Home » Coding

Category: Coding

Must-Have Coding for Kids Online Resource to Try: imagi Edu

Must-Have Coding for Kids Online Resource to Try: imagi Edu

 

As a K-5 STEM educator, I am always on the look-out for ways to increase my students’ problem-solving skills with coding. Likewise, I want to ensure that the tool is easy to use, affordable and prepares them for the real world. 

One thing I noticed in my first year teaching K-5 STEM is that my students didn’t have a lot of background knowledge as to what coding was and how it was used. However, while consistently implementing computer science and programming into my curriculum, their skill levels increased over the years.

In terms of teaching coding to elementary-aged students, the typical progression of coding languages I use are: directional coding (with arrows), block-based with images or arrows, then block-based with words. 

However, after block-based, I felt a little stuck knowing which direction to go, and I had students ready for the next challenge!

I was excited when I heard about imagi Edu and how it’s great for introducing students’ ages 8 to 14+ to Python coding in a way that makes sense and is fun!

 

You can try imagi Edu for FREE using my link here. 

 

What’s fun about this platform is that kids are able to learn Python coding as they create colorful pixel-art projects. The imagi Edu platform allows students to code in real Python and then receive immediate feedback on the screen. 

The imagi Edu platform also includes an AI-powered Debugging Buddy, which offers contextual feedback to help students understand and resolve coding errors. It's designed to build confidence and problem-solving skills without shortcutting the learning process. Even if they haven’t taught coding before, teachers can use this feature to make coding instruction more accessible and support student creativity while teaching foundational Python skills.

 

When coding with students, I also look for ways to make the experience tangible and hands-on. To bring students’ pixel art to life, you can connect the imagiCharm and the same code is in the palm of your hand. I actually wrote the code to display my name on the imagiCharm for a conference, and I got a lot of compliments (and questions!) on how I did that.

When getting started, there are also lesson slides to use with your students, which areis so helpful when teaching multiple classes and grade levels a day, because everything is laid out for you. The free version of imagi Edu comes with 5 lessons and 50 student accounts, so it’s easy and affordable to try. 

 

The lessons are step-by-step, which is something I found very useful since I am new to Python coding myself! Even when I was going through Lesson 1 before using imagi Edu with my students, I was learning so much about Python myself and really getting the hang of it. You can see for yourself how easy it is to connect the lessons to concrete coding projects that align with students’ interests. What I realized is that Python isn’t just for older kids, it can be used for younger students as well! 

If you’re looking for a way to level up your coding and teach your students a programming language that is currently used by computer programmers, this is a resource that you want to add into your computer science lesson plans. 

 

You can try imagi Edu for FREE using my link here

 

Have you tried imagi Edu yet? Feel free to send me a DM on Instagram, @naomimeredith_ and let me know what you think! 

 

This post is part of a paid collaboration with imagi Edu. While this is a sponsored partnership, all opinions, ideas, and content are my own, and I only share resources that I believe are valuable and relevant to my audience.

 

Other Posts You Might Enjoy:

 

Connect with Naomi Meredith:

 

More About the author, Naomi Meredith

Naomi Meredith is an online K-5 STEM Coach in Colorado supporting elementary teachers world-wide navigate the best practices, strategies and tools out there. With over a decade of experience teaching, 5 years teaching elementary STEM, along with a M.Ed. in STEM Leadership and STEM Certificate, Naomi helps teachers world-wide to navigate best practices, strategies and tools out there.

She offers a variety of tools to help teachers feel successful teaching STEM to their elementary students through lesson plans, online courses, coaching and speaking events.

She truly believes that any teacher out there can learn how to use STEM, innovation and hands-on learning in their classrooms effectively. She can’t wait to connect with you and be your guide!

How to Make a Grid Mat for the Bee-Bot Robot

How to Make a Grid Mat for the Bee-Bot Robot

Are you wondering how to make a grid mat for your classroom for the Bee-Bot robot? Below are some easy ideas on how you can create a mat that can help students visually see the code for any type of project you have in mind

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.

