NuNa Spark
Circuits, components, sensors and how machines make decisions.
ELECTRONICS · SENSORSSeven stages. One continuous progression from curiosity to real robotics engineering.
Circuits, components, sensors and how machines make decisions.
ELECTRONICS · SENSORSScratch and micro:bit together — algorithms, games, sensors and interactive builds.
SCRATCH · MICRO:BITArduino, electronics, sensors, motors and embedded programming.
ARDUINO · EMBEDDED CBuild mobile apps with MIT App Inventor and connect them to real-world hardware projects.
MIT APP INVENTOR · APPSWeb servers, Blynk and connected robotic systems.
IoT · WEB · BLYNKMake robots see, interpret information and respond intelligently.
AI · COMPUTER VISIONNodes, topics, Python, sensors and autonomous robot systems.
ROS 2 · PYTHON · SYSTEMSNo prior robotics or coding experience is required for beginners. We use the free demo to understand the child's comfort level and recommend the right starting point.
A simple guide for parents. The demo can confirm the best fit.
Hands-on project work is at the centre of every level. The goal is not simply to finish a model — it is to understand it and make it better.
Start with a problem, not a pre-made answer.
Connect hardware and turn an idea into a prototype.
Give the machine rules, decisions and behaviour.
Test, fail, understand and improve.
Go beyond the instructions and build your version.
Education is where the journey starts. Our long-term direction reaches toward intelligent machines, embedded technology, AI, IoT, ROS 2 and practical product development.