A student-run nonprofit

Make
what if work.

Hands-on electronics for elementary and middle school makers.

Book a workshop

Workshop details

Who
Elementary and middle school students (grades 7–8: Arduino track)
Where
Your school, library or community space
What they build
Copper-tape circuits, LEDs, switches and motors; Arduino for grades 7–8
Run by
Students, as a nonprofit

Safety and privacy

What parents, teachers and librarians ask first.

Read the FAQ
  • Low voltage only

    Coin cells, AA packs and USB: 3 to 5 volts. Never wall power.

    3–5 V DC
  • Built for real hands

    Real components kids can hold and test, sized for small hands and short sessions.

    Real parts
  • No student data

    Our forms are for adults. We never ask for student names or details.

    Adults only
  • Free to try

    Every activity on this site is free, with materials you can find at home or school.

    $0

See how a circuit works

Close the circuit and change the pulse rate to see what each part does.

The parts, laid out: power, a chip, wires, a resistor, an LED and a motor.

Circuit open
2.0 Hz
Change the model’s pulse rate to see its signal and motor respond.

Parts kids build with

  • Copper tape
  • LED
  • Coin cell
  • Push button
  • Resistor
  • Capacitor
  • Photoresistor
  • Transistor
  • Potentiometer
  • Buzzer
  • DC motor
  • Servo
  • Jumper wires
  • Breadboard
  • Arduino

Programs

Workshops, library programs and school partnerships, built around real parts.

Part code WS–01

Hands-on workshops

Kids build and test working circuits with real parts.

FORMAT
In person
GRADES
Elementary + middle school
BUILDS
Low-cost circuits, like copper tape
ARDUINO TRACK
Grades 7–8 · Arduino, wires, motors, LEDs
RUN BY
Student-run nonprofit
Book a workshop
Hands-on workshops
FIG 1.1 Hands-on workshops

Part code LB–01

Library programs

Turn a shared space into a place to experiment.

FORMAT
At your library · community spaces
AUDIENCE
Young learners + families
RUN BY
Student-run nonprofit
Bring us to your library
Library programs
FIG 2.1 Library programs

Part code SC–01

School partnerships

Bring classroom ideas into the real world.

FORMAT
At your school · school collaboration
GRADES
Elementary + middle school
RUN BY
Student-run nonprofit
Become a partner
School partnerships
FIG 3.1 School partnerships
Space for the next discovery

Bring a workshop to your library or school

Tell us about your space and your group, and we’ll plan a session that fits.

LibrariesSchools
Become a partner

Try a paper circuit: series or parallel

Flip the paper switches. Try series, then parallel. Watch where the current goes.

Try a paper circuit at home
Paper circuit card: a CR2032 coin cell, copper tape traces, two paper switches S1 and S2, and two red LEDs D1 and D2. The live description is in the readout panel. cirKITry · paper circuit 02 parallelseries + CR2032 S1 closedopen + D1 LED · red S2 closedopen + D2 LED · redBT1 CR2032 · 3 V2× CR2032 · 6 V 3 V6 V
Diagram of the paper circuit. Use the controls to change it.

Circuit

Batteries

Paper switches

Parallel · 3 V · D1 on · D2 off —

S1 closes the first branch. D2’s branch is still open.

Why? In parallel, each LED gets the full 3 V across its own branch, more than the ~2 V a red LED needs.

Challenge: can you light both LEDs in series?

Free activities to try at home

Three free lessons, starting with a pencil and paper.

Support cirKITry

Donate, partner with us, or bring a workshop to your group.

Other ways to help