Programmes
Courses
Every course is mapped to a grade band, so a Class 4 learner and a final-year student never end up in the same syllabus.
Programmes
Every course is mapped to a grade band, so a Class 4 learner and a final-year student never end up in the same syllabus.
Wire it, code it, tune it — a line-following robot that handles bends and stops for obstacles.
Access for 365 days from enrolment · prices include GST
This is the full build. You start with a bare Arduino and finish with a robot that follows a line, corners without wobbling, and stops for an obstacle — and, more importantly, you will know why every part of it behaves the way it does.
Seven modules, 27 lessons, about ten hours. Each module ends with something working on your desk, not with a chapter summary:
| Module | You finish with |
|---|---|
| 1. Before you start | A checked kit and a confirmed upload |
| 2. Electronics you need | An LED blinking a pattern you designed |
| 3. Sensing the line | A calibration routine that learns your floor |
| 4. Making the robot move | A robot that drives a two-metre square |
| 5. Control that fits on a robot | A tuned PID loop and a table of runs |
| 6. Build and integrate | The complete robot, wired to a known pin map |
| 7. Finish it and prove it | A timed lap, a report, and the certificate |
School students in Grade 9–12 and first-year engineering students. You need school algebra and any prior coding at the level of Scratch or Python — no electronics background is assumed.
The Starter robotics kit (or the same parts), a laptop you can install the Arduino IDE on, fresh batteries, black tape, and a light-coloured floor to run on.