Registrations for Australia's Robotics Coding Challenge will open soon. Explore the current event, view 2025 awardees, and prepare your school for a national STEM challenge built for real-world learning.
Australia's National
Coding & Robotics STEM Challenge
for Schools
Helping students solve real-world problems through coding, robotics, creativity, and engineering thinking.
Designed for schools, teachers, and students across Australia — from beginner to advanced. Hosted by UNSW Built Environment and supported by organisations committed to expanding STEM opportunities, especially for girls and students in remote and regional communities.
A national STEM challenge that supports Digital Technologies, project-based learning, creativity, and student innovation across Australia.
2025 By the Numbers
The Robotics Coding Challenge continues to grow as a meaningful national STEM initiative for Australian schools.
Purpose of the Challenge
The purpose of the Robotics Coding Challenge is to empower students to solve real-world problems through coding, robotics, engineering thinking, creativity, and teamwork.
Each year, students are invited to respond to a new challenge theme by building meaningful digital or interactive solutions — such as games, apps, simulations, or robotics-based projects.
The goal remains the same each year: to help students become creators, problem-solvers, and confident future innovators.
We help students use coding and robotics to solve meaningful real-world problems with creativity, logic, and teamwork.
Each annual challenge introduces a new real-world focus that invites students to think deeply, build creatively, and present solutions with purpose.
“Coding is not just for games — it is a powerful tool for understanding problems, imagining solutions, and creating real impact.”
Expanding Opportunity Through STEM
The challenge is designed not only to celebrate student creativity, but also to widen participation in STEM education across Australia. We especially aim to create meaningful opportunities for girls and for students in remote and regional communities to engage with coding, robotics, and real-world problem solving.
Girls in STEM
Encouraging girls to participate, create, present, and grow in confidence through meaningful STEM challenge experiences that highlight their potential as future innovators.
Remote & Regional Access
Creating meaningful opportunities for students beyond major metropolitan centres to take part in a national innovation challenge — wherever they are in Australia.
Real-World Learning
Helping students connect coding and robotics with important challenges that affect people, places, and communities — solving problems that matter beyond the screen.
We especially encourage participation from girls and students in remote and regional communities across Australia.
Why Schools Join the Challenge
Schools join because the challenge is meaningful, manageable, and motivating — combining real STEM learning with strong student recognition.
Curriculum-Connected STEM
Supports coding, robotics, problem-solving, and project-based learning aligned with meaningful school programs and Digital Technologies curriculum.
Teacher-Friendly Structure
Clear school group entry, guided processes, and simple next steps help schools participate with confidence — no previous competition experience needed.
Beginner to Advanced Pathways
From visual coding to Python, robotics, and AI-inspired innovation, students can join at exactly the right level for their skills and year group.
Recognition That Motivates
Celebrate students, teachers, and schools through awards, trophies, certificates, and growing national STEM recognition.
Choose the Right Path for Your Students
Students can join through challenge pathways that match their stage, skill level, and learning style.
Scratch Explorers
Best for: Early primary
A welcoming pathway for students beginning with visual coding, storytelling, simple game logic, and creative digital projects. No prior experience needed.
Python & Robotics Builders
Best for: Upper primary to middle years
Students move into deeper logic, automation, sensors, and hands-on project development using Python and robotics hardware or simulation tools.
AI & Innovation Creators
Best for: Secondary students
Students design advanced solutions using coding, systems thinking, AI concepts, robotics, and real-world innovation themes with genuine impact.
Schools can support individual students, teams, or larger school groups depending on their classroom or extracurricular model.
This Year's Challenge at a Glance
Each year features a new real-world theme while keeping the same purpose: helping students create with meaning and solve with purpose.
An Example of a Past Challenge Theme: One recent challenge invited students to respond to the global issue of natural disasters. Students created games, apps, and simulations that explored how people and communities might prepare for hazards such as floods, fires, cyclones, and drought.
What Students Experience
Through the challenge, students experience more than coding. They learn how to think, build, test, explain, and improve with purpose.
Think Like Engineers
Use design, logic, creativity, and systems thinking to shape a meaningful solution to a real problem.
Solve Real-World Problems
Respond to meaningful issues with ideas that make a difference beyond the screen and beyond the classroom.
Build Digital Creations
Create games, apps, simulations, or robotics-based solutions that demonstrate genuine skill and creativity.
Work Individually or in Teams
Develop ideas independently or collaborate like real STEM professionals — both formats are supported.
Use Coding as a Tool for Change
Analyse, imagine, build, test, and communicate ideas that have impact — using code as a creative and problem-solving tool.
Be Recognised & Celebrated
All participants receive certificates, medals, and trophies. Top performers are celebrated in the Hall of Fame.
How It Works
A clear, manageable process for schools and students at every stage.
Register
Choose individual or school group entry and complete registration for the current challenge at register-hub.
Prepare
Access challenge guidance and learning support matched to your stage and pathway. Build skills before you build your project.
Build
Students create a coding or robotics project in response to the annual theme — games, apps, simulations, or robotic solutions.
Submit & Celebrate
Upload the project, present your idea, and take part in awards, recognition, and showcase opportunities.
For school groups, teacher details are collected first, and student lists can be submitted in a follow-up step after payment.
Real Student Projects from Real Schools
From Year 2 to Year 10, students across Australia created and presented original projects in response to meaningful real-world themes.
The 2025 awardees included individual entries and school teams from primary and secondary schools, with projects showcasing creativity, technical growth, and strong presentation skills.
Building STEM Momentum Across Schools
With more than 1,500 schools showing interest and over 900 students participating in 2025, the challenge is helping schools grow sustained engagement in coding, robotics, and future-focused STEM learning.
This is more than a one-time competition. It is a growing platform that helps schools build participation, confidence, and visible STEM culture over time.
Celebrating the Teachers Behind Student Success
Great student projects are made possible by dedicated teachers and supportive school communities.
Our Teacher Recognition program celebrates the educators who encourage participation, guide student teams, and help build stronger STEM culture in their schools.
Hosted and Supported by Organisations Committed to Future Opportunity
The Robotics Coding Challenge is hosted by UNSW Built Environment and supported by organisations committed to expanding STEM participation and opportunity — especially for girls and students in remote and regional communities.
“Hosted by UNSW Built Environment and supported by partners committed to broadening STEM opportunity.”
Women in Construction Project
& Cabinet's Office for Women
e-learning system
Frequently Asked Questions
Who can enter the challenge?
Students across Australia can join through individual entry or school group participation, from Kindergarten to Year 12.
Do schools need prior coding experience?
No. Beginner-friendly pathways and guided learning support are available. We especially welcome schools new to STEM challenges.
Can schools enter teams?
Yes. School group participation is supported, and teacher-led coordination is encouraged. Min. 5 students for group entry.
Ready to Bring This Challenge to Your School?
Join a national coding and robotics challenge that helps students learn, build, present, and grow through meaningful STEM experiences.
🎉 Certificates, medals & trophies for all participants |
🏆 Cash prizes for top teams |
Individual $30 or School Group $15/student