredith 00:49

Before we jump into all of these goodies, I have put together an extensive holiday shopping guide for 2022 that you can download for free and created some special Black Friday deals for you to check out and up your game and your STEM classroom. You can grab all of this at Naomimeredith.com/black-friday-22. Now the products that I am going to be sharing with you in this episode, I am not currently sponsored by any of these companies. But if you would like to, you can definitely hit me up. My contact information is below. But these are just some things that I have definitely seen success with students in my classroom or in other classrooms that you definitely want to get your hands on. So let's jump right in.

Naomi Meredith 01:35

In no particular order, the first STEM toy to check out is the Sphero Indi. Now, most of us are familiar with the Sphero robot that is shaped like a ball, rolls around like a ball, and is coded. Well, Sphero has come out with a product that is fairly recent that is better suited for K through three. It is chunky and durable, which we love as STEM teachers because we know when we see a lot of kids, we want things that are going to withstand a lot of hands. This one is really cool. Think about it like the Ozobots, which are those really tiny robots that read colors to create actions. It's similar in the sense that this robot looks like a little car. There are colored cards that, when the Sphero Indi drives on top of the colors, will perform the action, the colors can go in next to each other, or they can be spaced out. Then students can problem-solve to see where the Sphero Indi is going to go based on the color that it read. Now it seems simple, but as I said, it does take a lot of problem-solving. Even your third graders might have a hard time with this at first. The cool thing about it is that it is geared towards the primary. So this is another great robot that you can add to your collection. They have different options for you to purchase these robots. They have class sets that you can buy individually. My recommendation always for robots is to start with four to six, you do not need a class set, the whole goal is to have students collaborate, and we all know that we're on a tight budget. So if you can even have a station rotation that students can go to test out the Sphero and that would be an excellent start.

Naomi Meredith 03:20

The next best STEM toys for 2022 are a collection of items that I love to use with students to improve their video and audio production. When I first got started with video production with my students, I only used iPads in my classroom, which is an excellent start. But if you keep doing some videoing with your students, they're going to want to up their game, and you are, too, as a teacher. So these are some tools that I love to use in my classroom. Again, they're very versatile from K through five, so you will get a lot of use of them. And these tools that I'm going to mention aren't very expensive in terms of STEM tools. First are portable green screens. There are a lot of different options for these, the ones that I have really loved kind of look like a tripod where they pop up, and they have a long bar at the top, and then it comes with a big thick piece of fabric that is green on one side blue on the other, and you can clip on the side that you would like students to use. It is the perfect color green and the perfect colored blue. And it is so nice to set these up wherever you want students to record. We know it's a little bit hard to find a quiet space so it's nice you could spread kids out in the hallways or other areas in the building, but then you can clean them up and easily store them when not in use. Likewise, I like to use pop-up tripods in my classroom. Again, these are portable, easy to set up, and broken down if needed. I actually keep mine up all the time on the tripods because I do a weekly school-wide news that is pre-recorded. It really helps the improvement of students' video production because the camera is steady and not shaking around and making you feel like you're on a roller coaster. When you watch, I highly recommend if you have any tablets in your classroom and you're hoping to do video production, having tripods are an absolute game changer. Now we also know the sound quality can be a little bit iffy. And I realized the other day that, again, finding a quiet spot to record is very difficult to do in a school. When I moved kids around with the tripods and the green screens, I wanted to have the option of their sound to be even better. So I tested out these tiny microphones. And I mean tiny, they're about the size of your thumb. And you would think, Oh, that's just gimmicky. They don't work. No, they're actually really, really good. And the cord is really long, which is helpful because when you have the tripod a bit of ways, then the student can still hold the microphone. And the sound quality is superb. I was super impressed. And I was so excited because I could hear their sweet little voices. And I just know that our videos are going to improve immensely. I'm also going to be using these when I'm doing podcasting with my fifth graders again, it will improve the sound quality a lot. This is a side bonus when it comes to video and audio production. If you have any of those fabric cubes on hand, those big giant ones from Ikea that pop up, I like to lay those on their side. And when students are recording their voices for a video when it's not showing on their screen, I have them put their heads in the box with the script. And then they have the microphone, and it creates a little sound booth for them where their voice is echoing out. And it's really soaking in that sound inside of the box. It looks a little bit awkward, but it helps a ton. So that's just a little side tip, go ahead and invest in a few. But really investing in these video and audio tools, they definitely can be reused so much and really improve the quality of these things that you're creating with your students.

