Ozobots are a great way to integrate STEM challenges into your classroom.  They are easy to program and have four different levels for different programming skills.  They are definitely a favorite in my classroom.  This is part two of my ozobot blog series to show you a few different ways that you can integrate ozobots into your classroom.  Here is how I used ozobots in my math lesson to help my students learn and review quadrants and coordinates.


My students were learning about x and y coordinates and the four quadrants.  I decided to have them complete an ozobot challenge centered around that.  I gave the students a piece of grid paper and a checklist.  The students had to find the point of origin and then label the x and y coordinates.  


As part of the challenge, they had to determine the starting part or where their ozobot would start.  Then we used ozoblockly to program our ozobot to complete "tricks" inside of the grid.  The challenge was to make sure that our ozobot stayed inside the grid.  It was a challenge but a fun one!



Do you want to have your students complete this ozobot challenge using quadrants and coordinates?  You can grab this freebie HERE.  I included several different grid paper sizes for easy differentiation and also an easy to follow checklist.  I hope this helps you implement the coordinates challenge into your classroom.





Have you seen these tiny little robots that have been all over Facebook and Instagram?  I have shared about them a few times and I have had a ton of questions about them.  Well...these tiny robots are called ozobots and they are a great way to get your kids excited about coding.

I've been asked ... "How do you incorporate ozobots into your classroom schedule?"  I have found that ozobots are a great way to incorporate STEM challenges during my lessons.  I decided to start a blog series to show you a few different ways that you can integrate ozobots into your classroom.

Here is how I used ozobots in my math lesson to help my students learn and review different angles and measurement.


Ozobots can be programmed using markers and also by using ozoblockly, which is a block based coding language that is similar to that used in Scratch.

Since my students had never used ozobots before, I decided to start by giving them time to explore with them.  I shared how to calibrate them using the black dot and I also shared how to use the markers to draw a track for them.  I partnered the kids up and gave them a piece of white poster board (cut in 1/2) for them to draw a track on.  Then I let them go explore!


Some of my kids drew a track and some decided to create an ozobot race.  It was so much fun to see all of the different things that they created for the ozobots.  During the exploring time, I walked around and talked to the students to see what they were able to create.  It was very helpful to have time for them to explore on their own too.


After the exploration time and my math lesson on angles, I gave my students the rules for our STEM challenge.  I wrote down the rules on an anchor chart for them to refer back to.


I gave each table a big piece of white paper, markers, a protractor, and an ozobot to program.  I encouraged my students to plan out their track first by using pencil and then to trace it with the markers.  It worked really well.  The students were able to create their angles and then they were able to connect the angles to make their track.  Their favorite part was adding the color codes to make their track a little more interesting.  Turbo and backwalk were their favorites!


This was a great lesson to help my kids review angles and also to program those angles for their ozobot to follow.  It also helped build teamwork, problem solving, and persistence.  My kids had a blast too.

Stay tuned for more ozobot blog posts in this series.  I can't wait to share how else I have incorporated them into my classroom in both math and language arts.  My next post will be about our ozobot challenge day.


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