Light, Loop, and Learn: Powering Creativity with Paper Circuits

Outline

Audience Engagement Strategies:
Participants actively build, share, and reflect. Facilitators use live demo (doc cam), music cues, and peer debugging. “Identity word” prompts connect circuits to creative self-expression.

OUTLINE:
Welcome & Overview (10 min)
Introduce the session theme: Blending Art and Circuitry. Share goals and safety reminders.

Intro to Paper Circuit Parts (10 min)
Explore Power, Connect, Light. Demonstrate battery polarity, LED types, and conductive materials. Discuss Launchpad battery safety and LED differences (through-hole, sticker, Launchpad).

Make #1 – Simple Circuit Build (10 min)
Guided template build using through-hole LED and conductive fabric tape. Explain “3 Rules”: + to +, – to –, don’t cross. Debug as a group.

Add Art & Share #1 (10 min)
Participants create a light-up artwork expressing one “identity word.” Share and reflect on what they discovered.

LED Sticker Interlude (2 min)
Quick demo of LED sticker colors, animations, and polarity.

Make #2 – Switch Circuit (10 min)
Build a circuit with an integrated switch (Template 2). Explore how connecting/disconnecting power affects flow.

Add Art & Share #2 (15 min)
Design a light-up interactive artwork using a new “identity word.” Share and discuss how interactivity changes design.

Turning Corners with Tape (10 min)
Introduce branching, turns, and conductive patch techniques (Template 3). Compare copper vs. fabric tape behavior.

Optional: Multimeter Exploration (15 min)
Learn continuity, voltage, and resistance. Measure battery voltage, detect short circuits, test material conductivity.

Wrap-Up & Reflection (8 min)
Share discoveries, classroom applications, and resources for materials and lesson plans. Participants complete reflection cards: “One way I’ll light up learning…”

Outcomes

After this session, participants will be able to:

Identify and model the three essential parts of a paper circuit—Power, Connect, and Light.

Build both simple and switch-based circuits using conductive materials and LEDs.

Apply creative art prompts to personalize circuits and deepen student engagement.

Introduce safe handling of materials and effective troubleshooting techniques in the classroom.

Use circuit exploration to foster curiosity, reflection, and cross-disciplinary thinking.

Supporting research

Qi, Jie. Creative Circuits: Exploring Art + Engineering with Microcontrollers.

Resnick, Mitchel, & Rosenbaum, Eric. Designing for Tinkerability. MIT Media Lab, 2013.

Papert, Seymour. Mindstorms: Children, Computers, and Powerful Ideas.

Bevan, Bronwyn. “The Maker Movement in Education.” Harvard Educational Review, 2020.

Peppler, Kylie, & Kafai, Yasmin. Makeology: Makers as Learners. Routledge, 2016.

Fields, Deborah A., et al. “Understanding Learning in Makerspaces.” Educational Researcher, 2018.