Starting with the simplest coding language, color! My kindergarten students learn that robots require instructions, which is called coding. They discover that when the robot "sees" different colors, it gives the robot instructions to do different things. I let them break the code and tell me what each color commands the robots to do. I rarely give my kinders structured tasks with these robots. It's more fun for them to just make coding discoveries of their own.
Lego Coding Express
As the train drives over a colored piece, it will perform different actions like creating sounds, turning on lights, or making directional changes.
Sphero Indi
When you place the car on a green square it will start to drive. As it drives over different colors it will perform different turns or moves.
This task can be somewhat challenging, as students need to create a maze on the fly based on the instructions provided by the robot's color.
code and go mouse
My first graders begin with directional arrow coding using code.org to learn algorithms.
We then practice unplugged coding with Code and Go Mouse cards. They find it challenging to grasp that a turn arrow only changes direction without moving the robot forward in the maze.
When students begin using the robots, I provide them with a mat and algorithm cards. After they collaborate to create an algorithm, they can program their robot and put it to the test.
Building an algorithm before programming their mouse encourages students to focus more on the algorithm itself, rather than relying solely on trial and error without the cards.
botley
The kiddos love Botely because it has an addition of a remote control, attachable arms, and other fun things they can put along their coding maze.
Beware, there are some downsides to having more than one Botley in a classroom. If two groups are working too closely to one another one remote can program both Botleys at the same time.
Dash the Robot
2nd Grade
For their first challenge, second graders created a Lego transport system using Dash's Lego attachments. They had to be sure it wouldn't fall off or break when Dash was coded to drive around. Students learned that coding Dash with his animation blocks created quite a challenging task.
Later in the year, 2nd graders learned more advanced coding skills, like coding the sensors on Dash to detect objects around them and react.
Groups were tasked with programming their robot to continuously drive forward (utilizing a repeat block) while avoiding collisions with other Dash robots or objects. To achieve success, students needed to ensure their algorithm included instructions for how Dash should respond when it detected nearby objects.
3rd Grade
Third graders learned how to code Dash's launcher attachment.
They used Dash to investigate force and motion. I utilized the ping pong balls that came with Dash and I filled some of my own with different amounts of sand. They weighed each ball and measured the distance Dash was able to launch it using different amounts of force.
Teams designed and built a basketball goal and then had to find the right distance and force to launch the ball at to make a goal.
Grab this activity from my store!
Then, students played a game of Dash-ketball!
Grab this activity from my store!
Grab this activity from my store!
This resource includes an editable Canva presentation and a PDF planning sheet.
Give your students some slam-dunking fun!
Angry Birds, Dash Edition
Angry Birds, Dash Edition
Angry Birds, Dash Edition
Students had a blast building angry bird towers using Keva Planks and trying to knock the "pigs" down.
Angry Birds, Dash Edition
Angry Birds, Dash Edition
Angry Birds, Dash Edition
I let mini counter bears stand in for the pigs.
sphero bolt
4th Grade
Fourth graders learned about energy transfers in collisions then they designed and built a bumper for Sphero. This was tricky because of the way Sphero moves. The bumper could not be connected to the robot or it wouldn't move. It also couldn't be too heavy. We had a lot of great opportunities for problem-solving and redesign iterations.
Sphero has the capability to code an output when a certain level of force is detected, but unfortunately, it rarely worked during this activity. Some teams coded their Spheros to light up different colors, make sounds, or spin around upon impact. It would have been REALLY cool, if only it worked ...
Fifth grade teams built Sphero obstacle courses. Their course must include at least one ramp that Sphero had to travel up, one freefall drop, and one object for Sphero to knock down.
5th Grade
Like with my fourth graders, we utilized Sphero's sensors and coded it to react in different ways when it detected these events. And, again like fourth grade, they didn't work very often. But they sure had a ton of fun and worked on their creativity skills!
Get your kiddos coding with Sphero! Grab this resource from my store.
Micro:bits
I am just starting my journey in the Micro:bit world, but my kids and I have been thoroughly enjoying discovering its possibilities!
Grab this set of challenges
I created a series of coding challenges to help my kids get familiar with the coding block menu and explore the functionalities of various blocks.
There are two challenge sets available: one for newbies and one for more proficient coders.