Audience Engagement Strategies:
Participants will sketch, build, troubleshoot, share, and reflect throughout the session. Facilitators will use live demonstration, table conversations, peer debugging, creative prompts, and joyful “Ta-Da!” moments to celebrate successful illumination and normalize iteration.
OUTLINE:
Welcome & Tiny Light, Big Meaning (15 min)
Introduce the session theme: light as both a circuit component and a communication tool. Participants sketch one word, symbol, or classroom idea that matters to them and mark where a single tiny light could change or deepen its meaning.
Paper Circuit Basics: Power, Connect, Light (10 min)
Explore the three essential parts of a paper circuit. Demonstrate battery polarity, LED polarity, conductive materials, and safe material handling.
Build Together: First Working Circuit (15 min)
Facilitators guide participants through a simple circuit build using a battery, conductive material, and an LED. Participants learn the three core rules: + to +, – to –, and do not let + and – touch. Debugging is framed as part of the learning process.
Illuminate an Idea: Add Art and Meaning (15 min)
Participants return to their sketch and create a light-up artwork. The focus shifts from “making the LED turn on” to asking, “What does the light do?” Table sharing invites reflection on symbolism, emphasis, surprise, and meaning.
What Happens When Electronics Become an Art Material? (10 min)
Show inspirational examples, including expressive paper-circuit artwork, and discuss how accessible materials can make electronics feel small, malleable, creative, and welcoming to students who may not initially identify as technical.
From Screen to Circuit: Circuit Sketcher Preview (15 min)
Introduce Circuit Sketcher as a digital design and simulation tool. Demonstrate how learners can plan, test, revise, and export a printable paper circuit template before building.
Classroom Transfer and Resource Review (10 min)
Participants brainstorm where a tiny light could make a big difference in their own curriculum. Facilitators share classroom resources, templates, troubleshooting supports, and ideas for adapting the activity across grade levels and subject areas.
Final Reflection and Ta-Da Celebration (10 min)
Participants complete a reflection prompt: “One way I’ll light up learning is…” The session closes with participants holding up their illuminated projects and celebrating the collective Ta-Da moment.
After this session, participants will be able to:
Identify and model the three essential parts of a paper circuit: Power, Connect, and Light.
Build and troubleshoot a simple paper circuit using batteries, conductive materials, and LEDs.
Use light intentionally as an expressive design element to emphasize, reveal, symbolize, or transform meaning.
Apply creative prompts that connect circuitry with art, storytelling, identity, and student agency.
Adapt paper circuit activities, classroom resources, and digital design tools to support curiosity, iteration, and cross-disciplinary STEAM learning.
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.
Participants are welcome to bring their favorite art-making materials, such as markers, colored pencils, etc.
| Related exhibitors: | Chibitronics Inc., STEMfinity |
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