National Robotics Competition Singapore 2026

What You Need To Know

What is National Robotics Competition (NRC) Singapore?

The National Robotics Competition Singapore is one of the most anticipated STEM competitions for students in Singapore, offering a vibrant platform for young minds to showcase their creativity, coding, and engineering skills. Organized by Science Centre Singapore, this annual event brings together students from preschool to tertiary levels to solve real-world challenges using robotics and AI.

So what actually happens at one of these events? Picture teams of students huddled around their robots, making last-minute code adjustments before their turn on the competition floor. The atmosphere is electric—part science fair, part sports tournament. Your child’s months of preparation come down to a few intense minutes where their robot either completes its mission or doesn’t.

For families in Singapore, the local NRC is particularly relevant because it’s recognized in Direct School Admission (DSA) portfolios. Secondary schools actively look for students who can demonstrate problem-solving ability, and documented competition participation is one clear way to show that.

Structure and Categories

National Robotics Competition includes multiple competition tracks depending on age group and type of challenge. Team composition and hardware/software rules vary by category. The main categories are:

NRC Regular Category – Program autonomous robots to complete mission challenges on a game mat. Teams of 2–3 students guided by a coach or mentor; hardware must be LEGO-based (e.g. SPIKE PRIME, EV3, ROBOT INVENTOR) and robot must not exceed a size of 25 × 25 × 25 cm.

NRC Open Category – Tackle real-world problems by developing creative robotics solutions and presenting to expert judges. Participants can choose hardware and software freely, and design more open-ended robotics solutions.

NRC AI Maker Series – Explore the power of AI and machine learning in robotics with hands-on building and coding tasks.

NRC Pre-school – Engage young learners in basic robotics through age-appropriate, play-based challenges.

NRC CoSpace Robot Challenge – Combine physical and virtual robotics in a dynamic hybrid coding and navigation environment.

NRC Smorphi – A new challenge featuring modular, shape-shifting robots that inspire innovation and versatility in design.

Competition Day — What Teams Actually Do

Regular / Mission-based Category

Teams bring their self-built autonomous robots to the venue.
Robots participate in “robot runs” on a mission field or game mat. The field layout is randomized each round.
Robots must navigate, make decisions, and complete tasks autonomously based on programming and sensors.
Teams are judged on performance — mission success, reliability, accuracy, possibly time or efficiency depending on rules.
There may be multiple rounds: qualifying rounds and finals (depending on number of teams and category).

Open, AI Maker, Modular, or Innovation-based Categories

Teams present their robotic project in a booth format (for Open Category) — typically a 2 m × 2 m display space.
Presentation includes project concept, robot model / prototype, demonstration (if applicable), and explanation of how the solution addresses a real-world problem.
For AI/Maker or modular/challenge tracks (e.g. “Smorphi”), robots must demonstrate autonomous capabilities or modular design features under specified challenge constraints.
Judges evaluate on multiple dimensions: design quality, innovation, technical implementation, practicality or real-world relevance, presentation clarity.

Early Learner / Pre-school Tracks

Very young learners (ages ~5–6) participate using kid-appropriate robotics kits. Missions are simplified to suit developmental level.
Tasks might involve basic robots performing simple missions (e.g. sorting, path-following, object manipulation / “environmental tasks”).
The focus is on exploration, basic robotics concepts, teamwork, and early exposure to STEM thinking rather than complex programming or engineering.

National Robotics Competition Challenges

Robot building and design challenges

In design challenges, teams construct robots that meet specific criteria. Maybe the robot has to fit within certain size limits while still being able to lift objects. Or perhaps it has to navigate a particular terrain. Your child learns to think like an engineer here—balancing creativity with practical constraints.

Programming and automation missions

This is where coding skills really matter. Your child writes code that tells the robot how to navigate a course, respond to sensors, or complete tasks without any human help during the run. Even small programming errors can mean the difference between a robot that completes its mission and one that wanders off course entirely.

Team collaboration and strategy rounds

Many competitions include elements where children work together under time pressure. Your child might have to adapt their strategy mid-competition when something unexpected happens. The ability to stay calm, communicate clearly, and troubleshoot with teammates—that’s what gets tested here.

Register for National Robotics Competition 2026

The National Robotics Competition offers a comprehensive, real-world robotics platform for students across ages and skill levels. From autonomous robot missions to open-ended innovation projects, NRC challenges participants to think, build, code, collaborate, and present.

For our students, taking part meant more than competing. It meant growth, learning, teamwork, and exposure to the rigour and excitement of robotics. We look forward to supporting future cohorts who embark on this journey.

Registration opens: 2026 Dates TBC
Competition period: 2026 Dates TBC
Competition Location: Science Centre Singapore

Who Can Participate in the National Robotics Competition

You might be wondering whether your child is even eligible. The good news is that most competitions are designed to be inclusive.

Age groups: Competitions typically have separate divisions for primary school, secondary school, and junior college students. Your child competes against peers at a similar developmental stage.
Team requirements: Most events require teams of two to four students, though some categories accept individual entries.
School vs independent entry: Your child can participate through their school’s robotics club or through a private academy. Many students choose external programs when their school doesn’t offer dedicated robotics training.

How to Prepare Your Child for a Robotics Competition

Preparation is where the real learning happens. The months leading up to competition day are when your child develops skills that will serve them for years.

1. Build foundational coding and logic skills

Before your child can program a robot, they need to understand basic programming concepts. Visual coding platforms like Scratch are excellent starting points—your child learns about loops, conditionals, and sequences without getting frustrated by typing errors. This foundation makes the transition to robotics programming much smoother later on.

2. Learn hardware integration with robotics kits

Competitions require combining code with physical robots, which is a different skill from pure programming.

3. Practice teamwork and problem-solving under pressure

Competition environments are timed and high-stakes. Mock challenges and group projects help your child build the resilience they’ll need when things don’t go according to plan on competition day. Learning to stay calm and adapt quickly comes with practice.

4. Join structured robotics classes or bootcamps

Dedicated training programs provide systematic preparation that’s hard to achieve independently. Your child gains access to competition-specific coaching, proper equipment, and peers who share their interests. At The Young Maker, for example, our robotics pathway is designed specifically to prepare students for competitions like NRC and FLL—from foundational coding with Scratch through to hardware integration with Micro:bit and LEGO robotics.

Tip: Starting preparation about six months before competition season gives your child enough time to build skills without feeling rushed. Many successful competitors begin with foundational coding classes before moving into competition-focused training.