Arduino vs Raspberry Pi for Kenyan Schools

If you're setting up a robotics or coding club in a Kenyan school, the first question is almost always the same: Arduino or Raspberry Pi? Both are excellent, but they solve different problems — and picking the wrong one wastes budget and class time.

The core difference

An Arduino is a microcontroller board. It runs one simple program at a time, has no operating system, and is built for controlling physical things directly — motors, LEDs, sensors, buzzers. A Raspberry Pi is a full mini-computer running Linux, capable of multitasking, browsing the web, and running Python or Scratch alongside a real desktop.

Cost and availability in Kenya

Arduino boards and clones are generally cheaper to source and replace locally, which matters when a class set needs 20–30 units and breakages happen. Raspberry Pi boards cost more per unit, and a full working setup also needs a power supply, SD card, and often a monitor and keyboard — a bigger budget line for a school procurement plan.

Which fits your curriculum

For CBC-aligned robotics, electronics and "build a working circuit" lessons — the kind of hands-on wiring, sensors and motor control most primary and secondary STEM clubs need — Arduino training for schools in Kenya is usually the better starting point. It teaches students the fundamentals of electronics and embedded programming without the complexity of managing an operating system.

Raspberry Pi makes more sense for older students moving into software-heavy projects: web servers, data logging, computer vision, or general Python programming where the "computer" itself is the point, not the circuit.

What most Kenyan schools should start with

• Primary and lower secondary robotics clubs: start with Arduino kits — lower cost, more durable, easier for first-time instructors to supervise.
• Upper secondary or college-level computing electives: introduce Raspberry Pi once students already understand basic electronics.
• Competition teams: many regional robotics competitions are built around Arduino-class microcontrollers, so check your competition's hardware rules before buying.

Our recommendation

Jengalabs Afritech's Arduino robotics training is built specifically for this: hands-on wiring, C/C++ programming basics, and full robot assembly, structured for Kenyan schools and STEM programs from a single lesson to a full academic year.