Our 5-Level Learning Journey
Structured Programmes for Ages 3-16
Meta Robotics offers a comprehensive, future-ready skills programme that approaches our students' development holistically—from play-based learning to real-world application. Our curriculum is designed as a spiral roadmap where students build on what they've learned as they move from foundational skills to advanced concepts in robotics, coding, and engineering.
Business Value for You
Advanced Programming, AI Simulation & Autonomous Robotics
Rejuvenate Your Offerings
Refresh your centre with cutting-edge robotics and coding programmes that set you apart from traditional providers
Bundle with Math/Science
Enhance your core subjects by integrating our tech curriculum to create a more engagingand future-ready learning experience.
Attract Higher-Paying Clients
Appeal to parents seeking holistic education by offering premium programmes that combine academic strength with tech skills.
Retain Students Longer
Keep learners engaged across multiple years with a structured, age-progressive curriculum that grows with them.
1
Foundations Level (Ages 3–6)
Play-Based Robotics & Screen-Free Coding
Introduce robotics and logic through hands-on, screen-free tools like KindieBot™. This level focuses on developing fine motor skills, pattern recognition, and sequential thinking—ideal for sparking curiosity in early learners.
Tools: KindieBot™, tactile coding kits
Skills: Early logic, motor coordination, creativeplay
Ideal for: Pre-schools and kindergartens seeking future-ready enrichment without screens
Robotics STEM Projects
See-Saw
See Saw
Police Car
Soil Loughing Truck
Lifter Bot
Robotics Coding Projects
Spin the wheels
Remote-Control fan
Merry Go-Round
Launcher Bot
Animation and Games Design Project via Icon-Based Coding
Start on Green Flag
Start on Tap
Move Right | Left | Up | Down
Looks Block
Control Block
End Block
2
Discovery Level (Ages 7–9)
Creative Coding and Basic Robotics with Real-World Logic
Children progress into interactive platforms likeLEGO® WeDo and Scratch 3.0, where they solve simple challenges and begin building coding fluency through visual programming and basic automation.
Tools: LEGO® WeDo, Scratch 3.0
Skills: Cause-and-effect logic, problem-solving, sensor interaction
Ideal for: Tuition and enrichment centres enhancing math/science programmes with hands-on tech learning
Robotics STEM Projects
Mini Beat Maker
Electric Blender
LEGO Grabber
Joy Ride
Robotics Coding Projects
Melody Spinner
Laundry Whirlbot
Battle Bot Junior
Slam Dunk Bot
Animation and Games Design Project via Block-based Coding
Motion Blocks
Looks Blocks
Sound Blocks
Event Blocks
Control Blocks
Sensing Blocks
3
Explorer Level (Ages 10–12)
Smart Robotics & Intro to Artificial Intelligence
Learners tackle more complex projects using LEGO® Spike Prime and Machine Learning for Kids. This level builds deeper logic, system design, and teamwork through project-based learning.
Tools: LEGO® Spike Prime, Scratch 3.0,Machine Learning for Kids
Skills: Engineering design, data modelling, AI thinking
Ideal for: Centres preparing students for competitions and innovation tracks
Robotics STEM Projects
Commando
Lego Launcher
Garbage Truck
Three Bush Road Swepper
Robotics Coding Projects
Mystery Box
Ball Race
Car Wash Station
Football
Advance Animation and Games Design Project via Block-Based Coding
Event Blocks
Control Blocks
Sensing Blocks
Operation Blocks
Variable Blocks
Motion Blocks
4
Creator Level (Ages 13–14)
Python, Algorithms, and Smart Machine Control
Students advance to text-based coding and work on real-world robotics tasks using Python and Pybricks. They learn how to build autonomous machines using sensors, logic gates, and simulation environments.
Tools: Spike Prime, EV3 with Pybricks, virtual robotics
Skills: Python fundamentals, algorithmic logic,real-time system control
Ideal for: Lower secondary schools oradvanced enrichment classes targeting STEM mastery
Robotics Coding Projects
Printing Machine
Folklift
Trash Remover
Maze Runner
5
Advanced Level (Ages 15+)
Advanced Programming, AI Simulation & Autonomous Robotics
This capstone level prepares students for pre-tertiary expectations through high-level robotics projects, autonomous systems, and app-basedlogic. It nurtures innovators with the technical andstrategic thinking needed in modern careers.
Tools: Advanced Python frameworks, AI simulations, integrated robotics systems
Skills: Full-stack robotics thinking, autonomous programming, applied AI
Ideal for: Upper secondary, IB, and pre-tertiary programmes aiming to differentiate with advanced tech curriculum
Robotics Coding Projects
Parallel Parking
Sumo Wrestler
Colour Sorter
Line Tracking
Contact Us For More Infomation
Ready to bring robotics education to your school or organization? Our team is here to help you find the perfect solution.
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