Robotics & engineering education in Finland
Build. Explore. Think. Create.
At Roboskills children and teenagers learn engineering by building real robots, devices and smart systems — not by memorising theory.
Watch
Robots, devices and competition runs, filmed at Roboskills.
Build. Explore. Think. Create.
A place where young people stop being users of technology and start being creators of it.
Every course ends with something you built yourself — a robot, a circuit, a program that actually runs.
We start from curiosity. Students test ideas, break things safely and find out how technology really works.
Engineering thinking is the real subject: define the problem, design a solution, test it, improve it.
Robotics competitions turn learning into a team sport — with deadlines, rules and a finish line.
Topic
Eight connected fields that students move between as their skills grow.
Design, build and program robots that move, sense and decide.
Circuits, sensors, soldering and the physics behind every device.
From block coding to Python and embedded C++.
Computer vision, machine learning and how to use AI responsibly.
Connected devices, data, dashboards and remote control.
Design thinking, prototyping, 3D printing and mechanics.
Solar power, batteries, efficiency and sustainable engineering.
Where science, technology, engineering, art and maths meet.
Courses
Small groups, real hardware, and a project you take home.
A hands-on STEM course for young creators who love to build, light up, and explore how things move and work.
€45 1/4 workshops
Join this courseExplore the world through hands-on STEM projects and turn your ideas into working prototypes ready to be presented at a real exhibition.
€45 per month
Join this courseStart programming from scratch and build a solid foundation in Python, learning basic algorithms and data structures.
€45 per month
Join this courseAn introduction to the core concepts of Machine Learning and AI, covering essential learning approaches, key ML models, and hands-on work with data and predictive models.
€45 per month
Join this courseGames, wearables and radio messages on a pocket-sized computer.
€65 per month
Join this courseLearn to program a LEGO EV3 robot with Python and turn sensor data into real-world robotic actions.
€65 per month
Join this courseTake your STEM creativity further by combining electronics, programming, and 3D technologies to design and build your own projects.
€65 per month
Join this courseFocused robotics training to help teams strengthen specific technical and strategic skills for competition.
€100 per course
Join this courseConnect a device to the internet and control it from anywhere.
€100 per course
Join this courseLearn how to use AI tools to create, develop, and refine 3D models from your own ideas.
€100 per course
Join this courseProjects
Real projects, real problems, real mistakes and real breakthroughs.
A robot for covering distances using ultrasonic sensors.
The robot can follow a preset route. To do this, use the control keys on the front panel to set the robot's movement: forward, backward, right turn, left turn. The command sequence can be up to 10, and it's stored in an array.
The idea of sharing one or more electric vehicles among residents of a single building has been proposed.
Device for illuminating microgreens. A stand with a phytolamp was made above a container for growing microgreens, which can be turned on and off using the blynk application. The cost of components for the project has been calculated. And plans for the development of the project.
The robot is based on the Lego MindStorms EV3 construction set. Dimensions (LxWxH - 39x19x20). It has two large motors and one medium motor. The medium motor controls the claw.
The safe can be opened by entering the correct binary code.
The smart shelf can display various messages, it is not just furniture.
Studying gear transmission
For parents
We know you want more than an after-school activity. Here is what we commit to.
A maximum of 8 students per instructor, so every question gets answered.
Age-appropriate tools, supervised soldering, and clear safety rules in every session.
Each term ends with a project your child can demonstrate and explain at home.
Problem solving, teamwork, patience and persistence — useful far beyond robotics.
Our philosophy
AI helps our students generate ideas, explore questions, debug code and document their work. But students still define the problem, make the decisions, run the experiments and understand the result. The thinking stays human.
Book a free trial lesson and see whether Roboskills is the right fit. No commitment, no pressure.
Start typing to search courses, projects, lesson plans and videos.
Course finder
A few questions, then a suggestion.
Roboskills assistant
Answers come from this website and can be wrong. Check anything that matters.