How to Make a Grid Mat for the Bee-Bot Robot: Option #1

Grab a large piece of poster board or butcher paper and a ruler. Code the Bee-Bot to move one forward movement on your paper. Measure the distance and make a mark. Draw straight lines with the ruler to draw a square that measures one forward movement. Make the grid as big or small as you want, then laminate.

 

Grab a clear, cheap shower curtain like this one, then cut it to be the same length as your grid. Secure one end of the curtain to the mat with binder clip so it can easily open and close. This allows adding different task cards for coding underneath the shower curtain and onto the grid and helps the Bee-Bot drive on top without getting caught on the cards. I recommend taping the cards to the grid mat so they don't slide around while coding.

 

 

How to Make a Grid Mat for the Bee-Bot Robot: Option #2

Create the grid the same way as described above with the measuring and drawing. Instead of adding the clear shower curtain on top, add one soft velcro dot to each square. Once you have your task cards ready, add the “hook” side of the velcro dot (the scratchy side) to each task card.

The Bee-Bot doesn't seem to get stuck on the Velcro on the grid if there aren't cards. It would be hit or miss with the robot getting stuck on actual cards since they popped up more. This is a lesson that I love to do with primary students about The Very Hungry Caterpillar and we even dress up our Bee-Bot!

I even tried this with playing cards for a last minute lesson where students rolled a numbered die, than programmed their Bee-Bot to the matching playing card.

 

How to Make a Grid Mat for the Bee-Bot Robot: Option #3

Drawing and measuring a grid accurately can be time consuming! (Trust me, I know from experience.) To ensure all of my squares were equal size and I could customize the cards for lessons, I made a digital version of a perfectly measured.

You can even create a blank grid with these print-and-cut squares, then glue on poster board.

 

I'm not a perfectionist when it comes to measuring and creating a grid, so this helped me create a mat that was accurate for my students to use when coding with the Bee-Bot.

Grab this template for your classroom here. 

 

Which way do you think you'll create your Bee-Bot grid?

Let me know over on Instagram, @naomimeredith_

Other Posts You Might Enjoy:

Connect with Naomi Meredith:

 

More About the author, Naomi Meredith

Naomi Meredith is an online K-5 STEM Coach in Colorado supporting elementary teachers world-wide navigate the best practices, strategies and tools out there. With over a decade of experience teaching, 5 years teaching elementary STEM, along with a M.Ed. in STEM Leadership and STEM Certificate, Naomi helps teachers world-wide to navigate best practices, strategies and tools out there.

She offers a variety of tools to help teachers feel successful teaching STEM to their elementary students through lesson plans, online courses, coaching and speaking events.

She truly believes that any teacher out there can learn how to use STEM, innovation and hands-on learning in their classrooms effectively. She can’t wait to connect with you and be your guide!

robot-ideas-for-winter-time

5 Robot Ideas for Winter Time [ep.44]

5 Robot Ideas for Winter Time [ep.44]

robot-ideas-for-winter-time

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

 

Subscribe to the podcast HERE on your favorite podcasting platform.

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

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.

 

robot-ideas-for-winter-time

robot-ideas-for-winter-time

 

Related Episodes/Blog Posts:

 

Connect with Naomi Meredith:

 

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!

how-to-use-sphero

How to Use Sphero in the Classroom

How to Use Sphero in the Classroom

how-to-use-sphero

Robots in the classroom are a great way to integrate content and STEM. Learn how to use Sphero in your classroom and great lessons to get started with. 

There are a few different Sphero to choose from. If you have a limited budget, the Sphero Mini is a great starting point. For a robot that has more complex coding options and is larger (great for integrating building projects), try the Sphero Bolt

 

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

 

how-to-use-sphero

How to Use Sphero | Purchasing Options

Robot Name: Sphero (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

How To Use Sphero | 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 out there. I had the original version (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! 

how-to-use-sphero

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 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.

getting-started-with-sphero

getting-started-with-sphero

Additional Accessories

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

One accessory that is worth the investment are pool noodles. These can be used to block off various corners and exits. 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.

 

How to Use Sphero| Grab these lessons!

