Codeavour - Track 3 (Robo Soccer League)
by Future Skills Education Foundation (FSE)
$25,000 Prize Pool
A hands-on international robotics competition where student teams aged 7-18 design, build, and program soccer-playing robots using PictoBlox.
Mode
In-Person
Fee
$35
Participation format
Team
Teams of 2 to 3
Duration
The competition spans several months, including registration, learning phases, and regional, national, and international rounds.
Eligibility
Age Groups: Elementary (7-10 years), Junior (11-14 years), and Senior (15-18 years). Team Size: Must be a team of 2-3 members with one adult mentor. Location: Open to students globally, with no specific location restrictions within India. Prerequisites: No specific academic requirements, but a strong interest in robotics and coding is recommended.
- Grade level
- Grade 2 to 12
- Age range
- 7 to 18 years
- Eligibility region
- Available nationwide across India
- Academic requirement
- Open to all students in the specified age groups, regardless of their academic background.
- Prerequisites
- Basic interest in robotics and coding
- Access to a compatible robotics kit and PictoBlox software
See if your child qualifies.
Rewards and recognition
Award
$25,000
Winners and participants compete for a total prize and fellowship pool worth over $25,000.
Prizes
Trophies, Medals & Gadgets
Top performing teams receive trophies, medals, and exciting electronic gadgets like laptops, tablets, and smartwatches.
Certificate
International Certificate
All participants receive an internationally recognized certificate of participation, with special certificates for winners.
Recognized by
Career pathways
Winners and top participants get access to mentorship from industry experts and potential fellowship opportunities to further their learning.
Recognition
International Recognition
Skills your child builds
Key dates
Last edition
- Registration opened
- 30 Aug 2025
- Registration closed
- 28 Nov 2025
- Competition
- 1 Nov 2025 to 31 May 2026
How to apply
- 1Register online through the official Codeavour website.
- 2Form a team of 2-3 students and add one adult mentor.
- 3Pay the registration fee to confirm participation for regional/national rounds.
Rules and guidelines
- Each team can compete with a maximum of two robots on the field at a time, with a third allowed as a backup.
- The robot must not exceed 20 cm x 20 cm x 15 cm in size and 800g in weight.
- Robots must be programmed exclusively using PictoBlox software.
- All robots must pass a screening and inspection process before each match.
- Teams must not use materials or mechanisms that are dangerous or intentionally destructive to other robots.
- A person may not register for more than one team in the event.
- Mixed-age teams must compete in the category of the oldest team member.
Technology requirements
- A computer with an internet connection
- PictoBlox software
- A compatible robotics kit (e.g., Quarky, Evive, Arduino, Micro:bit)
- Wireless controller (e.g., smartphone with Dabble app)
Fees and financial support
Fee details
A fee of $35 is required for entry into the regional and national rounds. If a team qualifies for the International Showdown, an additional event fee of $80 applies for the finale.
Financial support
Scholarships are available for underrepresented students. Please check the official Codeavour website for details on how to apply.
Refund policy
Fee policies are subject to the terms and conditions on the official Codeavour website.
About this opportunity
Codeavour's Robo Soccer League is a thrilling, hands-on robotics competition where teams design, build, and program their own Soccer Robots. Using the PictoBlox platform, participants bring their creations to life and compete in exciting soccer matches, controlling their robots in real-time to score goals and outmaneuver opponents.
This competition is open to students in three distinct age categories: Elementary (7-10 years), Junior (11-14 years), and Senior (15-18 years). Teams of 2-3 students, guided by a mentor, gain invaluable experience in robotics, coding, and engineering design, enhancing skills like critical thinking, creativity, and teamwork in a fun, competitive environment.
Rounds and format
The competition is structured in multiple stages, starting with regional (which takes place in various cities in India) events, followed by national competitions, and culminating in the grand International Showdown for the top qualifying teams.
How entries are judged
Evaluation is based on robot design, programming quality, strategic gameplay, goals scored during matches, and overall teamwork and sportsmanship.
Selection process
Teams are selected to advance to the next stage based on their performance in matches, points scored, and adherence to the competition rules and guidelines.
Academic details
Difficulty: Advanced
What's covered
The competition is aligned with STEM education principles, focusing on project-based learning and the application of technology to solve real-world problems based on UN Sustainable Development Goals.
Frequently asked questions
How can students effectively prepare for the technical challenges in robot building and programming for the Robo Soccer League?
Students can enhance their preparation by thoroughly reviewing the PictoBlox documentation, practicing with compatible robotics kits, and engaging in mock matches. Focusing on modular robot design and iterative programming can help address technical challenges effectively.
What strategies can teams employ to manage the significant time commitment required for this multi-stage competition?
Effective time management involves creating a detailed project timeline, delegating tasks among team members, and scheduling regular practice sessions. Prioritizing key development phases and seeking mentor guidance can optimize the use of time.
How do teams overcome the high level of competition from national and international participants in the Robo Soccer League?
Success in a competitive environment often stems from continuous improvement, analyzing opponent strategies, and refining robot performance. Focusing on unique tactical advantages and fostering strong teamwork can provide a competitive edge.
What are the key factors judges consider for robot design, programming quality, and strategic gameplay during the competition?
Judges typically evaluate robot design for robustness and functionality, programming for efficiency and creativity, and gameplay for strategic execution and adherence to rules. Innovation in problem-solving and effective teamwork are also highly valued.
How does participation in the Robo Soccer League enhance a student's long-term academic and career prospects?
Participating in this competition develops critical 21st-century skills such as problem-solving, critical thinking, and teamwork. These experiences provide a strong foundation for STEM-related academic pursuits and future careers in technology and engineering.
What support is available for teams facing technical difficulties with their robots or programming during the competition rounds?
During competition rounds, technical support staff and mentors are typically available in designated pit areas to assist teams with troubleshooting robot malfunctions or programming issues. Access to online forums and resources can also provide additional help.
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