Naomi Meredith 07:11

The third STEM toy of 2022 to try in your classroom are Osmo Genius Kit. I am so impressed by Osmo. And this is a tool I recommend to families all the time who have primary students, they are such a cool tool. And it creates this Augmented Reality experience where it is a self-checking app where students are using real-life objects and the Osmo. This little attachment, it's like a mirror that is reading what is being done with these little hands-on tools. And when they're in the app, it will self-correct and then read what they are doing with their hands. It is so amazing. And the kids aren't really staring at the screen, they're really focused on the materials in front of them. There are a ton of different Osmo kits to choose from. Just make sure that when you are purchasing, if you have Kindles, you can buy the Kindle Osmo. And when you have iPads, there's an iPad Osmo. They are different, they're not interchangeable. Pretty sure they have the same kits for both, you just have to make sure you buy the right one for your device. The kit that I have is the genius kit, which includes a number of tiles that students can add using the actual numeric form or the Dot version, there is a tangrams game. And then there's also a spelling game, which I still do in STEM, I think it's super important to have literacy within your STEM instruction. I have those three options. I use this as a STEM station, I have about five or six Osmos. And I love to use this with my primary students. It's super engaging, it differentiates itself. And again, it's self-checking, again worth your investment. The little tiles and pieces are super user-friendly. They're fairly durable, and they come in some nice containers as well. When you're done using them, you can keep it all organized, I highly recommend checking out the cosmos, I know that there's a kit that has some hands-on coding. So if you need some more coding elements, that would be a great addition to your space.

Naomi Meredith 09:13

The fourth best STEM toy in 2022 to try in your classroom is the LEGO education spike essential kit. There are a couple of different versions of the spike. So there's spike prime and their spike essential I have this spike essential K I have a few of these kids, and I am utterly impressed and obsessed. If you love LEGO, we do point out you're gonna love the LEGO spike essentials even more. They're even more versatile than the LEGO we do to point out I'm not getting rid of those kids. I just like having a variety for all grade levels, so I try to build up my LEGO education kits every year. That's usually what I spend most of my budget on, to be honest. So these kits are really cool. There are so many challenges for Are first through fifth grade, they're completely different that use the same kit. That is pretty amazing. There are not a whole lot of tools out there like that. And so I highly recommend getting your hands on some of these because you're going to be super impressed. Like LEGO, we do point out there are coding elements, there is the option of picture-based block coding for the younger students like LEGO we do to point out, but for the older students, they have something like Blockly or Scratch where they have the words and more complicated coding for their level. So it's super cool. And the little hubs that are connected don't use batteries, they are rechargeable, like a cell phone. So I know that it can be really frustrating when you buy STEM toys when the tools aren't rechargeable. These are, and it's amazing. I am so excited to keep trying these with my students because they have so much potential. And the parts are a bit different. They're usually LEGO parts that kids don't often see in their own LEGO kits. This is a really great addition to your classroom if you're looking to buy more LEGO kits for your room.

