STEM + Coding + AI for ages 3–16
Singapore’s award-winning robotics curriculum, now in your city.
Two-time Parents World winner and HoneyKids Silver Winner 2025, with a model built to travel.
Award-winning enrichment
Why parents choose Meta Robotics
Recognised by Singapore’s leading parenting publications and featured on national radio.
As featured on
The problem
A crowded market of disconnected, template-based experiences.
The majority of competitors rely on open-source LEGO Education templates and offer standalone workshops. This creates a fragmented learning journey that limits true skill development, student retention and, ultimately, partner profitability.
Our approach
Three pillars of pedagogical and commercial excellence.
Proprietary curriculum
A research-backed, in-house curriculum that connects every concept to real-world science and engineering.
Structured progression
A continuous learning journey that takes students from screenless coding at age 3 to Python and AI at age 16.
Holistic skill development
A focus on 6 essential life skills, creating future-ready problem-solvers, not just coders.
Pillar 1 · The Blueprint
Every lesson is anchored to real-world science, maths and engineering.
While others mention STEM broadly, our curriculum explicitly maps every prototype to scientific and mathematical theory, boosting engagement and conceptual transfer.
Leverage, force, mechanical advantage.
Ratios, algorithms, automation.
Mass, area, friction.
Data collection, conditional logic, variables.
Proprietary & in-house
- 600+ proprietary models
- 20+ curriculum modules
- Screenless tools for early years
- Blended online learning
Template-based alternatives
- Heavy reuse of LEGO Education / open resources
- Limited proprietary content
- Focus on imagination over application
Why it matters: Owning our IP enables deeper differentiation, faster curriculum iteration to meet market needs, and stronger brand equity for our partners.
The complete ecosystem
One ecosystem. Infinite possibilities.
Meta Robotics is more than a set of kits. It is a single, unified solution that gives students a seamless, scaffolded journey from their first build to advanced programming.
A unified toolkit that scales from tangible blocks for the early years to advanced robotics hardware for aspiring engineers.
A seamless learning path that grows with your students from age 3 to 13+, with logically progressing concepts.
An extensive library of videos, summaries and digital tools that deepen understanding and inspire curiosity beyond the build.
The right code, at the right time.
One toolkit, a complete learning pathway — the right tools for every step of a student’s development.
One Builder Toolkit. 600+ models. Infinite adventures.
Our core kit contains every component needed to create over 600 proprietary models. It’s more than equipment — it’s an investment in a proven pathway for developing the next generation of creators, problem-solvers and innovators.
Pillar 2 · The Pathway
A continuous pathway to mastery, not a series of disconnected workshops.
Motor skills and screenless coding.
STEM concepts and icon-based coding.
Advanced STEM concepts, block-based coding and AI.
Text-based coding and complex challenges.
Why it matters: A smooth, structured skill ramp reduces student drop-off, supports true mastery, and creates a subscription-based model with higher long-term value (LTV) for partners.
Watch the explainer
The development pathway, in under two minutes.
See how a child moves through all five levels, from Adapter at age 3 to King at 13+, with six to eight years of curriculum under one brand in your centre.
1:46
Programmes & modules
Every level, mapped module by module.
Foundation · Ages 3–6
From playful discovery to early logic.
- Little Mechanics — LEGO Robotics STEM Mastery
- KindieBot I™ — Screenless Robotics Coding
Key skills: fine motor skills, basic mechanical principles, sequencing, cause and effect.
Watch the Adapter explainer · about 2½ min
- Junior Builder — LEGO Robotics STEM Mastery
- KindieBot II™ — Screenless Robotics Coding
- Junior Robotics Coder — LEGO WeDo Coding
- Junior Computer Scientist — Games & Animation
Key skills: simple gear systems, programming with icons, introduction to digital creativity.
Watch the Ranker explainer · about 3 minDevelopment · Ages 7–12
From building blocks to digital creation.
- Young Makers — LEGO Robotics STEM Mastery
- Young Robotics Coder — LEGO WeDo Coding
- Young Computer Scientist — Games & Animation
Key skills: complex mechanisms, block-based coding (Scratch), digital logic, creative problem-solving.
Watch the High Ranker explainer · about 3 min
- Smart Explorer — LEGO Robotics STEM Mastery
- Smart Robotics Coder — LEGO WeDo Coding
- Smart Computer Scientist — Games & Animation
- Machine Learning Explorer — Basic Machine Learning
Key skills: advanced robotics, data analysis, introduction to AI and machine learning principles.
Watch the Ace explainer · about 4 minMastery · Ages 13+
From code to real-world innovation.
- Advance Robotics Coder — LEGO EV3 MINDSTORMS Coding
- Spike Prime Coder — LEGO SPIKE Prime Robotics Coding
- Pygames Innovators — Games & Animation with Python
- Virtual Obstacle Course — GearsBot
Key skills: text-based programming (Python), advanced algorithms, logic gates, complex sensor integration, project-based innovation.
