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Meta Robotics Programmes

AceAges 10–12

From Confident Creators to Future Innovators.

Ace challenges children to apply advanced robotics, coding and engineering concepts through increasingly sophisticated projects. By designing, programming and refining their creations, they develop logical thinking, creativity and confidence to tackle new challenges.

Advanced RoboticsCoding & AlgorithmsDigital Creativity
  • 90-minute weekly lessons
  • 7 centres islandwide
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Ace student exploring an advanced robotics project

Designed for ages 10–12

Taking Ideas Further Through Advanced Robotics and Coding

As children develop greater confidence in building and programming, Ace introduces advanced robotics, logical programming and engineering concepts through increasingly sophisticated projects that encourage independent thinking, experimentation and creative problem-solving.

01

Think Beyond the Instructions

Analyse challenges, explore approaches and apply logical thinking to develop purposeful solutions.

02

Build and Program with Purpose

Design complex robotic models and apply programming logic to control movement and functionality.

03

Experiment, Refine and Innovate

Test ideas, identify improvements and develop creative solutions through experimentation.

What Your Child Will Explore

Build. Code. Innovate.

Three interconnected learning experiences that challenge children to apply engineering principles, advanced programming skills and creativity.

Ace student exploring advanced robotics and STEM

01

Robotics & STEM

Build advanced robotic models to explore engineering principles, physics and real-world science concepts.

Project exampleEngineering in Motion

Design a motorised model using gears and mechanical systems for a specific task.

Ace student developing advanced robotics coding skills

02

Advanced Coding

Develop programs using sequences, loops, conditions and logical structures to solve complex challenges.

Project exampleCode with Purpose

Program a model to respond to conditions and perform coordinated actions.

Ace student creating a digital project

03

Digital Creativity

Design interactive games and stories combining creative coding, storytelling and AI-inspired ideas.

Project exampleCreate an Interactive Game

Design original characters, interactive elements and programmed behaviours.

Skills for the Next Level

What Your Child Will Learn

Through advanced robotics, coding and project-based learning, children develop technical knowledge, critical thinking and creative confidence.

◈

Apply Critical Thinking and Problem-Solving

Analyse challenges, evaluate approaches and develop logical solutions through robotics and coding projects.

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Develop Advanced Coding Skills

Apply sequences, loops, conditions and algorithms to create sophisticated programs and control robotic systems.

⚙

Understand Engineering Principles

Explore mechanical systems, movement and science concepts through designing and testing robotic models.

✦

Create and Innovate with Confidence

Develop original projects, experiment with ideas and communicate solutions with growing independence.

A structured learning experience

A Structured Journey from Ideas to Innovation

Children investigate challenges, build advanced models, apply programming logic and refine creations before sharing solutions.

  1. ⌕01

    Explore

    Research and ask questions.

  2. ◈02

    Build

    Design advanced models.

  3. </>03

    Code

    Program with logic and algorithms.

  4. ▶04

    Play

    Test, refine and see it work.

  5. ↑05

    Share

    Present and inspire others.

Every step supports progressive skill development through Meta Robotics’ NEBULA™ Learning Model.

Discover Our NEBULA™ Learning Model →

A structured developmental pathway

A Learning Journey That Grows With Your Child

Our programmes build progressively on children's developing abilities, introducing new challenges as they grow in confidence, independence and technical capability.

  1. Ages 3–4AdapterExplore through play
  2. Ages 5–6RankerBuild and discover
  3. Ages 7–9High-RankerCode and create
  4. Ages 10–12AceDevelop advanced solutionsCurrent programme
  5. Ages 13+KingApply real-world engineering

Ace builds on High-Ranker foundations with complex engineering challenges, advanced programming and independent problem-solving. Children may continue towards King as guided by ability, experience and readiness.

Your child's starting level and progression are guided by their abilities, experience and developmental readiness. Explore all programmes →

A supportive learning environment

Why Parents Choose Meta Robotics

Structured guidance and meaningful challenges help children develop technical skills, independence and confidence. Our project-based approach encourages children to apply knowledge, experiment with ideas and take pride in progress.

Ace student building an advanced robotics project with a coach
01

Structured, Progressive Curriculum

Age-appropriate challenges introduce advanced robotics, coding and engineering through hands-on learning.

02

Visible Learning Progress

Project photos, videos and reports help parents follow learning and developing capabilities.

03

Guidance That Encourages Independence

Coaches support children to explore ideas, tackle challenges and develop solutions independently.

Programme information

Ace at a Glance

Recommended Age
10–12 years
Lesson Duration
90 minutes weekly
Locations
7 centres islandwide
Learning Pathway
Progression towards King

Your questions, answered

Frequently Asked Questions

Does my child need prior robotics or coding experience to join Ace?

Ace builds on robotics and coding skills; placement is guided by individual ability, experience and readiness.

How is Ace different from High-Ranker?

Ace develops more complex models, programming logic, engineering concepts and independent problem-solving.

What programming concepts will my child learn?

Children explore sequences, loops, conditions, logical structures and algorithms through practical challenges.

Will my child learn AI and machine learning?

Ace includes age-appropriate AI-related ideas and creative applications, depending on the learning stage.

What kinds of projects will my child create?

Children work on advanced robotic models, programming challenges and digital creative projects.

What happens after my child completes Ace?

Children may progress towards King, guided by abilities, experience and developmental readiness rather than age alone.

Book Your Child's Class

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1

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Your child's age, preferred location and booking preference are sent to us via WhatsApp.

2

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3

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We'll help you find a suitable session. Once you've selected your preferred slot, we'll guide you through the S$30 payment to confirm your booking.

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