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From LEGO® Builder
to Robot Engineer

Build, code, and problem-solve with real robots. In small groups, students design mechanical builds and program behaviours using motors and sensors — learning engineering thinking through fun, structured challenges.

Book a Free Trial Class

Robotics
blob_lpyrjg.webp
blob_lpyrjg.webp

From LEGO® Builder
to Robot Engineer

Build, code, and problem-solve with real robots. In small groups, students design mechanical builds and program behaviours using motors and sensors — learning engineering thinking through fun, structured challenges.

Book a Free Trial Class

Robotics
blob_lpyrjg.webp

The Journey from Builder
to Programmer

Our curriculum is designed to take your child on a progressive journey, ensuring they build a solid foundation of skills before moving on to more complex challenges. It’s a step-by-step path to becoming a confident robotics creator.

6+
Levels 1–2
7+
Levels 3–4
9+
Levels 5–6
11+
Beyond L6

Each stage builds on the one before it. Ages are a guide, not a gate: a child joins at the level that fits them.

STAGE 1

Apprentice Engineer

Ages 6+ · Levels 1–2

Foundational robotics skills. They learn how robots move, what sensors and parts do, and begin writing simple programs that react to the world around them.

STAGE 1

Apprentice Engineer

Ages 6+ · Levels 1–2

Foundational robotics skills. They learn how robots move, what sensors and parts do, and begin writing simple programs that react to the world around them.

STAGE 2

Junior Engineer

Ages 7+ · Levels 3–4

Stronger control and problem solving, using more advanced logic, multiple sensors, reusable code and more precise robot movement.

STAGE 2

Junior Engineer

Ages 7+ · Levels 3–4

Stronger control and problem solving, using more advanced logic, multiple sensors, reusable code and more precise robot movement.

STAGE 3

Senior Engineer

Ages 9+ · Levels 5–6

Advanced mission-based challenges, competition-style problem solving, robot optimisation, and reliable performance under time constraints.

STAGE 3

Senior Engineer

Ages 9+ · Levels 5–6

Advanced mission-based challenges, competition-style problem solving, robot optimisation, and reliable performance under time constraints.

STAGE 4

Innovation Engineer

Ages 11+ · Beyond Level 6

Their own robotics projects. They design custom solutions and apply their skills independently in open-ended builds.

STAGE 4

Innovation Engineer

Ages 11+ · Beyond Level 6

Their own robotics projects. They design custom solutions and apply their skills independently in open-ended builds.

What Each Stage Covers

Four stages, made up of levels. Open a stage to see the levels inside it. A child joins at the level that fits them, not their age, and moves up when they are ready.

Children work together on building and programming robotic models using tablets and various components on a table.

This Program is Perfect for Your Child If…

  • They love building with LEGO® or other construction toys.

  • They are curious about how things work and enjoy taking things apart (and maybe putting them back together!).

  • They enjoy puzzles, strategy games, and solving hands-on problems.

  • You want them to learn practical skills in engineering, mechanics, and programming.

Robotics
SPIKE Prime / Mindstorms EV3

Suggested age: 6 - 13+

Build, code, and problem-solve with real robots. In small groups, students design mechanical builds and program behaviours using motors and sensors — learning engineering thinking through fun, structured challenges.

What students will learn

  • Core robotics concepts: motion, gearing, stability, sensors, and feedback.

  • Coding & logic: sequences, loops, conditionals, debugging.

  • Challenge-based builds: line following, obstacle tasks, missions and timed runs.

  • Teamwork & iteration: build → test → improve

Robotics
SPIKE Prime / Mindstorms EV3

Suggested age: 6 - 13+

Build, code, and problem-solve with real robots. In small groups, students design mechanical builds and program behaviours using motors and sensors — learning engineering thinking through fun, structured challenges.

What students will learn

  • Core robotics concepts: motion, gearing, stability, sensors, and feedback.

  • Coding & logic: sequences, loops, conditionals, debugging.

  • Challenge-based builds: line following, obstacle tasks, missions and timed runs.

