We are a FIRST LEGO League team from Trondheim, Norway, that has qualified for the international finals in South Korea.Through programming, technology and innovation, we work to solve real-world challenges, and represent Norway on an international stage.
Foto: FIRST Scandinavia
FIRST LEGO League is one of the world’s largest technology and innovation competitions for children and youth. Teams work to develop their own robots and solutions to real-world challenges through programming, technology, and creative problem-solving.Each year, the competition has a new theme. This year’s theme is archaeology.We have chosen to focus on a specific challenge within this theme: What happens when someone discovers historical artefacts? Many people don’t know what to do, and important information can be lost. Our idea is to make reporting accessible, simple — and maybe even engaging. That’s why we are developing a solution that makes it easy to report discoveries correctly.In addition, we work on the technical part of the competition:Each year, a new challenge field is created, inspired by the theme. Here, we build and program a robot to complete as many missions as possible and score as many points as possible — in just 2.5 minutes.Our robot is built from scratch, without predefined instructions. We design both the mechanics and the solutions ourselves. The code is developed in Python and tailored to our design, enabling the robot to solve the missions on the field.
We work in a structured way with both robot design and programming, developing our own solutions from the ground up. The code is written in Python and tailored to the robot we build, through continuous testing and iteration.Throughout the season, we have achieved strong results, including winning the regional Champion’s Award and placing 3rd in the Technology category at the Scandinavian final.These results have earned us an invitation to the Korea Open Invitational 2026, where we will represent Norway and compete against some of the best teams in the world.
The team presents its project, robot, and technical choices to a panel of judges, including experts from NTNU and leading technology environments.