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We offer structured course packages designed to help students build skills with confidence.
Our courses follow a clear progression: Explorer → Builder → Creator, guiding students from foundational understanding to creating working systems.
Our approach focuses on hands-on learning, logical thinking, and exploring how technology works in the real world.
Learning Path
Learning Path
A clear path from first concept to building working systems, helping students grow with confidence.
Explorers —
Explorers —
Logical Thinking & Programming Basics
Logical Thinking & Programming Basics
Students start with Micro:bit and block-based coding, creating small interactive projects that build confidence and problem-solving skills.
AI is explored together on the instructor's screen.
Builders —
Builders —
Interactive Systems with Microcontrollers
Interactive Systems with Microcontrollers
Students move on to Micro:bit (using Python) and Arduino (using C++) to create interactive systems that respond to sensors and actuators, while developing problem-solving and system design skills.
AI is introduced as a guided helper.
Creators —
Creators —
Robotics, Smart Devices & Intelligent Systems
Robotics, Smart Devices & Intelligent Systems
Students combine components into advanced systems, exploring robotics, smart devices, and simple intelligent systems through hands-on projects.
AI becomes a working partner in longer projects.
Explorers example: Rain droping animation program using Micro:bit
Builders example: Wire game device using Micro:bit
Createtors example:A prototype robot with object detection using IR sensor
Courses
Courses
Our courses are offered in small-group packages to ensure focused learning and steady progress. Each package is designed as a complete step, helping students build confidence before moving to the next stage.
Getting Started
Getting Started
Develop foundational logical thinking and programming skills through hands-on projects
Logic in Mind
(8-10 sessions)Logic in Mind
Goal: Build a clear and structured way of thinking, and learn basic programming skills through small interactive projects using Micro:bit.
Key Outcomes:
- Understand basic programming: if-else, loops, variables (number, boolean), basic math operations
- Develop logical thinking and problem-solving, present solutions with flow charts
- Gain confidence by creating small interactive projects
Main Contents:
- Micro:Bit interactive intro (by Cardboard Robot)
- MakeCode and block-programming for Micro:bit
- Coordinate system of Micro:bit LEDs
- Simple interactive projects and mini-systems
Hands-On Projects:
- PJ030: Blockout Game with Micro:bit
- PJ024: Baby Faces by Micro:bit
- PJ023: Digital Dice by Micro:bit
- PJ005: Digital Counter by Micro:bit
- PJ008: Light Triggered Alarm Clock with Micro:bit
- PJ014: The Blinking Dot
- PJ010: Rain Drops Animation
Tools & Programming:
Micro:bit, block-based coding with MakeCodePrerequisites:
Zero prior knowledge. Bring own laptop.Logic in Play
(8-10 sessions)Logic in Play
Goal: Deepen logical thinking and programming skills, and apply them to solve practical problems through hands-on projects using Micro:bit.
Key Outcomes:
- Understand basic programming: variables (array and indexes), looping and iterations
- Develop logical thinking and problem-solving
- Debugging and inspection
Contents Outline:
- Serial communiction and debugging print
Hands-On Projects:
- Animation using array
- PJ015: The Sound Level Bar Meter
- PJ016: The Digital Level Ruler
- PJ017: Debug The List Changes And Find The Max
- PJ018: Shake to Fill the LED Screen, with Replay Function
Tools & Programming:
Micro:bit, block-based coding with MakeCodePrerequisites:
Zero prior knowledgeBuilding Skills
Building Skills
Hands-on embedded programming with Micro:bit and Arduino
Micro:bit with Python (5 sessions)
Micro:bit with Python (5 sessions)
Hands-on embedded programming with real systems using Micro:bit & Python
Starting with Arduino and C++ (5 sessions)
Starting with Arduino and C++ (5 sessions)
Hands-on embedded programming with real systems using Arduino & C++
Bigger Projects
Bigger Projects
Robotics, smart devices, and simple intelligent systems
SumoRobot (8 sessions)
SumoRobot (8 sessions)
Build a complete SumoRobot prototype, through step-by-step learning all key parts.
Build Your Own AI (5 sessions)
Build Your Own AI (5 sessions)
Main Goal: Train a machine learning model on a Micro:bit - collect the data, train it, and find out where it's wrong.
Key Outcomes:
Contents Outline:
Hands-On Projects:
- Micro:bit AI project
- PJ028: "Teachable Machine" Starting Experience
- PJ029: "Teachable Machine" Export and Use Model with Tensorflow.js
Tools & Programming:
Micro:bit, block-based coding with MakeCodePrerequisites:
Basic experience of Micro:bit and MakeCodePage updated
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