Why Participate?
Logical Thinking
Develop logical and algorithmic thinking skills through challenging tasks
Technical Skills
Improve programming and technical abilities with real robots
Teamwork
Encourage teamwork and creativity in solving complex problems
Competition timeline
👥 Student Teams
- Student teams from secondary schools
- Team size: up to 7 students per team
- Multiple teams per school allowed
👨🏫 Team Coach
- One adult coach per team (teacher, parent or another responsible person)
- A coach can lead more teams
- Is responsible for registration and communication
- Is fair – must not actively help to solve tasks (programming or building)
Photos
Minimum 2 photos from the process of the solution (can also include drawings, testing) and one team photo.
Video
Demonstration of the successful operation of your robot. Recommended is more than a single experiment and different conditions.
Code
Complete program listing (either the screenshot or text).
Description
Description (in English) about the robot operation, its function and problems you encounter during the problem solving.
Learn from the best: selected solutions of each task will be published so you can learn from other teams and gain more experiences.
- mBot2 robots (max. 2 per team)
- Extensions provided within the ICER project
- Commonly available materials (wires, strings, cardboard, glue etc.)
It is not allowed to add any additional electronic peripherals (motors, sensors) that other teams do not have.
Your Augmented Skills with AI Consultant
Registered teams get optional access to a special AI tool (chatbot) for consultations
✔ How can help
AI Consultant
Will explain complex principles
Will find errors in your code or design
Will suggest potential approaches
✘ What it won't do
AI Consultant
Will not provide ready-made, complete answers
Will not provide the full code