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S-04

Education

Affordable, hands-on hardware for learning: the lab kit and platforms that make engineering teachable at scale.

Learning kitsLab instrumentationCurriculum hardware
Target kit cost
Under $40
Setup time, cold start
< 15 min
Locally sourceable parts
Majority
Field conditions

What makes this hard, and how we design around it.

Every sector fails in its own way. These are the conditions that decide the design here, long before anyone picks a framework.

C-01

Budget per student is tiny

A kit priced for a European classroom will never reach a Ugandan one, however good the pedagogy behind it is.

Our answer

Designs built from parts you can actually source locally, with simulation covering what the budget cannot.

C-02

Students break things

Reversed polarity, shorted pins and dropped boards are not edge cases in a teaching lab, they are Tuesday.

Our answer

Protection on every exposed rail and a kit that survives being wired wrong, because that is how people learn.

C-03

Teachers need to keep up

Hardware with no lesson plan behind it becomes a cupboard full of boxes by the second term.

Our answer

Curriculum, worked exercises and instructor training delivered alongside the kit, not after it.

What good looks like

How a build here gets judged.

  • A lab a school can afford to run for more than one intake
  • Instructors confident enough to teach it without us in the room
  • Students who leave having built something that worked
Typical stack

What we reach for.

Low-cost MCUsWokwi simulationBrowser-based toolingPrinted & digital curriculum

A starting point, not a template. The right choice depends on what your deployment actually has to survive.

Next step

Building something in education?

Tell us what the deployment has to survive and we will come back with scope, timeline and a price. Your enquiry arrives tagged to this sector, so it lands with whoever knows the work.