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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.
Our Learning Path
Our 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 role: instructor-led only, on the shared screen - students watch and check an AI's answer against the real board.
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 role: supervised use, starting from a written spec - a core exercise is finding the bug in AI-generated code that almost works.
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 role: AI as a working partner across a multi-week build - plus training their own models with micro:bit CreateAI and the Machine Learning package, so they understand AI from the inside as well as the outside.
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
Our Courses
Our 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.
Starting Packages
Starting Packages
Develop foundational logical thinking and programming skills through hands-on projects
Logic in Mind
(8 sessions, package price 2000 SEK)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 sessions, package price 2000 SEK)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 knowledgeCore Packages
Core Packages
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++
Pro Packages
Pro Packages
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 MakeCodeCustom Projects & Mentoring
Custom Projects & Mentoring
Special support for individual projects
On-demand hands-on guidance and support for individual projects, competitions, challenging assignments, or other personal tech exploring topics beyond our standard courses.
Our Approach to Learning
Our Approach to Learning
We focus on understanding over speed. Our students gain hands-on experience by building and experimenting with working systems, they are encouraged to explore and understand what they build, not just follow instructions — developing skills that will support future learning in technology, engineering, and beyond.
We focus on understanding over speed. Our students gain hands-on experience by building and experimenting with working systems, they are encouraged to explore and understand what they build, not just follow instructions — developing skills that will support future learning in technology, engineering, and beyond.
Want to learn more about our teaching philosophy? Read more on About page.
Want to get started?
Want to get started?
Contact us to discuss your starting point and book a trial session.
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