International GENIUS Coding Olympiad by Terra Science and Education
by Terra Science and Education
$10,000 - $20,000 RIT Scholarship
International GENIUS Coding Olympiad, organized by Terra Science and Education, highlights the power of coding and computational thinking in solving global challenges.
Mode
Hybrid
Fee
$600
Participation format
Individual and team
Teams of 1 to 2
Duration
5 days
Time needed
Depends on the time taken to make the entry; finals are a 24-hour hackathon
Eligibility
The International GENIUS Olympiad is open to high school students (grades 8-12) aged 13 to 18 from any country. Participants must present original work and can compete individually or in teams of up to two. Students younger than 17 require an adult chaperone.
- Grade level
- Grade 8 to 12
- Age range
- 13 to 18 years
- Eligibility region
- Available nationwide across India
- Academic requirement
- Open to high school students globally.
- Prerequisites
- Proficiency in Python programming language for coding discipline
- Basic computer skills
- Passion for environmental issues
- Ability to conduct research and develop original project ideas
See if your child qualifies.
Rewards and recognition
Award
$10,000 - $20,000 Scholarship
Scholarships to the Rochester Institute of Technology (RIT) are awarded to top-performing students, ranging from $10,000 to $20,000, renewable scholarships for study at RIT.
Certificate
Certificate of Participation & Achievement
Certificates of participation and achievement are provided to all participants and awardees, recognized by Terra Science and Education and the Rochester Institute of Technology.
Recognized by
Opens doors to
Top-performing students can earn renewable scholarships to the Rochester Institute of Technology. Participation and awards significantly boost college applications for STEM and other programs globally.
Recognition
International Recognition
Skills your child builds
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
- 1Submit an online application with project details and pay the application fee.
- 2Finalists will be announced on the official website and through application accounts.
- 3Selected finalists must complete participant registration and pay the participation fee.
- 4Visa letters can be requested after the participation fee payment is confirmed.
- 5For the GENIUS Coding First Step Competition, students must register by the deadline and pay the application fee to participate in the one-hour online competition.
Rules and guidelines
- All participants must follow the code of conduct and media consent agreement.
- The minimum age for participation is 13 years old.
- Projects must be original and can be submitted to other competitions simultaneously.
- Participants must present their projects in English without using translators.
- Projects must be presented in-person at the final event.
- Participants are required to wear their ID badges at all times during the Olympiad.
- Students under 17 years old must be accompanied by an adult chaperone (teacher, parent, or guardian).
Technology requirements
- Stable internet connection for online application and virtual presentation submission.
- Computer or laptop for project development and presentation.
- YouTube account for submitting video presentations (if applicable).
- Personal laptop required for the in-person GENIUS Coding Final Step Competition.
- Apple computer users must bring an adapter to connect their computer to HDMI for presentations.
Fees and financial support
Fee details
Application Fee: $60 USD per project (non-refundable). Participation Fee (if selected as a finalist): $600 USD per participant. Guest Fee: $500 USD (off-campus accommodation) or $850 USD (on-campus accommodation) for chaperones/guests. Travel expenses to and from the event campus are the responsibility of participants.
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 Coding Olympiad is a prestigious global competition for high school students dedicated to addressing environmental issues. Organized by Terra Science and Education and hosted by the Rochester Institute of Technology, this Olympiad provides a unique platform for young minds to showcase their creativity and problem-solving skills on a global stage.
This competition is open to high school students in grades 8-12 from around the world, typically aged 13 to 18. Participants can enter individually or in teams of up to three members, presenting original work under the supervision of a teacher or mentor. The Olympiad encourages projects focused on areas such as climate change, biodiversity, pollution, sustainable development, and renewable energy.
Participants gain valuable experience in developing innovative solutions to real-world environmental problems. The Olympiad offers national and international recognition, networking opportunities with peers from over 80 countries, and a chance to earn scholarships to the Rochester Institute of Technology. It fosters critical thinking, collaboration, and a deeper understanding of global environmental challenges.
Rounds and format
Round 1: Online application and project submission with a YouTube video presentation. For GENIUS Coding, this involves a one-hour online competition with up to 5 Python coding problems. Round 2: In-person presentation and judging at the Rochester Institute of Technology for finalists. For GENIUS Coding, this is a 2.5-hour in-person competition with multiple Python coding problems.
How entries are judged
Projects are judged on the application of the scientific method, feasibility and originality of the solution, and potential impact on environmental problems. Presentations are evaluated on organization, content, and ability to answer questions. For GENIUS Coding, scoring is based on the number of problems solved, time taken, number of attempts, and energy efficiency (carbon footprint) of the code.
Selection process
Projects are selected based on their originality, scientific rigor, potential impact on environmental issues, and the quality of the presentation. For GENIUS Coding, finalists are selected based on performance in the First Step Competition. An average acceptance rate of around 29.6% makes it a selective competition.
How to prepare
- Online resources for Python programming
- Mentorship programs for project development
- Past GENIUS Olympiad winning projects for inspiration
- Online problem banks for algorithmic problem-solving practice
Academic details
Difficulty: Advanced
What's covered
Project-based learning focused on developing innovative solutions for global environmental issues across various disciplines, encouraging interdisciplinary approaches and real-world application.
Frequently asked questions
How do students effectively prepare for the International GENIUS Coding Olympiad?
Effective preparation involves mastering Python programming, practicing algorithmic problem-solving, and researching environmental issues to develop innovative project ideas. Reviewing past winning projects and utilizing online coding platforms for timed challenges can significantly enhance readiness.
What strategies can participants employ to manage competitive pressure during the Olympiad?
Participants can manage pressure by focusing on their own project's strengths, practicing presentation skills, and engaging in mindfulness techniques. Collaboration with teammates and seeking support from mentors can also help in maintaining composure and focus.
How are projects evaluated, and what factors contribute to a high ranking in the competition?
Projects are judged on scientific rigor, originality, feasibility, and potential environmental impact. For coding projects, evaluation includes the number of problems solved, time efficiency, attempts, and the carbon footprint of the code. A clear, well-articulated presentation is also crucial.
What common mistakes should applicants avoid during the project development and submission phases?
Common mistakes include insufficient research, lack of originality, poor project documentation, and not adhering to submission guidelines. For coding, inefficient algorithms or code that does not address the environmental problem effectively can hinder success.
How does participation in this Olympiad impact a student's academic and career trajectory?
Participation provides international recognition, enhances critical STEM skills, and offers networking opportunities. It significantly strengthens college applications, particularly for STEM programs, and can lead to scholarships at institutions like the Rochester Institute of Technology, opening doors to future careers.
What resources are recommended for students aiming to excel in the coding challenges?
Students are encouraged to utilize online Python programming tutorials, practice with algorithmic problem banks on platforms like HackerRank, and study sample coding problems from previous Olympiads. Mentorship programs can also provide valuable guidance.
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