  • Teamwork & iteration: build → test → improve

Build, code, and problem-solve with real robots. In small groups, students design mechanical builds and program behaviours using motors and sensors — learning engineering thinking through fun, structured challenges.
Build, code, and problem-solve with real robots. In small groups, students design mechanical builds and program behaviours using motors and sensors — learning engineering thinking through fun, structured challenges.
Arduino
Electronics & Physical Computing

Suggested age: 7 - 13+

Bring code into the real world — lights, buzzers, sensors, and simple devices. Students learn the foundations of electronics and microcontrollers by building hands-on projects they can demonstrate.

What students will learn

  • Electronics basics: circuits, breadboards, voltage/current, components

  • Microcontroller coding: inputs/outputs, reading sensors, controlling actuators

  • Real projects: smart lights, alarms, temperature monitors, simple IoT concepts

  • Prototype mindset: troubleshoot wiring + code like a maker

Arduino
Electronics & Physical Computing

Suggested age: 7 - 13+

Bring code into the real world — lights, buzzers, sensors, and simple devices. Students learn the foundations of electronics and microcontrollers by building hands-on projects they can demonstrate.

What students will learn

  • Electronics basics: circuits, breadboards, voltage/current, components

  • Microcontroller coding: inputs/outputs, reading sensors, controlling actuators

  • Real projects: smart lights, alarms, temperature monitors, simple IoT concepts

  • Prototype mindset: troubleshoot wiring + code like a maker

Bring code into the real world — lights, buzzers, sensors, and simple devices. Students learn the foundations of electronics and microcontrollers by building hands-on projects they can demonstrate.
Bring code into the real world — lights, buzzers, sensors, and simple devices. Students learn the foundations of electronics and microcontrollers by building hands-on projects they can demonstrate.

When Robotics Runs

Robotics
Mon · Wed · Thu · Fri3–5pm
Sat11am–1pm

Two-hour sessions in small groups. Saturday robotics finishes at 1pm and coding starts at 1pm, so a family with two children can do both in one trip.

See the full schedule

See Our Robots in Action!

Yu Cheng showcased his Toilet Cleaning Robot, equipped with an AI camera to detect cleanliness, automatically clean the toilet bowl, and vacuum dirty water from the floor.

Ian showcased his Shooting Bot, which fires at targets and tracks scores using the EV3 system.

Even without internet, kids still love the Dinosaur Game. Matthias created a robotic system that detects obstacles and makes the T-Rex jump automatically, without him lifting a finger.

Perenna, aged 10, designed a robotic mechanism that closes the piano cover automatically after use, showing how young minds can apply robotics to solve everyday problems.

See Our Robots in Action!

Yu Cheng showcased his Toilet Cleaning Robot, equipped with an AI camera to detect cleanliness, automatically clean the toilet bowl, and vacuum dirty water from the floor.

Ian showcased his Shooting Bot, which fires at targets and tracks scores using the EV3 system.

Even without internet, kids still love the Dinosaur Game. Matthias created a robotic system that detects obstacles and makes the T-Rex jump automatically, without him lifting a finger.

Perenna, aged 10, designed a robotic mechanism that closes the piano cover automatically after use, showing how young minds can apply robotics to solve everyday problems.

Your Child’s Engineering Adventure Awaits!

Our Robotics classes are among our most popular and spots fill up fast. The best way to secure a place and see if it’s the right fit is to claim your free trial class today. Let your child experience the thrill of bringing their own robot to life!

Claim Free Trial Now

Your Child’s Engineering Adventure Awaits!

Our Robotics classes are among our most popular and spots fill up fast. The best way to secure a place and see if it’s the right fit is to claim your free trial class today. Let your child experience the thrill of bringing their own robot to life!

Claim Free Trial Now

Your Child’s Engineering Adventure Awaits!

Our Robotics classes are among our most popular and spots fill up fast. The best way to secure a place and see if it’s the right fit is to claim your free trial class today. Let your child experience the thrill of bringing their own robot to life!

Claim Free Trial Now