Beginner Course

LEVEL 1 – Coding & Robotics Fundamentals

Hardware: micro:bit V2

Coding Platform: MakeCode (Blocks)

Theme: “From Light to Motion”

Learning Focus

Sequencing, loops, and conditional logic
Event-based programming (buttons, gestures, sensors)
Functions and modular coding design
Servo control and LED animation
Debugging and algorithmic thinking

Sample Projects

LED Emoji Display
Reaction Timer Game
Servo Parking Barrier
Smart Fan System
And more ...

Challenge Project: “Smart Mini-Gate”

Students upgrade their servo parking barrier by adding a sensor input (button or gesture) to simulate an automatic gate and preparing them for real sensors in Level 2.

By the End of This Level, Your Child Can:

Write their own code using logic and sequence
Build and present their first working robot project
Understand how computers follow instructions

Skills Developed: Creativity, logical thinking, confidence, teamwork

LEVEL 2 – Smart Sensors & Automation

Hardware: micro:bit + sensor kit modules

Coding Platform: MakeCode (Blocks + Intro to Python)

Theme: “Let Your Robot Sense the World”

Learning Focus

Explore practical sensors: light, motion, temperature, distance, infrared, and etc.
Combine multiple inputs for automation
Use variables and conditions for decision making
Display and interpret real-world data
Test, debug, and improve designs

Sample Projects

Smart Night Lamp (LDR + RGB LED)
Motion-Activated Light (PIR + LED)
Ultrasonic Distance Alert
Temperature & Humidity Display (DHT11 + Display)
Obstacle Detection Buzzer

Challenge Project: “Smart Environment Monitor”

Students design a mini station that measures light, temperature, and humidity — displaying data on an OLED and triggering a buzzer alert when thresholds are exceeded.

By the End of This Level, Your Child Can:

Connect and code multiple sensors
Automate simple real-world systems
Think logically about data and conditions

Skills Developed: Problem-solving, systems thinking, real-world awareness

Learning Focus

GPIO, PWM, analog/digital inputs & outputs
Loops, conditionals, functions, and modular Python coding
Servo and motor control for robotics
Debugging and structured programming
Circuit design & hardware logic

Sample Projects

Smart Traffic Light
Obstacle-Avoiding Robot
Smart Home Automation
And more...

LEVEL 3 – Electronics & Robotics with Raspberry Pi Pico W

Hardware: Raspberry Pi Pico W (Wi-Fi disabled)

Coding Platform: MicroPython (Thonny)

Theme: “Python Code Meets Real Circuits”

Challenge Project: “IoT-Ready Smart City Base”

Students build a Smart City base with sensors & motors, using structured Python logic (Wi-Fi will be activated in Level 4 for cloud connection.)
By the End of This Level, Your Child Can:
Write Python code to control sensors & motors
Design and wire real circuits
Debug and improve their own programe

Skills Developed: Computational thinking, electronics literacy, perseverance

LEVEL 4 – IoT & AI Robotics

Hardware: Raspberry Pi Pico W (Wi-Fi enabled) + ESP32 + Ai Camera

Coding Platform: MicroPython / Arduino IDE / Teachable Machine

Theme: “Smart Robots Connected to the Internet”

Learning Focus

IoT fundamentals (Wi-Fi, MQTT, Blynk, Adafruit IO)
Cloud dashboards & remote monitoring
Functions, classes, & modular code reuse
Edge AI (TinyML / TensorFlow Lite Micro)
Voice, gesture, and camera-based AI control

Sample Projects

IoT Smart Garden
Online Weather Station
AI Voice-Controlled Light
Face-Detection Door Lock (ESP32-CAM)
Smart City Robot (Tiny:bit Pro)
And more...

Capstone Project: “AI Smart City Showcase”

Students integrate their IoT modules (garden, traffic light, door lock) into a connected Smart City system, combining sensors, AI, and robotics.

By the End of This Level, Your Child Can:

Build connected devices that sense, think, and act
Understand how AI and IoT work together
Design creative real-world solutions

Skills Developed: Innovation, digital literacy, AI understanding, leadership