Robotics Innovator takes students into the world of real-world engineering. Students learn how software, electronics, sensors, motors and mechanical systems work together. They begin writing text-based programs, assembling robotic systems and developing automated solutions for everyday problems.
Core programming concepts using the Arduino IDE
Sense → Analyse → Decide → Act
Understanding movement and mechanical control
How a complete robotic system comes together
Connecting robots to smartphones and remote controls
Connecting devices, sensors and the cloud
Systematic debugging and performance improvement
Every student takes home models they built — and understood — themselves.
Control a robotic vehicle using a smartphone.
Build a robot that automatically detects and avoids obstacles.
Develop a robot capable of following a predefined path.
Monitor soil moisture and automatically water plants.
Measure and display temperature and humidity.
Control household devices remotely.
Combine motion detection, alarms and sensors.
Use sensors, LEDs, buzzers and motors to automate a railway gate.
Detect available parking spaces using sensors.
Create an automated environmental safety warning system.
By completing Robotics Innovator, students gain:
Give your child hands-on experience in coding, robotics, AI, electronics and IoT through engaging, project-based learning.
