Adapting #Scratch + #MakeyMakey poetry for Elementary Makers

 

Colleengraves.org (1).pngIf you’ve been following my blog, you know I’m a bit over the moon for Makey Makey Poetry. (See initial post, follow up post, and resource page.) So when 4th grade teacher, Mrs. Harvey, asked me about ideas I had for poetry in the same breath as mentioning that circuits were coming up, well… I couldn’t help but share one of my favorite activities of creating interactive poetry with Scratch and Makey Makey. My 4th grade teachers were unsure it would work, but they were willing to take a risk! Thanks, 4th grade team!

I knew I needed to hack this poetry project for our elemakers so the class would still flow in our short time frame. Plus, our wonderful and awesome QUEST teachers Mrs. Stewart and Mrs. Koller volunteered to come assist during each class. Before the classes came to the library, the 4th grade teachers read “Yesterday I had the Blues” by Jeron Frame. Using the poem as inspiration, students created their own poem by focusing on colors and mood. Students sketched drawings in class to accompany poetry, then came to the library with poems and drawings in hand.

Upon arrival, I shared a simple pencil drawing of arrows, and touched each arrow to show students it was just normal paper. Then I slowly hooked up alligator clips to my drawings  magician style so that the drawings could become interactive.

The awesome of Makey Makey wowed the students.

However, I wanted students to see that it isn’t magic, and that a simple program controlled the drawing. I hooked up the wrong clips to the wrong drawings of arrows so that I could tap the up arrow and the computer would say “down.” I did this to explain that computers aren’t that smart without people telling them what to do! This shared the importance of understanding how to write really simple programs in Scratch.

Since my students did not have previous Scratch or Makey Makey experience, I also wanted to frontload the concept of block-based programming with some hand made manipulatives. You can adjust and print your own thanks to the awesome Scratch educator community!

Luckily for me, my QUEST (GT teacher) Mrs. Stewart was equally excited and offered to help cut and laminate these blocks AND come assist with 4th grade classes in the library all week!

Once students were logged into the computers and signed into Scratch, (I made a Scratch teacher account and created links for each teacher on the library homepage), I showed students the basic layout of Scratch and how to access the “Event” palette and the “Sound” palette. I demonstrated how to drag the big blocks together and asked them to use expo marks to change the setting on the blocks and then drag them together on the table until they “clicked.”

Before going too much further, I shared how to access the “Sounds” tab for recording their own poetry.  Since they already had a simple program at that point, the library was taken over by Scratch cat meows! I let them get the meows out of their system, and then asked them all to click the “black x” on the sound. (They didn’t know it would delete the cat noise! HA!) I quickly shared how to record and edit sounds, but at that point they were eager to get started. We told students to spread out and find quiet spaces around the library to record their poetry.  (Telling them they were free to tuck into library shelves.) I did make a point of telling students not to “audio-bomb” each other and keep their voices low. Most classes agreed with this common courtesy!

Once recording was finished, students were told to meet back at the “pink” tables in the library to begin the MAKEY MAKEY MAGIC! (If you don’t have them meet back at a central location, Makey Makeys end up on the floor and alligator clips end up EVERYWHERE.)

Now, the best part about the big printed Scratch blocks….. When students came back to the tables, they quickly figured out how to make their program in Scratch and how to control it with Makey Makey! Plus, if someone was confused, I was able to remind them about the big blocks on the table. Students that got it quickly, LOVED being able to help their peers with Scratch and Makey Makey. By the end of the week, we were able to get every student in class playing their poetry with Makey Makey.

As with previous iterations of this lesson, one of my FAVORITE things was hearing students use emotion and tone in their poetry readings. There is just something about creating poetry in Scratch that engages kids with emotive readings of text. (It is not often that students engage with reading poetry with strong emotions!) Plus, it was exciting to see how stoked kids became about poetry by adding this technological piece.

If you’d like to witness a live demo of teaching students how to create this interactive poetry, I’ll be sharing my Makey Makey madness as part of the SLJ Maker Workshop  on Oct. 12th!

Until then, please share your own #MakeyMakeypoetry with the hashtag on Twitter!

P.s. If you want to see and hear your students poetry, make sure they hit “share” before they leave for the day! Otherwise, their Scratch games will not be shared in the teacher account.

Programmable Paper Circuits Workshop at ISTE with Chibitronics

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ISTE Workshop

I spoke with Jie Qi today to talk about her plans for the Chibitronics Love to Code workshop I’m helping her with at ISTE this summer.

YOU NEED TO SIGN UP FOR THIS WORKSHOP!

Because if you attend, you’re going to be one of the first #edtech teachers to have access to her and Bunnie’s awesome new Arduino board that you can program with your PHONE or a Chromebook! (No software downloads for the Arduino IDE! HOORAY!)

In this 3 hour workshop, you’ll learn to craft paper circuits, learn about Arduino coding, and make something pretty rad you can show off to all of your friends.

So why haven’t you signed up yet?

Why Paper Circuits?

Okay, so you might be thinking, why paper circuits? I still remember my first adventure with Arduino at the Denton Public Library. I was so baffled at wiring things to a breadboard and then writing my first code. It was a lot to take in: reading circuitry diagrams AND learning to write code. (Read another post about getting started with Arduino here.) When I tried using Arduino with students at Lamar, I usually only had my students tinker with code or attempt to wire up a project, I felt like introducing both at once would be too confusing.

Then something magical happened. I started a club for my middle schoolers with the Chibitronics Circuit Sticker Notebooks. I learned all about simple and parallel circuits alongside my Circuit Girls. Then I started sewing circuits and programming Lilypad Arduino projects. And suddenly, all of that wiring on breadboards MADE SENSE to me! The tangible nature of laying out a circuit just made it all click for someone visual (and hands on) like me.

So for teaching students new to to these concepts, I like to start with paper circuits before moving to sewing circuits. (And if they are interested, THEN we get to move into programming. However, if you just want special effects and aren’t ready to program, the Chibitronics Effect Stickers are another alternative for adding new ideas to your projects!)

Why Program Paper Circuits?

You still might be asking, why program paper circuits? I can already program with a regular Arduino. What makes programming paper circuits special? Well, I think there are a couple of things about programming paper circuits that are amazing.

  1. Some students follow and create Arduino projects, but never really grasp how to get a project off of a breadboard and into the real world. Programming paper circuits could get your students thinking about real world applications. Plus, it’s like creating your own PCB out of paper and copper tape! How cool is that?
  2. Being able to clip an Arduino board onto a paper circuit makes computational tinkering much more accessible than hard wiring/breadboarding/soldering a project!

I’m excited for this board to come out and buy a class set for my library. Plus, I’m stoked to see what other teachers’ students do once they get hands on experience with coding and wiring components with the Chibitronics Love to Code board.

This new Arduino board from Chibitronics is going to make it even easier for students to understand how a microcontroller works and how they can “wire ” it themselves. 
If you want to learn more about programming your own paper circuits, sign up for this awesome workshop in San Antonio at ISTE this summer. You won’t regret it!

Link to ISTE Workshop!

(See my previous post about using this board for light-up poetry.)

Here’s a run down of all the sessions I’m involved in at ISTE:

June 24- 28: ISTE , San Antonio, Texas

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