iWORTH / ROBOTICS LAB

Real Built 4WD Robot

IWORTH ROBOTICS · NAIROBI

Build it.
Code it.
Drive it.

Q: What ages do you teach?

We teach children aged 6 and up. Learners are placed by age and by their experience with our kits: ages 6-8 begin with AIKIRO and Scratch, ages 9-12 with Robo Kit, and ages 13+ with Keyestudio, ESP32 and AI kits.

Q: Does my child need any experience?

No. Placement follows each child's age and how much they have used our kits before, so beginners and returning learners each start at the right level.

Q: How does a school programme work?

We plan the programme with your school first. Then we run a bootcamp on site, continue with online classes, and return to school to build on the online work.

Q: What will children learn besides robotics?

Alongside robotics, learners work with Scratch and coding, and older learners also explore web development, AI and prompt engineering.

Q: How do I enrol my child or bring iWorth to my school?

Send us a message on WhatsApp or use the enrolment section on this page, and our team will guide you through the next steps.

Hands-on robotics for Kenya's young innovators. From raw electronic parts to a self-driving machine — scroll down to watch the robot assemble.

SCROLL TO BUILD

01 · THE CHASSIS

Every robot starts with a frame

A rigid, laser-cut acrylic platform keeps motors, boards, and sensors perfectly aligned — the same structural engineering found in real cars.

Pre-drilled acrylicMechanical alignment

REAL HARDWARE

Laser-cut dual-deck 4WD chassis plate

💡 02 · PROPULSION

Four motors, four wheels, total control

Each TT gear motor trades high RPM for raw torque. Independent four-wheel drive lets learners program differential skid-steering and sharp spins.

4WD MotorsHigh-grip rubber tires

IN THE LAB

Assembling TT gearboxes & rubber treads

03 · POWER ELECTRONICS

Give it clean energy & muscle

Microcontrollers can't drive heavy motors directly. An L298N dual H-bridge bridges the battery to the wheels — switching high currents safely with precision.

18650 Li-ionL298N Motor Driver

REAL HARDWARE

High-efficiency dual H-bridge motor driver

🧠 04 · THE BRAIN

Meet the ESP32 Microcontroller

Dual 32-bit cores at 240MHz with built-in Wi-Fi and Bluetooth. It processes sensor pulses in microseconds and listens for phone commands in real time.

ESP32 Dual-CoreBluetooth 4.2Wi-Fi

REAL HARDWARE

ESP-WROOM-32 38-pin programmable board

🔌 05 · WIRING & SIGNALS

Wire it up, watch it wake

Color-coded DuPont cables route PWM speed controls, ground references and power rails. A wireless Bluetooth link opens the robot to your smartphone instantly.

GPIO MappingDuPont wiring

IN THE LAB

Wiring circuit lines on interactive panels

🚀 06 · IT COMES TO LIFE

It moves. So do our students.

As you scroll, the robot powers on and navigates across the screen. Seeing the parts you screwed in and wired together move for the first time is pure magic.

REAL RESULT

Finished, fully functional 4WD driving robot!

💻 07 · REAL EMBEDDED CODE

Give it a mind of its own

Students write real C++ in Arduino IDE. A few lines read Bluetooth serial packets and trigger directional motor drivers — your first embedded program.

#include "BluetoothSerial.h"
BluetoothSerial bt;
void setup() { bt.begin("iWorth-Bot"); }
void loop() {
  if (bt.available()) {
    char c = bt.read();
    if (c == 'F') forward();
  }
}
// your first embedded program

Enrol in Bootcamp

WHO IS THIS FOR?

Choose your path

Whether you run a school, you're a parent looking for after-school enrichment, or an institution looking to bring STEM to your community — we have a programme for you.

Schools & Institutions

Bring a full robotics programme to your campus. We plan, deliver and follow up — so your staff don't need any prior STEM experience.

On-site bootcamp delivered by our trainers
All kits and materials supplied
Aligned to CBC STEM learning outcomes
Online classes to keep learning going
Follow-up school visits included

Request a School Proposal

Parents & Families

Enrol your child in a holiday bootcamp or weekend class. No experience needed — we start from scratch and grow at each child's pace.