Don’t waste your time planning new lessons. Grab this bundle of 2 Sphero lessons that have been used with hundreds of students in my 4th & 5th grade STEM classes. 

All Engineering Design Process pages are printable & digital on multiple platforms. Grab this bundle for your class!

sphero-lesson-plans

how-to-use-sphero

Other Blog Posts You Might Enjoy:

What questions do you have about using Sphero in your classroom? Feel free to direct message me on Instagram, @naomimeredith_ or send me an email, contactnaomimeredith(at)gmail.com, and I would love to chat with you!

winter-stem-activity

Winter STEM Activity & Book Pairing Guide

Winter STEM Activity & Book Pairing Guide

winter-stem-activity

Need an easy to implement Winter STEM Activity? Try pairing it with a children's book you might already have! Literacy and STEM go well together. It's a great way to enhance student's comprehension of the story in a hands-on way. Keep your students engaged in a different way while easily implementing STEM into your classroom.

This video originally aired LIVE on my Facebook Page; Naomi Meredith: The STEMTech Co. 

Come and join in on the fun on Facebook, or watch the recording of this episode.

Amazon Affiliate links are included for each of the books listed. While purchasing through my link, it's no extra cost to you, but I receive a small commission in return. 

Winter STEM Activity  | Watch the recording down below:

 

Here are the key takeaways from this episode:

 

Winter STEM Activity  | Ten on the Sled

This rhyming story takes younger students on a quick winter adventure. The animals all try to clamor onto the sled throughout the story; all 10 of them!

For this STEM challenge, students go through the Engineering Design Process for this challenge: How can you build a sled that fits all 10 animals on top? Students will first learn about sled design and plan how they want their creation to look like. Once their plan is ready, students can start to build.

Minimal materials are needed:

  • popsicle sticks
  • pipe cleaners
  • straws
  • unifix cubes (to tape the animal images onto)

winter-stem-activity

Tape isn't one of the materials listed; that definitely makes this a challenge for students (in a positive way). This allows students to learn how to bend, twist and connect the pipe cleaners, which might be a skill they aren't used to.

While testing their design, students will try to fit all 10 animals on top. While the sled doesn't have to be functional, that can be a great next step fro this challenge.

Click here to grab this lesson for you class! 

winter-stem-activity

Winter STEM Activity  | Gingerbread Man Boats

This STEM challenge can go along with any version of the Gingerbread Man you may have in your classroom. I know I have a quite a few versions myself!

Based on some of the more original versions of the story, the Gingerbread Man comes to the river at the end and climbs on the fox's back to try and make it across. Well, we all know what happens next….

What if there was an alternate ending? Students can create a solution to this new ending and help the Gingerbread Man have an engineer mindset instead.

winter-stem-activity

Students will use their knowledge about sinking and floating and design an invention that will help the Gingerbread Man cross the river. SciShow Kids have a great YouTube video about sinking & floating for younger students.

Provide various Makerspace materials to choose from. Here are some that were available when I tried this with students: 

  • bubble wrap
  • cardboard scraps
  • straws
  • masking tape
  • small plastic cups
  • recycled plastic lids
  • aluminum foil
  • wooden blocks
  • popsicle sticks

Having items that also sink and those that also float at first, but get logged with water (paper) is helpful as students make their decision and test their designs.

Click here to grab this lesson for your class!

 

winter-books-for-kids

Winter STEM Activity  | Snowmen at Night

Again, this STEM challenge can be used with any of the Snowmen at Night series or other snowman books you have in your classroom library. This lesson uses robots, again, can be any moving type your classroom has. Don't have any robots? Here is my ultimate list of suggestions to check out! 

There are various images of snowmen dressed up in different outfits. Using the cards provided, students will place them on a grid or whichever layout they desire. Next, students will code the robot to build and dress the snowman in order that would make sense.

For example, if the image of the snowman show them wearing glasses, glasses wouldn't be collected first because there is no where to put them! By using the image to help visualize, students will reverse engineer the order the snowman should be built, then decorated. Of course, there are multiple solutions to each snowman image card which makes this a great challenge for students.

Click here to grab this lesson for your class! 

