RoboCup Junior India - Rescue Maze Challenge
by Indian RoboCup Junior Foundation
Represent India Internationally
A national robotics competition where students aged 14-19 design autonomous robots to navigate a maze, identify victims, and perform rescue tasks.
Mode
In-Person
Fee
Registration fee applies
Participation format
Team
Teams of 2 to 4
Duration
The competition involves regional qualifiers followed by a multi-day national championship.
Eligibility
Eligibility: Students aged 14-19 years (as of July 1st of the competition year). Key Requirements: Must form a team of 2 to 4 members. Open to students enrolled in any school across India. An interest in robotics, programming, and engineering is essential.
- Grade level
- Grade 9 to 12
- Age range
- 14 to 19 years
- Eligibility region
- Available nationwide across India
- Academic requirement
- Students must be enrolled in a recognized educational institution in India.
- Prerequisites
- Basic knowledge of robotics principles.
- Experience with a programming language like C++ or Python.
- Understanding of basic electronics and sensors.
See if your child qualifies.
Rewards and recognition
Prizes
Special Awards & Trophies
Top teams are recognized with special awards for excellence in specific areas like robot design, hardware solutions, and algorithm innovation, in addition to trophies and medals for winners.
Certificate
Certificate of Achievement
All participants receive a certificate, with special recognition for winners and finalists at the national level.
Opens doors to
Participation and success in this prestigious competition significantly enhance a student's profile for admissions into top STEM universities in India and abroad.
Recognition
Represent India Internationally
Skills your child builds
Key dates
Last edition
- Registration opened
- 1 Sept 2025
- Registration closed
- 15 Dec 2025
- Competition
- 10 Jan 2026 to 11 Jan 2026
How to apply
- 1Teams register online through the official RoboCup Junior India website.
- 2Pay the registration fee to confirm participation in the regional qualifiers.
- 3Qualified teams from regionals are invited to the national championship.
Rules and guidelines
- The robot must be fully autonomous with no human assistance during the run.
- Each team is permitted to use only one robot for the competition.
- The robot must be designed to navigate a modular maze made of 30cm x 30cm tiles, including ramps and obstacles.
- Points are awarded for identifying victims, delivering rescue kits, and exploring the maximum area of the maze.
- If the robot gets stuck, it can be restarted from the last visited checkpoint.
- Teams must be prepared for minor changes in the maze layout before a scoring run.
- All team members must be within the specified age limit of 14-19 years.
- Each team member must have a defined technical role (e.g., mechanical, programming, electrical).
- Teams must submit technical documentation and be prepared for a technical judging interview.
Technology requirements
- A custom-built autonomous robot
- Programming software (e.g., C++, Python)
- Microcontroller (e.g., Arduino, Raspberry Pi)
- Sensors for navigation and victim detection (e.g., infrared, color, ultrasonic)
- Laptop for programming and testing
Fees and financial support
Fee details
Registration fees are applicable for participation in regional and national competitions. The exact amount is announced on the official website during the registration period.
Refund policy
Registration fees are typically non-refundable. Please refer to the official rules for specific details.
About this opportunity
The RoboCup Junior India Rescue Maze Challenge is a premier national-level robotics competition simulating a disaster scenario. Student teams must design, build, and program a fully autonomous robot to navigate a complex maze, overcome obstacles, and identify victims using sensors.
The primary objective is to thoroughly explore the maze and execute rescue tasks, rewarding intelligent and robust robot design over sheer speed. This hands-on challenge allows participants to apply and enhance their skills in robotics, programming, and engineering, fostering critical thinking, teamwork, and problem-solving abilities for future STEM careers.
Rounds and format
The competition is typically held in two stages: Regional qualifiers followed by a National championship. Teams must first compete and qualify at their respective zonal/regional events to advance to the national level.
How entries are judged
Scoring is based on a point system. Points are awarded for: exploring maze tiles, successfully identifying victims (visual or colored), delivering rescue kits near victims, and receiving an 'exit bonus' for returning to the start after exploring the maze. Points may be deducted for restarts.
Selection process
Teams are selected for the national and international levels based on their performance and scores in the regional and national competitions, respectively. A panel of experts may also interview teams to assess their technical knowledge and teamwork.
How to prepare
- https://junior.robocup.org/rescue-maze/
Academic details
Difficulty: Advanced
What's covered
The robot needs to search through a maze for victims. The robot should not find the fastest path through the maze; instead, it should explore as much of the maze as possible. The robot will get points for each victim found and deliver a rescue kit close to the victim. The robot must avoid areas with a black floors.
Frequently asked questions
How can students effectively manage performance anxiety during the competition?
Students can manage performance anxiety by focusing on their preparation, practicing under simulated competition conditions, and developing a strong team support system. Emphasizing the learning experience over solely winning can also reduce pressure and enhance enjoyment.
What are common preparation mistakes participants should avoid to maximize their chances of success?
Common mistakes include neglecting thorough testing of the robot in varied scenarios, insufficient practice with maze navigation, and underestimating the importance of teamwork and communication. Over-complicating the robot design without robust testing is also a frequent pitfall.
How do the judging criteria for robot design and algorithm development impact overall ranking?
Robot design and algorithm development are critical components of the judging criteria, contributing significantly to the overall ranking. Judges evaluate innovation, efficiency, robustness, and the team's ability to explain their technical choices, directly influencing their final score.
What strategies can teams employ to foster effective collaboration and problem-solving under competitive pressure?
Effective collaboration involves clear role assignments, open communication, and a structured approach to problem-solving. Teams should practice brainstorming solutions, delegating tasks, and providing constructive feedback to maintain cohesion and efficiency under pressure.
Beyond technical skills, what other qualities are developed through participation in this competition that benefit students?
Beyond technical skills, participants develop critical thinking, adaptability, resilience, and public speaking abilities through technical presentations. The experience also significantly enhances their capacity for innovation and creative problem-solving in real-world scenarios.
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