Ages 6 and up — grouped by age & ability
Holiday and weekend cohorts available
Small groups (maximum 20 per cohort)
Certificate of completion awarded
Continues online after the bootcamp

Enrol My Child

Online Learners

Outside Nairobi? Our live online classes bring the same curriculum — including a real kit shipped to your door — wherever you are in Kenya.

Live Zoom sessions with our trainers
Kit delivered to you before class starts
Recorded replays for every session
One-on-one support between sessions
Available across Kenya & East Africa

Ask About Online Classes

LEARNING PATH

A path for every age, from 6 up

Children start with colorful blocks and grow into real code. Placement follows each child's age and their experience with our kits.

6–8YEARS

First builds, first code

AIKIRO · Primary Steps 1–4 + Scratch

Kids snap together their first robots and learn to code by dragging blocks.

when start clicked

move forward

turn left

play a sound

9–12YEARS

Robots that think

Robo Kit · Levels 1–7 + Scratch

Builders add sensors and decisions, so robots react to the world around them.

when start clicked

forever

if distance < 15 cm

turn right

else move forward

13+YEARS

Real code, real hardware

Keyestudio · ESP32 · AI Robo Kit / DIYGO AI

Arduino C++ on ESP32 boards, plus web development, AI and prompt engineering.

if (bt.available()) { char c = bt.read(); if (c == 'F') forward(); } // prompt: "avoid obstacles"

WHY iWORTH ROBOTICS

Robotics that grows with your child

Not a one-off toy kit: a full ladder of kits, coding and AI, from a first block to real embedded code.

A kit for every level

From AIKIRO and Robo Kit to Keyestudio, ESP32 and AI Robo Kit, children work with the kit that fits their age and experience.

Blocks first, real code next

Learners begin with Scratch-style blocks and move on to real Arduino C++ when they are ready.

More than robots

Scratch, web development, AI and prompt engineering sit alongside the hardware.

Learning that continues

A bootcamp in school, then online classes, then school visits to keep going.

UPCOMING BOOTCAMPS

Secure your spot today

Seats are limited, so enrol early to secure your child's place.

Bootcamp — Enrolment Open

Robotics/Ai Bootcamp

Intensive hands-on robotics, AI prompt engineering, and coding bootcamp at Westlands Primary. Students build real robots, code microcontrollers, and explore AI.

9th - 14th Nov 2026 Westlands Primary KES 4,000

View syllabus details

Enrol via WhatsApp View past cohorts

NEXT COHORT OPENING SOON

Reserve your child's seat

Our holiday and weekend cohorts fill quickly. Send us a message on WhatsApp and our team will notify you the moment enrolment opens.

Chat on WhatsApp Call +254 741 404 232

HOW WE WORK WITH SCHOOLS

From first conversation to a programme that continues

Four steps — from planning to ongoing learning — all handled by us.

Plan together We agree goals, age groups, schedule and kit with your school. No prep needed from you.

Bootcamp in school A hands-on bootcamp on your premises — our trainers, our kits, your students.

Online classes Learning carries on through live online classes so momentum doesn't stop.

Back in school We return to build on the online work, go further, and celebrate what the kids made.

Request School Proposal Explore STEM Hardware

FAQ

Questions parents often ask

Can't find what you're looking for? Chat with us on WhatsApp — we reply quickly.

Chat with us

What ages do you teach?

We teach children aged 6 and up. Learners are placed by age and by their experience with our kits: ages 6-8 begin with AIKIRO and Scratch, ages 9-12 with Robo Kit, and ages 13+ with Keyestudio, ESP32 and AI kits.

Does my child need any experience?

No. Placement follows each child's age and how much they have used our kits before, so beginners and returning learners each start at the right level.

How does a school programme work?

We plan the programme with your school first. Then we run a bootcamp on site, continue with online classes, and return to school to build on the online work.

What will children learn besides robotics?

Alongside robotics, learners work with Scratch and coding, and older learners also explore web development, AI and prompt engineering.

How do I enrol my child or bring iWorth to my school?

Send us a message on WhatsApp or use the enrolment section on this page, and our team will guide you through the next steps.

Build it.
Code it.
Drive it.

Every robot starts with a frame

Four motors, four wheels, total control

Give it clean energy & muscle

Meet the ESP32 Microcontroller

Wire it up, watch it wake

It moves. So do our students.

Give it a mind of its own