.svg)
Robotics Ready builds engineering thinking, problem solving, and systems analysis through hands-on construction. Delivered through the Young Engineers curriculum, kids progress through five tracks — from foam block builds at preschool to programming EV3 robots in middle school.
.svg)
Understanding mechanical and physical principles by building them.
Designing solutions, not just
following instructions.
Applying math to real-world
engineering challenges.
Breaking systems apart to
understand how they work.
Managing a build from concept to completion.
Collaborating on group builds
with shared goals.
Presenting projects and
explaining design choices.
Sustained focus through multi-
step construction.
The pride that comes from
making something that actually works.
Learning that failed prototypes
are part of the process.
Students advance every 4–5 months based on readiness, not afixed timeline. Two tracks designed for different stages ofdevelopment.
Children build oversized 3D structures — cars, animals, buildings developing fine motor skills, spatial reasoning, and early engineering thinking through physical play.
Students build working mechanical models — levers, gears, pulleys learning physics principles through construction. Each project is designed around a real-world concept.
Complex multi-component builds that simulate real machines. Students analyze how systems work together, apply math to engineering problems, and begin thinking like designers.
Students build LEGO® models and write code to bring them to life programming motors, sensors, and sequences. First exposure to algorithmic thinking and software logic.
Students complete engineering challenges, debug code, and learn to iterate — the full engineering design cycle.
Fees shown are for the Big Builders track. Confirm if pricing differs per track — if so, a fee breakdown per track will be added here. Closed during March break, first week of July, and 2 weeks winter holidays.
Schedule confirmed post assessment
Most families start with one program and add more as their child grows. Each is designed to complement the others.
Young Engineers is the curriculum behind Aizen’s Robotics Ready program. It spans five tracks from preschool to high school, covering hands-on building, LEGO® engineering, coding, and full robotics.
Big Builders starts at preschool age. Bricks Challenge from Grade 1, Galileo Technic and Robo Bricks from Grade 4, and the full Robotics track from Grade 6.
Yes. Robo Bricks and Robotics tracks include coding — students program robots using algorithms and LEGO® EV3 software.
Every family has different goals.
We’ll help you find the best first step.
