For your team
An electronics curriculum students can actually finish
Teaching electronics means fighting the tools as much as teaching the ideas: soldering irons, fragile wiring, and code that’s too low-level for beginners. One teacher can’t debug every student’s breadboard, and students who get stuck early often check out for good. You want them building and understanding real devices, not chasing loose connections.
The problem for teachers
The friction in electronics teaching is rarely the concepts — it’s soldering, jumper wires that fall out, and code that assumes too much. A single teacher can’t troubleshoot a roomful of breadboards, so the students who most need help are the ones who quietly give up. Durability and approachability matter as much as the lesson.
How Palpable helps
Qwiic modules click together — no soldering, much less to break — and PAL acts as a guided AI tutor, explaining each step and writing the code as students describe what they want their device to do. That gives every student patient, individual help at once, and frees you to teach the underlying concepts instead of debugging hardware.
What a lesson looks like
Students describe a project — a weather station, a motion alarm, a light logger — and PAL walks them from idea to a working device on a Pi, with the TypeScript visible for those ready to read it. The result is something each student can demonstrate and explain, building real understanding rather than copied wiring.
Honest caveat — still emerging
Palpable is pre-launch, so it isn’t yet a packaged curriculum with graded lesson plans, classroom management, and bulk device provisioning. The durable, solder-free, AI-tutored experience is exactly what we’re building toward, and teacher feedback is shaping it. If this fits your classroom, join the waitlist and help define the curriculum version.
Give every student a patient AI tutor and hardware that clicks together — so they finish what they start.
Questions
Do students need soldering or prior coding?
No. Qwiic modules click together without soldering, and students describe their project in plain English while PAL writes the code and explains each step.
How does it help when I’m teaching a full class?
PAL acts as a per-student AI tutor, guiding each build in plain language so you can focus on concepts instead of debugging every breadboard.
Is there a ready-to-use curriculum today?
Not yet — Palpable is pre-launch and the curriculum version is still emerging. Join the waitlist to help shape lesson plans and classroom features.
Make something you can hold.
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