Watch the King explainer · about 3 minThe 5Cs Framework
A complete learning cycle in every 90-minute session.
Introduce the core science or maths principle.
Build the robotic model applying the concept.
Program the model to perform tasks of increasing complexity.
Analyse results, debug errors and optimise performance.
Apply skills in fun challenges and quizzes.
Built-in quizzes, debugging tasks and performance rubrics track progress.
Three progressive tasks per lesson, easy to hard, build resilience.
Integrated LMS with video explainers, auto-quizzes and digital certificates, in and out of the classroom.
Inside a single lesson
From macro to micro: everything a class needs.
Example: Smart Explorer (ages 10–12) — the “Turbo Launcher”.
The Teacher’s Guide
A detailed 8-page lesson plan covering learning objectives, lesson flow, hands-on experiments and test lab questions.
The Builder’s Blueprint
Clear, step-by-step visual instructions. Blueprints for older students include multiple steps per page to build focus and visual processing skills.
The Student Worksheet
Worksheets and exit cards that reinforce Science (energy conversion), Technology (mechanical systems) and Maths (angles).
See it in action
Step inside a Meta Robotics class.
Take a short tour of our centres, watch students build and code, and see how we keep parents in the loop.
A walk through the centre and into a lesson. 0:44
Teachers guiding students through hands-on builds. 0:47
Students arriving and settling into the classroom. 0:52
A tour of the branch, from reception to the classrooms and early-years corner. 0:52
An inside look at how lessons run and how we meet with parents. 0:17
Blended learning
The power of a truly blended learning experience.
We believe the most effective learning happens when hands-on discovery is seamlessly connected with accessible digital reinforcement. Our model isn’t just about classes; it’s a complete ecosystem designed for deeper understanding and lasting confidence.
A holistic learning experience that blends tactile discovery with digital reinforcement.
The Knowledge Booster Series
A rich universe of content to enhance learning.
Animated videos
From machine learning to engineering principles, our animations make complex subjects simple and engaging.
Nutshell summaries & cheat sheets
Quick-reference guides for Scratch 3.0 and Python that support every student’s coding journey.
Fun Facts Library
Vibrant, illustrated one-pagers on topics like gravity, magnets and Bernoulli’s principle that spark curiosity.
One solution covering the entire STEM journey, from pre-school discovery to secondary school specialisation.
A scaffolded path where skills and concepts build logically on one another, with no learning gaps.
600+ proprietary models and 209+ animated videos keep students inspired, year after year.
Teacher’s Guides, detailed lesson plans and integrated resources for every single class.
Introducing NEBULA™ — the Neuro-Builder Learning Model
Build robots. Build the brain.
The science-based way to help children learn faster, stay focused longer, and grow more confident.
Every class activates both hemispheres of the brain through a structured sequence of hands-on robotics, coding logic and computational analysis.
Novelty builds the brain. Repetition strengthens it.
The NEBULA™ Spiral Learning Method: students cycle through modules, revisiting concepts like variables or friction at increasing levels of complexity.
New challenges push the brain beyond its comfort zone.
Familiar concepts in fresh contexts strengthen neural pathways.
References: Emily K. Farran et al. (2025), Teacher Delivered Block Construction Training Improves Children’s Mathematics Performance. Liu et al. (2023), Effects of robotics education on young children’s cognitive abilities (working memory & abstract reasoning).
Pillar 3 · The Whole Learner
Six foundational skills, developed systematically.
Others focus narrowly on technical skills like coding. Meta Robotics is engineered to develop the cognitive and motor skills critical for 21st-century success — creating confident, well-rounded individuals.
Manipulating small LEGO parts.
Interpreting 2D instructions to build 3D models.
Designing and debugging code sequences.
Overcoming structured building and coding challenges.
Applying concepts of ratio, area and data.
Sustaining concentration through 90-minute structured sessions.
Tangible benefits
Built for students, parents and partners.
DSA portfolio creation & competition pathway
Portfolio creation aligned with MOE Direct School Admission (DSA) requirements, plus support for major competitions (FLL / WRO / NRC).
Why it matters: tangible outcomes parents will pay for, and stronger school applications.
Blended learning LMS & comprehensive teacher support
Integrated LMS, animated explainers and detailed lesson guides with troubleshooting notes ensure consistent, high-quality delivery.
Why it matters: scalable quality, less reliance on ‘star’ trainers, smoother-running centres.
Optimised cost of delivery & licensable IP
Modular organiser toolkits are reusable and optimised to lower the total cost per learner. Our 600+ model IP library is fully licensable.
Why it matters: better unit economics and rapid international scaling without quality drift.
New · Take the learning home
They built it in class. Now they can own it.
“Can we bring this home?” was the question we heard most. Selected Meta Robotics engineering models are now available to buy, so children can keep building, remixing and learning long after the lesson ends.
- 18 models across Vehicles, Robotics and Engineering
- Each one maps to a real engineering concept
- Exclusive pricing for current students
Why partner with Meta Robotics
Skip the build. Focus on the market.
