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CompetitionVerifiedSTEM & Innovation

International GENIUS Robotics Olympiad by Terra Science and Education

by Terra Science and Education

Grade 8 to 12$600

$20,000 RIT Scholarship

High school students worldwide are invited to the International GENIUS Robotics Olympiad to design and build robots addressing global environmental issues. This competition fosters STEM skills and offers significant scholarships.

Mode

Hybrid

Fee

$600

Participation format

Individual and team

Teams of 1 to 3

Duration

Typically 5 days

Time needed

Depends on the time taken to make the entry

Eligibility

Open to high school students aged 13-18 (grades 8-12) worldwide. Participants must be proficient in English and able to travel to Rochester, New York, USA for the in-person finals. Teams of up to three students are permitted.

Grade level
Grade 8 to 12
Age range
13 to 18 years
Eligibility region
Available nationwide across India
Academic requirement
Must be a high school student.
Prerequisites
  • Basic understanding of robotics or engineering concepts is beneficial.
  • Experience in designing, building, and programming robots is recommended.

See if your child qualifies.

Rewards and recognition

Award

$20,000

Renewable scholarships ranging from $10,000 to $20,000 are awarded to Gold, Silver, Bronze, Honorable Mention, Participant, and Finalist award winners for study at Rochester Institute of Technology.

Prizes

Medals

Medals are awarded to top performers.

Certificate

Participant & Award Certificates

All participants receive a GENIUS Participant Certificate. Award winners receive Grand, Gold, Silver, or Bronze Certificates, recognized by Terra Science and Education and Rochester Institute of Technology.

Recognized by

Rochester Institute of Technology

Opens doors to

Award winners receive significant renewable scholarships to the Rochester Institute of Technology. Participation enhances college applications for top universities globally, demonstrating advanced STEM capabilities and international experience.

Career pathways

This competition provides a strong foundation for careers in robotics, environmental engineering, computer science, sustainable technologies, and research and development, fostering innovation and problem-solving skills highly valued by employers.

Recognition

International Recognition

Skills your child builds

Robot designRobot buildingProgrammingProblem-solvingResearchTeamworkCritical thinkingPresentation skillsEnvironmental awarenessEngineering principles

Key dates

Last edition

Registration opened
15 Nov 2025
Registration closed
1 Mar 2026
Competition
8 Jun 2026 to 12 Jun 2026
Results
12 Jun 2026

How to apply

  1. 1Submit project applications online through the GENIUS Olympiad website.
  2. 2Register participants (student, chaperone, guest) after finalist announcement.
  3. 3International applicants should complete registration and fee payment promptly to receive visa invitation letters.

Rules and guidelines

  • Each student may present only one project.
  • Robotics projects can be prepared and presented by up to three students.
  • Schools may submit multiple teams, but each student can only be part of one team.
  • Finalist robots will be inspected and must adhere to size limits (20-inch cube) and motor specifications (up to 8 DC motors, any number of servo motors).
  • Robots must be autonomous during competition runs; no remote control or wireless communication is allowed.
  • All presentations must be in English.
  • Participants must maintain integrity and avoid dishonesty, cheating, falsifying data, stealing ideas, or plagiarism.
  • Supervisors are not allowed in the competition area with their teams during the event.

Technology requirements

  • Robots must fit within a 20-inch cube (initial size).
  • Robots can use up to 8 DC motors and any number of servo motors.
  • Power supply up to 12V, no external power.
  • Any programming language can be used.
  • Wireless communication for robot operation in tele-op mode.
  • Device with internet access for online application and submission of project documents.

Fees and financial support

Fee details

Application fee: $60 per project. Participation fee: $600 per participant. This fee covers participation in the final event, including accommodation in student dorms and meals. Additional guest fees may apply.

Refund policy

Only 50% of the participation fee is refundable within a specific time. Application fees are non-refundable.

About this opportunity

The International GENIUS Robotics Olympiad is a prestigious global competition for high school students, focusing on environmental issues. Participants are encouraged to develop innovative robotic solutions to pressing global challenges, fostering an understanding of engineering and research's role in environmental sustainability. This Olympiad provides a unique platform for young minds to showcase their creativity and problem-solving skills.