 

Other blog posts you might enjoy:

winter-stem-activity

 

What questions do you have about these activities? Have any other ideas to share? Feel free to direct message me on Instagram, @naomimeredith_ and I would love to chat with you!

hour-of-code-activities

In-Person Hour Of Code Activities to Try

In-Person Hour Of Code Activities to Try

Here are some Hour of Code Activities to try in your classroom while in person. There are so many options to choose from! I'll share the ones that have been the most successful in my K-5 STEM classes. These are all low-prep, and highly engaging to help expose students to the world of coding.

This video originally aired LIVE on my Facebook Page; Naomi Meredith: The STEMTech Co. 

Come and join in on the fun on Facebook, or watch the recording of this episode.

Click here for the FREE printable PDF of this resource.

Hour of Code Activities  | Watch the recording down below:

Here are the key takeaways from this episode:

Hour of Code Activities | Resource Prep

Before getting into the lesson planning, these are questions that I ask year after year to ensure that I'm prepared for the Hour of Code unit.

    1. Check out hourofcode.com for ways to promote Computer Science at your school and promote to families
    2. Prep necessary vocabulary that will aid student instruction. I created Coding Vocabulary that you just need to print-and-go!
    3. Organize supplies so they are easy for students to access and clean up when finished. I like to use clear plastic containers to leave in the center of each table with the necessary supplies for the lesson. Especially as a specials teacher, this helps tremendously so I am not running around in between classes gathering supplies!
    4. How you will share computer coding links with students? {Google Classroom, Seesaw, Schoology…}
    5. Do you need to set aside instruction instruction time for students to set up any coding accounts? {Example: Scratch}
    6. Will kids be using one device for paired programming or each student code on their own device?
    7. Is a station rotation model or whole group going to work best for your class?

 

You can teach these lessons in a way that works best for your kids, your classroom and the resources you have available. Each resource below is clickable or type in corresponding link.

Click here for the FREE printable PDF of this resource.

hour-of-code-activities

Hour of Code Activities | Kindergarten

Day 1 & 2: Teaching the Difference Between Software & Hardware

Day 3: Device Coding

Day 4 & 5: Coding Unplugged & Device Coding *1/2 class do an activity a day

hour-of-code-activities

Hour of Code Activities | 1st Grade

Day 1 & 2: Teaching the Difference Between Software & Hardware

Day 3: Device Coding

Day 4 & 5: Coding Unplugged & Device Coding *1/2 class do an activity a day

hour-of-code-activities

Hour of Code Activities | 2nd Grade

Day 1: Device Coding

  • Intro Video: The Hour of Code is Here
    • Student Practice: (iPad/tablet) Scratch Jr.
    • Under ‘Teach’, there are 9 great beginner printables that progress off one another for students. I like doing pair programming the first day to help students problem solve together. I also made a little checklist to help students check off when they complete a challenge.

Day 2 & 3: Device Coding & Coding Unplugged

Day 4 & 5: Device Coding & Coding Unplugged

  • Intro Video: Computational Thinking by Brainpop Jr. & Conditionals by BrainPop Jr.
  • Student Practice: Robot Turtles Board Game
  • Since only half the class is playing at a time, when I’m introducing the game, we will play as a group in teams of 4. Once they get the hang of it, I will split them up onto the 2 remaining game boards.

hour-of-code-activities

Hour of Code Activities | 3rd Grade

Day 1: Device Coding

Day 2 & 3: Device Coding & Coding Unplugged

Day 4 & 5: Device Coding & Coding Unplugged

hour-of-code-activities

Hour of Code Activities | 4th Grade

Day 1: Device Coding

Day 2 & 3: Device Coding & Coding Unplugged

Day 4 & 5: Device Coding & Coding Unplugged

hour-of-code-activities

Hour of Code Activities | 5th Grade

Day 1: Device Coding

Day 2 & 3: Device Coding & Coding Unplugged

Day 4 & 5: Device Coding & Coding Unplugged

Other blog posts you might enjoy:

 

hour-of-code-activities

What questions do you have about these activities? Have any other ideas to share? 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!