Naomi Meredith 11:07

And finally, the fifth best STEM tool to try and 2022, if you can swing it, is to invest in this pair of 3D printers. There's so much talk about 3D printers and what to buy, there are so many complicated options. I've seen teachers on Instagram who have received 3D printers, and they have to build the 3D printer. Girl, I don't have time for that I can figure it out. But I'm all about like, let's open the box and be ready to go. I researched and found this pair of printers, I actually received them a week before the shutdown in the spring of 2020. So I was able to take the 3d printers home and play around with them. And I was actually printing some projects that kids were completing with me online. But I love these printers that I got. The brand is MakerBot, which you may or may not have an opinion about that. But I love this. It's the MakerBot sketch classroom. And I am not kidding you. You get two printers for under $2,000. But on top of the two printers that are plugging go, you get six ginormous spools of filament that will last you forever, I have so much filament left, I haven't really had to buy any since then you get six giant rolls you've also got a teacher training, which is so helpful because we don't always get that when it comes to STEM tools. And there's student training. So if you're thinking about having an after-school club, they can go through this as an after-school club and learn with you. So that would be a really cool club to do. What I love love love about these printers is they are cloud-based, you do not have to set up a device and have it chillin by your printer while it reads the prints. You don't even have to plug in a USB drive, you can have the option to send it all through the cloud-based system. So I can literally sit at home and log into Tinkercad. So Tinkercad is what students would create their 3d prints in, I download the prints at home if I wanted to. And then put it into the MakerBot platform, the cloud-based printing, and I get all of my prints queued up and ready to go. And then, when I log into my work computer, everything is there, and I can print and feed everything throughout the day. I have print 1000s and 1000s of prints for my students. And I have not had one single jam are any issues whatsoever. I am very picky about the filament I am still using their MakerBot brand filament. I haven't bought any other off brands off Amazon. I'm really iffy about that. But I'm telling you, I print things for K through five every single student creates a project, and I have been absolutely impressed. They aren't anything fancy. So I'm not doing overly complicated projects before in elementary space. They are wonderful. They are quiet. They're these cute little clear boxes like you can see everything that's happening. And so, coming from someone who had zero experience when it comes to 3d printing, I am super impressed. They should literally sponsor me for this because if you're not going to buy the 3d printers after listening to this, I don't know what you're gonna do. But I recommend these to everybody who's looking to upgrade the 3d printers. They are so so so so easy. Perfect for elementary, I'm telling you, so good.

Naomi Meredith 14:35

As a recap, here are my recommendations for the best STEM toys of 2022 that you should definitely get for your classroom or just put on your wish list. We have the Sphero indie robot Osmose all the awesome video recording tools, LEGO education spike Essentials Kit, and the MakerBot sketch classroom 3d printer combo When it comes to shopping for items, I am all about how I can use things for multiple grades for multiple years and things that will age out super quickly. I am very, very picky when it comes to the things that I buy from a classroom, and I'm all about durability. You can even go back and listen to a past episode, I have a whole episode about purchasing things for your classroom. But I have seen great success with these tools. And I know you well, too. Now don't forget I have that free holiday shopping guide I put together for you like a beautiful magazine side. Now I always wanted to work for a magazine company when I grew up, aside from being a teacher. So when I'm creating things for you guys, that's just like the magazine editor and me, the creator, that I just love doing this. So make sure you go and check out that free guide and all of the special Black Friday deals that have going on for you. They've been going on, and they've been open up and early, but you definitely want to check those out, so you don't miss out. So make sure to grab that free guide and all of the awesome deals at Naomi meredith.com/black-Friday-2022

Related Episodes/Blog Posts:

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Watch this episode on her YouTube Channel: Naomi Meredith
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More About your host, Naomi Meredith

With over a decade of experience along with a M.Ed. in STEM Leadership and STEM certificate, she helps teachers navigate the best practices, strategies and tools out there.

She truly believes that any teacher out there can learn how to use STEM & Technology in their classrooms effectively. She can’t wait to connect with you and be your guide!

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Best Robots for Kids for STEM & Technology Lessons

When teaching a STEM or technology lesson, what are the best robots for kids? Here is a list of recommendations by a current K-5 STEM teacher that are worth purchasing.

These robots aren’t listed in any particular order. However, all are favorites to use with elementary students.

This post contains affiliate links. When you purchase through the link, no extra cost to you, but I receive a kickback from purchases.

Best Robots for Kids #1: Bee-Bots

Robot Name: Bee-Bots

Price Range: Prices vary $90/1 Bee-Bot, $600/6 hive of Bee-Bots

Type of Device Based Coding: No device required

Typical Age Range Used with: Kindergarten-2nd grade

Types of batteries: Rechargeable, either on the dock or with a cord

Additional {Optional Attachments}: Command Card Set, Pen Holder Jackets, Clear Card Mat, Math Pre-Printed Mats

Why I recommend them:

Of course, these little guys are ADORABLE! These chunky robots are easy to manipulate and code. They are perfect for any elementary student who is just starting out with coding.

With Bee-Bots, students can visually see where the robot is headed with the arrow keys. To deepen coding knowledge, students can write the code with the arrow cards that come provided or even write on a whiteboard.