Lower curriculum risk
A complete robotics, coding and AI curriculum takes years and heavy investment to build. Partners get access to an established programme instead.
Faster market entry
Curriculum, resources, training and operating guidance are ready — partners focus on launching and recruiting students.
Wide student age range
Programmes from age 3 through the teenage years let a centre serve a family for years, increasing student lifetime value.
Recurring revenue potential
Weekly classes and clear programme progression create predictable tuition revenue.
Scalable support fee structure
The fixed monthly curriculum refresh and support fee does not automatically increase as enrolment grows.
Multiple expansion paths
Grow through more students, additional centres, school licensing, or city and regional development.
Built for the whole learner, not just coding
Six foundational skills are systematically developed across every stage of the curriculum.
Partner with us
A modern partnership model, built for growth and flexibility.
Choose the structure that fits your market and business goals — from single-unit licensees to master franchisees developing an entire region.
| Meta Robotics | The old model | |
|---|---|---|
| Model | Both licensing & master franchise | Rigid, franchise-only structures |
| IP | Licensable library of 600+ models, with full operational support | Centrally owned, limited flexibility for partners |
| Positioning | Next-generation STEM + Coding + AI school | Traditional STEM enrichment or play-based brands |
Single-Centre Franchise
Operate one Meta Robotics centre within an approved location — the standard entry point for education operators.
- Franchise fee
- SGD14,000–28,000*
- Starter kit
- SGD3,000
- Support fee
- SGD800–1,200 / monthper centre
- First 6 months
- Support fee waived
- Fee basis
- Not tied to enrolment
Launch Partner Model
A lower-entry pathway for partners not yet ready for the full franchise and licence package.
- Curriculum released
- ~4 lessons / month / level
- Starter kit
- SGD3,000
- Subscription fee
- SGD1,200 / month
- After 24 months
- Moves to fixed support fee
Available in selected countries only. Contact us to check if it’s offered in your market.
Explore Launch PartnerCity / Master Franchise
For experienced education groups, investors and regional operators developing a larger territory.
- Sub-franchise revenue share
- 70% partner / 30% HQ
- Territory fees
- Vary by market
- Rights
- Multiple centres, licensing, sub-franchising
* Franchise fee varies from country to country.
- Lesson plans & build sheets
- Worksheets & quizzes
- Holiday workshops
- Birthday parties
- Corporate team-building curriculum
- Marketing assets & co-hiring options
Year-round revenue
Grow your business beyond weekly classes.
Holiday workshops
Run popular, profitable camps during the school holidays.
Specialised workshops
- Corporate team building — BYKO (Build Your Own Keepsake)
- Parent–child bonding sessions
- Robotics-themed birthday parties
One flexible platform for multiple revenue streams, with year-round business potential.
Straight answers
“But what if…?”
The questions future partners ask us most — answered honestly.
Have a question that isn’t here?
Tell us about your market and we’ll walk you through what partnership looks like for you.
Talk to our team“We don’t have robotics or coding teachers.”
You don’t need them on day one. Every lesson comes with a detailed teaching guide, troubleshooting notes, animated explainers and an integrated LMS, so delivery stays consistent without relying on a ‘star’ trainer. Teacher training is part of onboarding, and HQ support continues after launch.
“The upfront investment feels too high.”
There are three ways in. The Launch Partner Model starts with a SGD3,000 starter kit and a monthly subscription, with no large franchise fee. A Single-Centre Franchise has a franchise fee of SGD14,000–28,000*, with the support fee waived for the first 6 months. Pick the route that matches where your business is today.
“Won’t fees eat into my margin as we grow?”
No. The Single-Centre support fee is SGD800–1,200 per month per centre, not tied to enrolment. Whether you teach 30 students or 300, it stays the same — so every additional enrolment improves your margin.
“My market already has robotics and coding brands.”
Most competitors run template-based workshops. Meta Robotics is a next-generation STEM + Coding + AI school with a continuous pathway from age 3 to 16, an award-winning reputation (Parents World and HoneyKids Silver Winner 2025), and DSA portfolio and competition support (FLL, WRO, NRC) that parents actively look for.
“Students drop off after a term or two.”
The curriculum is built as one continuous pathway, from screenless coding at age 3 to Python and AI at 16, with clear progression between levels. Families always have a next step, which keeps students enrolled for years rather than months.
“Weekly classes alone won’t keep the centre busy.”
They don’t have to. Partners also run holiday workshops in March, June, September and December, robotics birthday parties, parent–child sessions and corporate team-building (BYKO) — all from the same platform and materials.
“Will the curriculum go out of date?”
No. It draws on a licensable library of 600+ models, includes AI learning through NEBULA™, and keeps growing — Launch Partners, for example, receive around 4 new lessons every month for each level.
“Will this work outside Singapore?”
The model is built to travel. Investment levels are set country by country, marketing assets and co-hiring options help you launch locally, and the City / Master Franchise route lets experienced operators develop a whole territory with a 70/30 sub-franchise revenue share.
* Franchise fee varies from country to country.