Codeavour - Track 2 (Wellness Wave AI Robo Challenge)
by Future Skills Education Foundation (FSE)
$25,000+ Prize Pool
A hands-on robotics competition where students design, build, and program a robot using Quarky and PictoBlox.
Mode
In-Person
Fee
$35
Participation format
Team
Teams of 2 to 3
Duration
Multi-stage competition spanning several months.
Eligibility
Open to all Indian students aged 7-18 years. Participants must form a team of 2-3 members. The competition is divided into three age groups: Elementary (7-10 yrs), Junior (11-14 yrs), and Senior (15-18 yrs).
- Grade level
- Grade 2 to 12
- Age range
- 7 to 18 years
- Eligibility region
- Available nationwide across India
- Academic requirement
- No specific academic requirements are needed. Passion for technology and innovation is encouraged.
- Prerequisites
- Basic understanding of block-based coding is helpful but not mandatory.
- Interest in robotics, AI, and problem-solving.
See if your child qualifies.
Rewards and recognition
Award
$25,000+
Top performing teams and individuals get to win from a prize pool worth over $25,000, which includes cash prizes, fellowships, and other exciting rewards.
Prizes
Trophies, Gadgets & Kits
Winners are awarded with trophies, medals, and exciting tech gadgets like laptops, tablets, and smartwatches.
Certificate
Certificate of Participation & Merit
All participants receive a digital Certificate of Participation. Winners and top-ranking teams receive Certificates of Merit to recognize their outstanding achievement.
Recognized by
Opens doors to
Participation and awards in a prestigious international competition like Codeavour significantly enhance a student's academic portfolio, strengthening their applications for top universities worldwide.
Career pathways
Top performers get access to mentorship from industry experts and may win fellowships, such as the Rajeev Motwani Fellowship, providing a launchpad for future careers in technology.
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 on the official Codeavour website as a team of 2-3 members with one mentor.
- 2Select Track 2: Wellness Wave AI-Robo Challenge.
- 3Design and build a robot using the Quarky kit according to the specified rules.
- 4Program the robot using PictoBlox to solve the challenges on the official arena.
- 5Compete in physical events at regional, national, and potentially international levels.
Rules and guidelines
- The robot must be built using only the 'Quarky' or 'Quarky Intellio' kits.
- The robot's size must not exceed 20x20x20 cm and its weight must be a maximum of 1kg.
- All programming for the robot must be done using PictoBlox software.
- The robot can be controlled both manually and autonomously, with different scoring for each mode.
- Teams must compete in the age category corresponding to the eldest member of the team.
- On-site registrations are not permitted; all teams must register online beforehand.
Technology requirements
- Quarky Creator's Kit or similar Quarky robotics kit
- A computer with PictoBlox software installed
- Internet access for registration and resource materials
Fees and financial support
Fee details
A fee of $35 is required for entry into the regional and national levels. If a team qualifies for the International Showdown, an additional event fee of $80 applies for the finale.
Refund policy
Fee policies are determined by the organizers. Participants should refer to the official website for detailed information on refunds.
About this opportunity
The Wellness Wave AI Robo Challenge is Track 2 of the international Codeavour competition, focusing on the theme 'Tech for a Healthier Tomorrow'. Participants are tasked with building a robot using the Quarky kit and programming it with PictoBlox to navigate an arena and solve missions related to health and well-being, inspired by UN Sustainable Development Goal 3.
This competition is open to students from ages 7 to 18, who can participate in teams of two or three members. The challenge is structured into three age categories: Elementary (7-10 years), Junior (11-14 years), and Senior (15-18 years), allowing students to compete against their peers.
Participants gain invaluable hands-on experience in robotics, AI, and coding, while developing critical 21st-century skills like problem-solving, strategic thinking, and teamwork. Winners receive global recognition, certificates, and a share of prizes and mentorship opportunities, enhancing their academic and career portfolios.
The challenge requires teams to build a robot within specific size and weight limits (20x20x20 cm, max 1kg) and use it to complete eight different missions on a dedicated arena mat. The competition involves regional, national, and international rounds, culminating in a grand showdown for the top teams.
Rounds and format
The competition is structured in multiple stages: Regional, National, and the International Showdown. Teams first compete at a regional level (takes place in various cities in India), and winners advance to the national stage. The top teams from the national level qualify for the grand finale, the International Showdown.
How entries are judged
Projects are evaluated based on the robot's design and construction, the efficiency and creativity of the code, the robot's performance in solving the arena challenges, teamwork, and the overall strategy used to complete the missions.
Selection process
Teams are selected to advance to the next round based on their cumulative scores from the challenges completed in the arena. The highest-scoring teams from the regional and national rounds qualify for the subsequent stages.
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
What are the key strategies for students to excel in the Wellness Wave AI Robo Challenge?
Students should focus on understanding the mission objectives thoroughly, developing robust robot designs, optimizing their PictoBlox code for efficiency, and practicing effective teamwork and communication. Consistent iteration and testing of their robot's performance are crucial for success.
How can participants manage performance anxiety during the competitive rounds?
Participants can manage anxiety by focusing on their preparation, practicing mindfulness techniques, and remembering that the competition is also a learning experience. Encouraging a supportive team environment and celebrating small successes can also help alleviate pressure.
What common mistakes should teams avoid during the robot building and programming phases?
Teams should avoid rushing the design process, neglecting thorough testing of their robot's movements and code, and failing to adhere strictly to the competition rules regarding robot dimensions and weight. Over-complicating solutions can also lead to issues.
How are the judging criteria applied to determine rankings in the competition?
Projects are evaluated based on the robot's design and construction, the efficiency and creativity of the code, the robot's performance in solving the arena challenges, teamwork, and the overall strategy used to complete the missions. Scores are aggregated across these areas for final rankings.
What are the long-term benefits for students participating in a competition like Codeavour?
Participation in Codeavour significantly enhances students' problem-solving, critical thinking, and teamwork skills. It provides valuable exposure to AI and robotics, strengthens academic portfolios for higher education, and offers opportunities for international recognition and mentorship.
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