Bringing RoboCupJunior to your school or club
Robotics is one of the most effective ways to engage students in hands-on, meaningful learning. RoboCupJunior gives teachers, co-curricular coordinators and community mentors a ready-made structure for it: clear challenges, rules that stay consistent from year to year, and a pathway from a first classroom robot to international competition.
Why Robotics?
- Learning becomes visible. When students write code and see a robot move, abstract concepts become concrete, and mistakes show up as behaviour they can debug.
- It works for mixed abilities. Beginners start with simple behaviours while advanced students tackle sensing, control and optimisation.
- It builds lasting skills. Programming, electronics and engineering, alongside teamwork, communication, project management and resilience.
- It fits across the curriculum. Robotics connects mathematics, science, technology and design, and supports literacy through documentation and presentations.
Read the full article: Why Educators Should Get Their Students Into Robotics.
Why RoboCupJunior?
- Any platform. Use the kits your school already has, and let advanced students move on to microcontrollers and custom designs.
- Fully autonomous robots. No remote control: students design robots that sense, decide and recover from errors on their own, just like real-world robotics.
- Students explain their work. Judging interviews and technical documentation reward teams who understand how and why their robot works.
- It complements other programs. Many students learn the basics in kit-based competitions, then take the next step into RoboCupJunior’s open challenges.
Read more: RoboCupJunior: Open-Source Robotics for Any Platform.
You Don’t Need to Be the Expert
A common worry is that teachers must be highly technical to run a robotics program. In practice, the best programs often work the other way: students take ownership of the technical work and mentor each other, while the teacher provides structure, time and support. In RoboCupJunior, the robot must be the students’ own work, so the mentor’s role is to guide, not to build.
Starting a Program
- Start small. One or two teams in an entry-level division is a great first season. Successful programs grow over time.
- Use what you have. Classroom kits are fine. Starting a Team covers platforms, costs, practice fields and tutorials.
- Contact your Regional Representative. They can tell you about local workshops, events and other schools nearby.
- Connect with other mentors. The Forum and Discord are full of teachers and mentors happy to help.
Learn From Other Educators
The Workshop on Educational Robotics (WEROB) is held each year alongside RoboCup, where teachers, mentors and researchers share what works. Some talks for educators:
- Don’t Teach Robotics, Use Robotics to Teach – Damien Kee, Australia (WEROB 2019).
- Connecting the Blocks: Curriculum, the Robotics Classroom and RoboCupJunior – Gerard Elias, Australia (WEROB 2014).
- Teaching Programming through Open Source Robotics – Costa, Aparicio and Caldeira, Portugal (WEROB 2014).
- Evaluating the Impact of RoboCupJunior on Pupils – Kandlhofer and Steinbauer, Austria (WEROB 2013).
- How to Raise Funds for a School Robotics Project – A. Barranco, Panama (WEROB 2016).
- Getting Started in Educational Robotics with Printable Robots – Complubot, Spain (WEROB 2013).
Have something to share? Consider presenting your own work at WEROB. See Resources for past workshops.
The Pathway to 2050
RoboCupJunior is not a side event to RoboCup: it is the educational pathway towards RoboCup’s grand challenge of autonomous humanoid robots beating the human World Cup champions by 2050. The engineers who will build those robots are in classrooms today.
Students can join RoboCupJunior with no experience at all, grow with challenges that stay consistent from year to year, and move on to university RoboCup teams, research and engineering careers. Many come back as mentors, judges and organizers.
Widening who joins matters too. We actively encourage schools to bring more girls and students from under-represented communities into robotics, because the next generation of engineers should reflect everyone.