Grades 6 to 12

Robotics + AI engineering, taught by building.

Students start with a single LED and finish with connected, sensing robots they present to an audience. Explore, learn, build, create.

Enquire now See the four levels

Smarter minds, brighter futures.

Two students assembling a four-wheeled robot

Learn

Build strong foundations in technology and engineering.

Build

Create real working circuits, robots and intelligent systems.

Innovate

Solve problems through hands-on projects and challenges.

Grow

Develop coding, engineering, problem-solving and innovation skills.

A structured technology journey

Four levels, each one adding a new layer on top of the last. Levels 1 to 3 run for 12 months in total.

3 months 4 months 5 months Launch Pad

    Level 13 monthsNextron Core
Fundamentals
Programming logic
Electronics
Mission Alpha
Mission X

    Level 24 monthsNextron Robotics
Builder
Intro to sensors
Robotic movements
Mission Alpha
Mission X

    Level 35 monthsNextron Connect
Intro to IoT
Intro to AI
Intro to 3D modeling and printing
Mission Alpha
Mission X

    Level 4ShowcaseLaunch Pad
Think, create, showcase. Students present their projects and compete for recognition.

  

A new technology layer every 3 months

Each kit is built for its level and stays with the student.

Kit 01: Nextron Core

Arduino
Breadboard and jumper wires
LEDs
Resistors
Switches
DC motor
Servo motor
IR sensor
Ultrasonic sensor
Battery and power supplies

Nextron Robotics kit with chassis, wheels and motors

Kit 02: Nextron Robotics

Robot chassis
Wheels
DC gear motors
Motor driver
Ultrasonic sensor
Battery system
Temperature and humidity sensor
Mechanical mounting components

Nextron Connect kit with WiFi and IoT boards

Kit 03: Nextron Connect

WiFi and Bluetooth modules
IoT sensors
Computer vision
Wireless communication
Python programming
Automation components

The Nextron learning cycle

ThinkUnderstand the problem.
InspireExplore ideas and create solutions.
CreateBuild, test and turn ideas into reality.

Why choose Nextron

Practical mentoring: Structured guidance through hands-on engineering activities.
Project-based learning: Every stage includes practical builds and challenges.
Connected curriculum: Electronics, coding, robotics, IoT and AI are taught as one progressive system.
Challenges and showcases: Students demonstrate their projects through practical challenges and exhibitions.
Future-ready skills: Develop problem solving, engineering thinking, coding and innovation skills.
Recognition: Certificates, skill recognition and showcase awards.

Build today. Innovate tomorrow.

Tell us your child's grade and we'll call you back with batch details and fees.

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