Day 17

PROJECT TITLE: HIGH-FIVE, HERMEY!

MAKER: Kelsey Derringer

TIME: 3 hours

SUPPLIES:

  • Hummingbird Robotics Kit (1 tri-LED, 2 position servos, 1 distance sensor)
  • Laptop (for coding)
  • Elf body/head: Cardboard box + paper + felt + marker
  • LED: Pipe cleaner + packing peanut
  • Eyes: cardboard + masking tape + marker
  • Markers
  • Tape
  • Hot glue
  • Cutting supplies

HERMEY In ACTION:

HiFIve Elf.mp4

BIG IDEA

Robotics is for everyone, not just people with PhDs. Robotics can be fun, simple, and even cute!

1. By making robotics creative, we can (and we must!) make robotics engaging and accessible to a wider variety of students, including those historically less engaged groups: girls, students of color, rural students, poor students, and students with learning exceptionalities.

2. By using familiar craft supplies, we can also make robotics more tinkerable: Cardboard is cheap (hello Amazon boxes!), and you can always find recyclable materials to craft with.

3. By designing learning experiences around projects that have simple criteria and constraints, we can make the possibilities for student projects infinite!

criteria and constraints for this project

CRITERIA: (things the project must do)

  • Must include: at least 1 LED, motor, and sensor
  • Must respond when the sensor is tripped
  • The sensor should be in the hand
  • Holiday themed!
  • Had to be engaging enough to prompt people to interact with it without me telling them what to do

CONSTRAINTS: (limits on the project)

  • Materials: I could only use what we had in our office makerspace
  • Couldn't be too big, bulky, or flimsy: it had to fit in my car to go home with me, and be sturdy enough to survive being transported

*See more examples below for how other high five robots with similar criteria/constraints have turned out!*

Defining Criteria and Constraints for student projects is a great way to boost student creativity! Let them know what they must do and what they can't do (they can help to define these parameters, too) and set them loose. You will be amazed by what your students create!

HOW I MADE HERMEY: (see other High-five robots below)

Step 1: Blast your favorite holiday song playlist. Here's my fav playlist this holiday season. ;) It's called YULE ROCK!

Step 2: Plan your project. Drawing the design and labeling the parts, especially the LEDs, motors, and sensors, and planning what will happen in the project are really helpful, no matter your age or building skill.

Step 3: Gather your materials. I used:

  • Hummingbird Robotics Kit (1 tri-LED, 2 position servos, 1 distance sensor)
  • Laptop (for coding)
  • Elf body/head: Cardboard box + paper + felt + marker
  • LED: Pipe cleaner + packing peanut
  • Eyes: cardboard + masking tape + marker
  • Markers
  • Tape
  • Hot glue
  • Cutting supplies

Step 4: Build the thing! Put your crafty pants on, girl! You're limited only by your imagination.

Step 5: Attach the Hummingbird Components. Here's how I attached the motors:

Here's how I attached the tri-LED:

Step 6: Hide your wires and attach the components to the Hummingbird board.

Step 7: Program your robot. I used Makecode to program Hermey. (Note: Sometimes, you accidentally create a Steve Buscemi elf on your first try and you laugh so hard you get a cramp in your cheek muscles. Sometimes...)

Step 8: Enjoy the fruits of your labors! Take selfies! Share with friends! Tweet out a picture - and tag me and Birdbrain and Aaron!

Me: @KelseyConnects

Birdbrain: @birdbraintech

Aaron: @coffeechugbooks

#hummingbirdkit

#highfiverobot

#Hermeydoesntliketomaketoys

#HermeylikestomakeROBOTS

other high-five robots!

Check out this awesome high-five robot made by Cate Reynolds, a computer science teacher and librarian in New York. She made a high-fiveable Charlotte from the Doll-E children's book, and programmed it using Scratch. How cool is Cate?! (Follow her on Twitter @cate_reynolds_.)

Check out my very first attempt at a high-fiveable robot. This is Mike Wazowski, from Monsters Inc. He's got 3 single LEDs, 2 tri-LEDs, 1 positional servo, and a distance sensor. I made him as an example for a 90 minute workshop I did with about 30 teachers and 20 students TOGETHER in 1 library at TRETC in November.

Mike Wazowski.mp4

What's NExt?

What will YOU make with a Hummingbird robotics kit? What will YOUR project be? How will YOU engage those historically underserved populations with creative robotics?


Check out birdbraintechnologies.com for more info on the Hummingbird Robotics Kit:

  • Follow online video tutorials to teach you how to build and program with the kit and many different programming languages
  • Find teaching resources to help you bring creative robotics into YOUR classroom, no matter the grade or subject
  • See examples of projects teachers have done in their classrooms, align to standards
  • Check out our Grant Support page, to help you find and apply for a grant ($$$) to help your school/organization purchase Hummingbirds
  • Find Professional Development opportunities near you
  • Visit our webstore to learn how to purchase a kit


Thanks for visiting!

Example Project Submissions

Click the hyperlink below to see the video!