Robotics weeks 14.–25.9.2026

Artificial intelligence and robots are becoming an increasingly common part of the everyday lives of children and young people, but how do they actually work? Bring your group to explore the technologies of the future in a fun way by making and experimenting for yourselves.

During the visit, students will get to try their hand at robotics, explore the possibilities of artificial intelligence, and reflect on how technology affects their own lives. The activities encourage them to ask questions, explore, and solve problems together.

The programs are suitable for students from early childhood education through secondary school and support, among other things, technology education, media literacy, creative thinking, and future-oriented skills. You can book guided programs led by an instructor for an additional fee exclusively for your own group, or participate in the nonstop workshops available for the price of an exhibition ticket alone.

  • A work of art built from a circuit, tires, and batteries.

    Smart traffic

    We are programming a car that can operate independently in the city's various traffic situations.
    The workshop is suitable for grades 7–9 and second grade.

    Learn more about the workshop
  • An automatic car, i.e., an electric circuit with lights and wires and wheels that move the structure like a vehicle.

    Automatic cars

    The programmable robot car races along a winding track. Programming based on the block editor is suitable for grades 3–6.

    Learn more about the workshop
  • A firery planet on Heureka’s Science on a Sphere site.

    Solar System

    How are artificial intelligence and robotics used in the study of the planets in our solar system? This tour of the solar system is suitable for preschoolers and students in grades 1–9.

    Learn more about the Solar System show
  • Two adults at the Heureka event.

    A Spinning Ball

    Are you quick at spinning? ABSpinning ball is an innovative and completely unique game developed at Heureka. The goal of the game is to solve the maze as quickly as possible as a team of three. And since the theme is robotics, the board is tilted by motors that you control—with a crank!

  • Harmaa ja musta robottikäsi, jolla on oranssit sormet.

    Let's program a robot!

    Welcome to the Robotics and Science Education Association’s robot programming station, open to everyone. See if you can get the robot to do what you want!

  • Piirros kuun pinnasta. Kuun takana näkyy maapallo ja tähtiä.

    Moon Camp - Design your own Moon base

    How can people live on the Moon? What challenges are involved in living on the Moon? In this workshop, we’ll explore current lunar research and design components of a lunar base using 3D modeling.

  • Satelliittikuva pohjoismaista.

    AI in the sky

    How is artificial intelligence used in satellites, and what are its benefits? Try training an AI to recognize the amount of cloud cover in satellite images and learn something new about satellites.

Check out how the robot figures out the path