Four Programs.One Destination.
From your child's first LEGO brick to a World Robot Olympiad final — every Brick Masters program is engineered with a single destination in mind. Structured by age, powered by competition, certified by Carnegie Mellon.
Find the Right Program
Filter by your child's age to see which programs are designed for them.
Junior Builders
First Bricks. First Instincts.
The foundation of every engineer starts here. Junior Builders is a structured creative play program where children discover spatial thinking, pattern recognition, and the joy of making something from nothing — using LEGO as the medium.
- Spatial awareness & 3D thinking
- Pattern recognition and symmetry
- Fine motor skill development
- Structured creative problem solving
- Following multi-step instructions
Little Engineers
Real Machines. Real Mechanics.
Where play meets engineering principles. Little Engineers introduces children to the fundamental mechanics behind every machine — levers, gears, pulleys, and wheels — using LEGO WeDo 2.0 as their laboratory. They don't just build models; they understand why they move.
- Simple machines: levers, pulleys, gears, wheels & axles
- Basic sensor interaction (motion & tilt sensors)
- Introduction to block-based programming
- Engineering design process (design → build → test → improve)
- Scientific observation and hypothesis testing
Junior Robotics
Build a Bot. Code a Mission.
Junior Robotics is where children transition from builders to engineers. Using LEGO WeDo and Spike Essential, students design and program their first autonomous robots — machines that sense, decide, and act on their own. Competition readiness begins here.
- Full robot design: chassis, motors, sensors
- Block programming: sequences, loops, conditionals
- Sensor programming: distance, colour, force
- Mission design and autonomous navigation
- Team collaboration and presentation skills
Senior Robotics
World-Stage Competition Engineering.
The programme that produced WRO Asia Pacific Finalists, WRO Americas Finalists, and EduRobotics Cup champions. Senior Robotics is a full competition-track engineering programme — using EV3 Mindstorms and Spike Prime, students build, program, and compete at the highest levels of school robotics.
- Advanced robot engineering: multi-motor drivetrains, attachments
- Block programming + introduction to MicroPython
- Advanced sensor fusion: gyro, ultrasonic, colour arrays
- Competition strategy: mission scoring, time optimisation
- Engineering documentation and design portfolios
A Clear Progression to the Top.
Every program connects to the next. Children don't plateau — they advance.
First Bricks. First Instincts.
Real Machines. Real Mechanics.
Build a Bot. Code a Mission.
World-Stage Competition Engineering.
What Every Student Walks Away With.
Skills that compound across programs — from first bricks to world-stage competition.
Decompose complex problems into solvable steps — the core skill of every engineer.
From drag-and-drop logic to real Python code, depending on the program level.
Build physical robots from scratch using competition-grade LEGO hardware.
Analyse missions, prioritise scoring, and execute under tournament pressure.
Work as builder, programmer, and strategist — real-world engineering team roles.
When the plan fails, iterate. Students build resilience through real engineering cycles.
Program robots to sense the environment and make decisions using real sensor data.
Senior students train to compete at WRO — the world's largest school robotics olympiad.
From Bengaluru. To the World.
Junior and Senior Robotics are competition-track programmes — every session is built around real WRO missions, real scoring, and real competition readiness. This is how we've sent 12 students to 3 world finals.
The Same Hardware Used at World Olympiad.
No simulations, no substitutes. Students train on the exact kits used at WRO internationally — so competition day has zero surprises.
The foundational kit. Motion sensor, tilt sensor, medium motor, Bluetooth hub. Used by Little Engineers and Junior Robotics.
Compact hub with colour, distance, and force sensors. Ideal for first autonomous robot missions at Junior Robotics level.
The competition standard. Used at WRO internationally. Intelligent brick, 4 motors, 4 sensors, full programmability.
Next-gen competition hardware. Colour matrix, force sensor, ultrasonic sensor. Supports MicroPython programming.
A Curriculum Backed by the World's Top Engineering University.
Carnegie Mellon University pioneered autonomous vehicle research, robotics programming, and AI education. Our curriculum is aligned with CMU's robotics education framework — the same foundational thinking that produced some of the world's most important engineers and researchers.
- Structured learning outcomes at every program milestone
- Assessable skills, not just participation certificates
- Completion certificate aligned with CMU framework
- Recognised in academic and competition contexts
Program Questions Answered.
Everything parents ask before enrolling. If your question isn't here, WhatsApp us directly.
Ask on WhatsAppReady to Find Your Program?
One free class. No fees, no commitment. Bring your child — we'll assess, recommend the right program, and you decide. Just let the robots do the talking.