There are separate mats grids that can be purchased separately. They aren't cheap, but they are very durable as well and you can place any content cards underneath the plastic top to integrate any subject area with your coding. You could try creating your own!best

This robot doesn’t require a device to be coded and there aren’t any updates to manage. As a classroom teacher, this is the best starter robot.

I have 5 of these robots on deck in my classroom and they have been used by hundreds of students. In Kindergarten, I disguised them as The Very Hungry Caterpillar. Students rolled a dice with the food on it. They then had to code the “caterpillar” to the square that had the matching food. Even after the amount of use my Bee-Bots get, they still work beautifully.

Bee-Bot Additional App

Another added bonus, if you have access to iPads, there is a FREE iOS app that extends the learning with Bee-Bots. Again, this isn’t necessary for use with Bee-Bots.

Think of the Bee-Bot robot as the concrete representation of coding & the app is the abstract version. This is great to implement if stations are a part of your teaching; one group can work with the physical robots while another code on the app. You can even have a 3rd station where students use arrow coding cards and code their partner, the human robot. (You can grab this lesson here!)

The hardest part I’ve seen with the app is students understanding their left and right directions

Best Robots for Kids #2: Blue-Bot

Robot Name: Blue-Bot

Price Range: Prices Vary $100/1 Blue-Bot, $700/6 Blue-Bot hive

Type of Device Based Coding: No device required and can be programmed with a tablet or computer

Typical Age Range Used with: Kindergarten-3rd grade

Types of batteries: Rechargeable; either on the dock or with a cord

Additional {Optional Attachments}: Command Card Set, Pen Holder Jackets, Clear Card Mat, Math Pre-Printed Mats

Why I recommend them:

This is Bee-Bot's older sibling. If you don’t have either one, Bee-Bot or Blue-Bot, I would recommend spending the extra money and going with Blue-Bot. This robot is the upgraded version and still doesn’t need a device like Bee-Bot.

However, you DO have the option to code with a computer or tablet. Check out their website to see if your classroom devices are compatible.

What makes them a bit more “extra” is their ability to record sound and interact with other Blue-Bots. They also are clear so students can see the inner workings of the robot and spark their curiosity.

Best Robots for Kids #3: Dash

Robot Name: Dash

Price Range:

Type of Device Based Coding: Device required. Can be programmed with a tablet or computer

Typical Age Range Used with: 2nd -5th grades

Types of batteries: Cord charging

Additional {Optional Attachments}: Sketch Kit, Whiteboard Mat for Sketch Kit, Launcher, Xylophone, Building Brick Connectors (fits LEGO), Accessory Pack (Bulldozer), Puzzlets, Gripper Building Kit

Why I recommend them:

Again, these robots are super cute and durable as well. The best part is when they get plugged in after sitting uncharged for a while. They start talking your ear off and sound like the little aliens in Toy Story.

This is a product I definitely believe in. In fact, I am a Wonder League Ambassador (2019-2020, 2020-2021) #wondersquad Side note: I’m not getting paid to write this post. I just love these little robots so much!

This robot has many different apps to challenge students in a variety of ways in their coding journey.

At the time of this post is written, the apps available are:

Wonder
Blockly
Path
Go
Xylo (use with Xylophone accessory)
Swift Playgrounds (integration with Apple's coding platform)

Lesson Ideas

If you are looking to host a STEM after school club, this robot is the way to go. You can create your own challenges, or use the challenges presented in the Wonder League Robotics Competition.

This competition is 100% free and your team has the option of uploading videos of completed challenges in action. However, that’s not necessary but having access to the challenges is wonderful.

When getting started, the Dash & Dot coding challenge cards are wonderful. I used these the first year my students ever used these robots. They are self paced and build off one another.

I only had two sets of cards, but a lot more kids than that! The cards are double sided so I took a picture of the front and back of two cards together. I then inserted all the images into a Google Slide and shared with students through Seesaw.

I had students code in partners; one robot and two iPads. One iPad was for coding the robot. The other iPad was logged into Seesaw where partnerships could swipe through the coding cards and also take video of their robot in action.

As a side note, Seesaw is one of my top favorite apps to use in the regular classroom as well as the STEM classroom. Seesaw is forever free, but you can get an extra month of Seesaw Plus by signing up with my link here.

Accessories

There is a wide variety of accessories that you can grab to enhance your experience with Dash.