This competition is open to high school students aged 13-18, typically in grades 8-12. Participants can form teams of up to three students, with each student participating in only one team. Proficiency in English is required for presentations, and finalists must be able to travel to the Rochester Institute of Technology in New York, USA, for the in-person event.

Participants gain invaluable experience in robotics, engineering, and environmental science. The Olympiad offers global recognition, networking opportunities with peers and mentors from over 80 countries, and the chance to develop critical life skills such as teamwork, research, and problem-solving. Award winners are also eligible for significant renewable scholarships to the Rochester Institute of Technology.

The competition encourages students to design, build, test, and control unique robots to discover novel solutions to environmental problems. Past themes have included tasks related to recycling, waste management, and coastal area cleaning. It serves as a cultural exchange platform, bringing together diverse talents to contribute to a global dialogue on sustainability.

Rounds and format

The competition involves project submission and evaluation, followed by an in-person final event where teams present their robots and solutions. Finalist robots undergo inspection and compete in a master game with environmental themes.

How entries are judged

Projects are judged on criteria such as the application of the scientific method, feasibility and originality of the solution, and its potential impact on environmental problems. Technical skill, creativity, presentation, and successful completion of tasks by the robot are also evaluated.

Selection process

Selection as a finalist is based on the submitted project application, which includes a video showcasing the robot's skills and a design document. Acceptance rates average around 29.6% across categories, making it a selective competition.

How to prepare

  • Tutorial videos for the application process are available on the GENIUS Olympiad website.
  • The GENIUS Robotics field document provides detailed information about the competition game plan and rules.
  • Submitting an engineering book is optional but recommended for project applications.

Academic details

RoboticsEngineeringEnvironmental ScienceComputer ScienceSustainable TechnologiesPhysicsMathematics

Difficulty: Intermediate

What's covered

Focuses on project-based learning to address environmental issues through robotics, including design, construction, programming, and testing of autonomous robots. The competition encourages the application of scientific methods and engineering principles.

Frequently asked questions

How can students effectively manage competitive pressure during the Olympiad?

Students can manage competitive pressure by focusing on their preparation, practicing presentation skills, and remembering that the Olympiad is also an opportunity for learning and cultural exchange. Maintaining a positive mindset and collaborating effectively within teams are crucial for a rewarding experience.

What are common mistakes participants make in robotics competitions and how can they be avoided?

Common mistakes include insufficient testing of the robot, poor time management during the build phase, and unclear project presentations. These can be avoided through rigorous testing, adherence to a project timeline, and practicing presentations to ensure clarity and conciseness.

How does participation in this Olympiad enhance a student's profile for future STEM opportunities?

Participation provides global recognition, develops advanced STEM skills in robotics and environmental problem-solving, and offers networking opportunities. This experience significantly strengthens college applications for top universities and provides a competitive edge for careers in STEM fields.

What strategies can teams employ to ensure their robot design is both innovative and functional?

Teams should prioritize a clear understanding of the environmental problem, brainstorm diverse solutions, and iterate through design prototypes. Focusing on modularity, robust construction, and efficient programming can lead to both innovative and highly functional robots.

How are the judging criteria applied to ensure fair evaluation across diverse projects?

Projects are judged based on a standardized set of criteria including the application of the scientific method, feasibility, originality, environmental impact, technical skill, creativity, and presentation. Judges are trained to apply these criteria consistently to ensure fairness across all entries.

What support is available for international participants regarding travel and logistics?

International participants receive official invitation letters to assist with visa applications. Detailed information regarding travel, accommodation, and on-site logistics will be provided to finalists to ensure a smooth and safe experience during the event.

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Organization

Terra Science and Education

View organization

Categories

Coding & DevelopmentEmerging TechnologiesRobotics & ElectronicsRobotics CompetitionsGlobal ExposureGlobal CompetitionsInternational CertificationsInnovation Challenges

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