All programmes engineering

Engineering

Wrench. Solder. Breathe Life into Metal & Circuits.

Engineering converts daydream sketches into kinetic reality. Young engineers understand structural loads, electrical resistance, servo articulation, and parametric 3D CAD modeling to conquer real hardware challenges.

Ages 3–18 5 growth nodes
The growth line
1
Ages 3–5 3–5 yrs

Tinker Mechanics

Balance, Levers & Kinetic Momentum

Large gear linkages, pneumatic tubes, and modular magnetic circuits that introduce the sensation of mechanical torque, balance points, and electrical continuity.

Skills gained
Structural stability (wide base vs apex) Gear rotation direction prediction Simple electric circuit completion Gravity marble run routing
Milestones
  • Assembled 5-gear kinetic transmission
  • Illuminated LED with conductive copper tape
  • Built 60cm cantilever tower with wood planks
Tools used
LEGO DUPLO Tech Machines LittleBits magnetic modules Conductive play-dough Wooden balance trusses
Flagship project
Kinetic Marble Coaster with Manual Crank-Elevator & Loop-the-Loop
2
Ages 6–8 6–8 yrs

Gear & Kinetic Crafters

Mechanical Advantage & Motorized Rigs

Constructing compound gearboxes, motorized winches, and rubber-band powered rovers while observing gear ratios and friction management.

Skills gained
Gear ratio calculations (speed vs torque) Pulley mechanical advantage Switch wiring & polarity reversal Hydraulic syringe actuation
Milestones
  • Built functional hydraulic scissor lift
  • Engineered car that traveled 8 meters on inertia
  • Wired dual-direction DC motor buggy
Tools used
LEGO Spike Essential / WeDo Cardboard laser-cut chassis DC hobby motors & battery packs Pneumatic plastic syringes
Flagship project
Hydraulic Cardboard Excavator with 3-Axis Arm Movement & Claw
3
Ages 9–11 9–11 yrs

Arduino & Sensor Operators

Breadboarding, C++ Firmware & Ultrasonic Echo

Breadboard circuits with resistors, LEDs, and servos. Flash C++ firmware onto Arduino boards to read ultrasonic distance and light sensors in real time.

Skills gained
Breadboard bus wiring Ohm’s law resistor calculation Pulse-Width Modulation (PWM) speed control Ultrasonic sensor triggering
Milestones
  • Wired complete automated smart nightlight
  • Calibrated ultrasonic radar sweep on servo
  • Soldered first prototype PCB wire header
Tools used
Arduino Uno / Nano Solderless breadboards Ultrasonic HC-SR04 sensor Tinkercad Circuits simulator
Flagship project
Ultrasonic Smart Radar with Servo Sweep & Audio Threat Proximity Buzzer
4
Ages 12–14 12–14 yrs

Autonomous Rover Builders

3D CAD Modeling & Multi-Sensor Rovers

Design custom wheel hubs and sensor brackets in Autodesk Fusion 360, 3D print them, and assemble two-wheel differential drive autonomous rovers.

Skills gained
Parametric 3D CAD sketch constraints 3D slicing (layer height, infill) H-Bridge motor driver circuitry PID line-tracking algorithms
Milestones
  • Designed & 3D printed custom rover chassis
  • Programmed autonomous line-following bot
  • Calibrated infrared reflectometer sensors
Tools used
Autodesk Fusion 360 / Onshape Bambu / Ender 3D Printers L298N Motor Driver module IR reflectance sensor arrays
Flagship project
Autonomous Maze-Solving Rover with Custom 3D Printed Chassis & Dual IR Sensors
5
Ages 15–18 15–18 yrs

Aerospace & IoT Hardware Innovators

ESP32 Telemetry, Drones & Custom PCBs

Design custom schematics and route real 2-layer PCBs in KiCad. Connect hardware to cloud MQTT brokers and engineer flight telemetry payloads.

Skills gained
KiCad schematic & PCB trace routing Surface-mount device (SMD) soldering ESP32 Wi-Fi / Bluetooth telemetry Quadcopter flight controller tuning
Milestones
  • Fabricated custom manufactured printed circuit board
  • Streamed temperature & GPS data to cloud MQTT
  • Built working quadcopter drone from carbon fiber components
Tools used
KiCad PCB Suite ESP32 NodeMCU Digital oscilloscope & bench PSU MQTT Broker & Grafana dashboard
Flagship project
Solar-Powered Environmental Weather Station with Custom PCB & Cloud Grafana Telemetry
Where this leads
Path 01
Robotics Mechatronics Lead
Path 02
Aerospace Hardware Designer
Path 03
Renewable Energy Systems Engineer
Path 04
Embedded Firmware Architect
Path 05
Biomedical Prosthetics Engineer
What they learn
Kinematic mechanisms (gears, pulleys, linkages, levers) Ohm’s law, breadboarding & embedded circuits Microcontroller firmware (Arduino, ESP32, Raspberry Pi Pico) Parametric 3D CAD design & rapid additive manufacturing Autonomous robotics (line followers, ultrasonic rovers) Structural stress testing & aerospace aerodynamics
Outcomes
  • 3D print custom mechanical parts designed from scratch in CAD
  • Wire and solder complete printed circuit prototypes
  • Program autonomous obstacle-avoiding mobile robotics
  • Calculate structural load safety factors for bridges & towers
  • Compete in FIRST LEGO League & VEX Robotics championships
Explore other programmes
1 Science Ages 3–18 2 Technology Ages 3–18 3 Arts Ages 3–18 4 Mathematics Ages 3–18
Get started

Enrol your child on the Engineering line.

Create an account Ask a question