If you are looking at cost and what to start with, the bulldozer is the best attachment to start with. Dash can kind-of push items without it, but it can cause other issues.

Have a 3D printer? Try these 3D print files of some of the accessories.

Here is another print file for a different bulldozer design. I haven’t tried them out quite yet, but I’m definitely going to print a set and see how it goes!

There is also an older sibling of Dash & Dot; Cue. This is for more advanced types of coding that some of your older students may be ready for. Having a couple of these on hand would be a great investment later down the road.

Best Robots for Kids #4: Dot

Robot Name: Dot

Price Range: Prices vary $80

Type of Device Based Coding: Device required. Can be programmed with a tablet or computer

Typical Age Range Used with: Kinder-2nd grades (but can be fun to interact with Dash in the older grades and extra challenges)

Types of batteries: Cord charging

Additional {Optional Attachments}: Dot Creativity Kit

Why I recommend them:

Most common question I get from my students, “Is Dot the head ripped off of Dash?”

The answer is “No” (with a side of laughing). You CAN take off the stand Dot sits on which makes him into a little ball.

This robot actually doesn’t move around on it’s own, unlike the robots described above. There are a variety of apps also available for Dot, just like Dash.

Dot and Dash can interact with one another, but you don’t need one without the other. If you are trying to decide between the two, go with Dash. There is more you can do with Dash cross-curricular lesson planning.

Interested in learning more about Wonder Workshop? Check out their online trainings, resources and workshops.

Lesson Ideas

The coding cards that I mentioned using with Dash when first starting out with Dot is also a good fit. The challenge card sets are for Dot & Dash. They are labeled clearly as to which robot to try the challenge with.

On the Wonder app or in the Creativity Kit there are some fun games that can be played with Dot. These are great for whole group lessons for younger students. This can be a way to introduce different coding elements, a class incentive to earn or an indoor recess game.

Accessories & Apps

There aren’t as many accessories for Dot and most of them are costumes to make it look even cuter. The best accessory is the Building Brick connector which can be used with Dash as well.

At the time of this post is written, the apps available for Dot are:

Best Robots for Kids #5: Sphero

Robot Name: Sphero (Sphero Sprk+, Bolt or Mini)

Price Range: Prices Vary, $50-$200/robot

Type of Device Based Coding: Device required. Can be programmed with a tablet or computer

Typical Age Range Used with: 3rd-5th grades

Types of batteries: Charging Base

Additional {Optional Attachments}: Sphero Mini Activity Kit, Sphero RVR, Turbo Cover, Jump Ramps, Maze Tape, Sphero Mini: Pins & Cones, Chariot

Why I recommend them:

Once your students have some coding experience, either with other robots or even coding online with Scratch your students can be successful with Sphero.

There are many different types of Sphero out there. I had the original Sphero first (the white ones) and they stopped charging and connecting to my devices. If you can afford newer ones, go with that option.

There are a few apps to choose from. I found that the Sphero Edu app worked best for a classroom setting and used “real” coding. It can be overwhelming at first for elementary student eyes, but with anything, start slow to go fast!

Lesson Ideas

Inside the Sphero Edu app, there are ideas to try. With my 5th grade students, we went through the Engineering Design Process (EDP) while learning about the Iditarod. Students were posed with the challenge: How can you create a sled that Sphero can pull through the Iditarod race?

After going through the (EDP) students came up with interesting designs which posed new challenges when coding. This lesson had high engagement and the 5th graders the following year asked if we could be doing “that sled lesson”.

Another lesson I taught in 4th grade with Sphero was snowflakes. Again, another Engineering Design Process challenge where we explored the science and math behind snowflakes. The coding involved a lot of angles and symmetry.

Additional Accessories

There are a few accessories to try with Sphero (listed above). However, when getting started with Sphero in the classroom, accessories aren’t necessary.

One accessories that is worth the investment are pool noodles. These can be used to block off various corners and exits for Sphero. There are moments when there is a bug in the code and Sphero will quickly roll away and hit something. The noodles will keep the robot safe from knicks and impacts.

Best Robots for Kids #6: Code and Go Mouse

Robot Name: Code and Go Mouse

Price Range: Prices vary, $20/robot

Type of Device Based Coding: No device required

Typical Age Range Used with: Kindergarten-2nd grade

Types of batteries: Consumable batteries. Can use rechargeable kind.

