THEME

Theme

Robots for a Better World

Participants will explore how robots can make daily life easier, safer, cleaner, and more efficient. Projects may focus on environmental sustainability, smart living, safety, health, or innovation in everyday life.

Children collaborating on an electronic robotics project, fostering teamwork and innovation.

Categories

The competition is open to teams in the following age groups and we welcome teams and groups not only from schools, but from community groups such as youth centres, the scouting movement, Girl guides, charitable organisations etc.

Category
Key Stage
Grade/Class
Suggestive Focus
Beginner
This category is open to individual students or teams of 2-8 young people who are in Key stage 3 of education.
Grade 3-5
Fun, beginner-friendly robotics (basic sensors and movement)
Intermediate
This category is open to individual students or teams of 2-8 of young people who are in Key stage 4 of education.
Grade 6-8
Intermediate-level robots involving logic and multiple sensors.
Advance
This category is open to individual students or teams of 2-8 young people who are in Key stage 5 of education.
Grade 9-12
Advanced prototypes integrating programming, automation, or IoT.
 

Fees US$ 20

US$20 per student, Students can participate as a team of 2-8 members, however every participant needs to pay registration fee individually. For eg, for a team of 3 students then they need to pay $20×3=$60

Key Outcomes

Competition Format

Benefits of the International Robotics Olympiad

"Robots for a Better World" offers specific advantages for every participant involved.

🎓

For Students More Than Just a Trophy

1. Tangible Recognition & Boost in Morale

Winners: Medals and trophies provide a powerful sense of achievement and boost self-esteem.
All Participants: Certificates serve as concrete records of effort for portfolios and college applications.

2. 21st-Century Skills

Integrates STEM in a practical way. Students learn to identify problems, brainstorm solutions, and iterate through failures—fundamental life skills.

3. Enhanced Soft Skills

Creating video submissions improves persuasive communication. Managing timelines teaches project management, while overcoming technical failures builds resilience and grit.

4. A Global Perspective

Participating broadens horizons. Students become part of a global community of young innovators tackling world problems.

🍎

For Teachers Professional Growth & Institutional Impact

1. Public Recognition

An appreciation trophy/certificate acknowledges dedication. Excellent evidence of extracurricular leadership for resumes and professional portfolios.

2. Enhanced Pedagogy

Transforms teachers into facilitators of hands-on learning. Provides practical experience in Project-Based Learning (PBL).

3. Professional Development

Guiding students sharpens skills in robotics and engineering. Teachers learn alongside students, staying current with tech trends.

4. Increased Engagement

Builds stronger, motivational relationships with students that carry over into the regular classroom.

5. Networking

Connect with mentor teachers from around the world to share best practices and resources.

🏛️

For Schools Building a Reputation for Excellence

1. Accreditation & Branding

Brands the school as a hub for innovation. Success can be highlighted on websites, newsletters, and social media.

2. Attracting Families

Demonstrating a commitment to cutting-edge programs like robotics is a significant draw for parents seeking the best opportunities.

3. Enriching Curriculum

Provides a framework to enrich the existing STEM curriculum with a challenging, real-world project.

4. Culture of Achievement

Celebrating international success boosts school-wide morale and creates a culture that celebrates hard work and innovation.

5. Alumni Engagement

Success creates a point of pride for the community, potentially attracting donations or grants for STEM facilities.

LAST DATE TO REGISTER & SUBMIT ONLINE: 16 FEBRUARY 2026

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