Additional {Optional Attachments}: Activity Set

Why I recommend them:

If you have never tried integrating robotics, have a very limited budget and/or don’t work with a large amount of students during the week, this is a great robot to start with with younger students.

On the flip side, if you are the opposite to the above statements and have a larger budget, Bee-Bots or Blue-Bots are a better investment. They are pretty much the same concept when it comes to its directional coding buttons.

I have some Code and Go Mice in my classroom that were purchased prior to my hiring and they don’t get used very often. I have them on hand if there is an odd number of students when using the Bee-Bots. However, the wheels wear out quickly with a higher amount of use. Also, when the battery dies, you’ll need a small screwdriver on hand to take off the panel and replace them.

For my students who want a Bee-Bot at home, I actually recommend to them the Code and Go Mouse. Parents are more willing to spend its inexpensive price (in terms of a robot), and it doesn’t typically get as much use as it would in a classroom.

Best Robots for Kids #7: LEGO WeDo 2.0

Robot Name: LEGO WeDo 2.0

Price Range: Prices Vary, $200/kit

Type of Device Based Coding: Device required. Can be programmed with a tablet or computer

Typical Age Range Used with: 2nd-5th grade (If used every year, 4th and 5th might get tired of them)

Types of batteries: Consumable batteries. Can use rechargeable kind.

Additional {Optional Attachments}: Can purchase replacement parts or use other LEGO

Why I recommend them:

There is no doubt that most kids love LEGO. This kit is a great combination of building and coding. While the kits are expensive, they are extremely durable and have a familiar feel with kids. Of course, they can be used year after year if the pieces stay organized and separate from your LEGO mixed buckets.

If you are a classroom teacher, it would be worthwhile to get 12 sets for your entire grade level to rotate and share. If you are in the STEM or Technology classroom, these kits are HIGHLY recommended and worth the investment 100%.2-3 students working on a kit is the most successful option.

Lesson Ideas

The app comes with a wide variety of lessons and starter builds when working with this kit. With the time I have with students, I’ve done the beginning builds that are offered on the home screen for students. This is a great lesson all about following directions in order, collaboration and fixing mistakes when things don’t work the first time.

The app is designed for students to go through the building directions then adding in the coded elements. As of now, the coding isn’t super complicated and is block coding.

LEGO also has an annual competition that you can register for: First LEGO League Jr. There is the option to sign up to participate in a local competition. Upon registration, there is the option to purchase the WeDo 2.0 kit. These kits don’t need to be returned and are kept by the club leader.

When thinking about classroom supply budgets, this could be a great way to get the kits into your room for future use after hosting the club.

What I liked about this club is it was all written out for you as a leader and didn’t require extra planning. Make sure you have A LOT of club sessions; the building and collaborating is time consuming.

Best Robots for Kids #8: Code-a-Pillar

Robot Name: Code-a-Pillar

Price Range: Prices vary, $35-50/robot

Type of Device Based Coding: No device required

Typical Age Range Used with: Pre-school & Kinder

Types of batteries: Consumable batteries. Can use rechargeable kind.

Additional {Optional Attachments}: Expansion Pack,

Why I recommend them:

When I first walked into my K-5 STEM classroom, I was shocked by the limited amount of resources that were in my room for the younger students. There were Bee-Bots on hand, which is amazing, but I knew my brand-new Kinders needed a different jumping off point with robot coding. I also didn’t want them to tire from the Bee-Bots so quickly either.

The Code-a-Pillar is very durable and another great concrete example to show what coding is and how it works. If you want to dive deeper in showing students how computers work, this hardware & software lesson was a great success with my younger students.

Students attach different segments to the Code-a-Pillar’s main body. Once the student presses play on its back, the Code-a Pillar will read through the code and light up each section as it is being played out.

Other blog posts you might enjoy:

But I don't want to teach kids coding! By Computer Corner

Which robots do you already have in your classroom? Which ones do you want to try? Feel free to direct message me on Instagram, @naomimeredith_ and I would love to chat with you!

Want more resources to support Technology & STEM all year long? Grab this FREE downloadable guide that I’ve put together for you!