Humanoid robot working at a bench

Empowering future innovators

Learn Build Innovate

Robotic training

Robotics is
a mindset

We teach students to build things that sense, decide and move โ€” starting in Grade 3.

BIONOX is a robotics and STEM education company. We run hands-on programs inside schools, using real components, real code and projects students take home in their heads.

Every child has the potential to innovate. Our job is to hand them the skills, the mindset and the hardware to turn an idea into something that works.

Industrial robotic arm on a workbench

Why robotics belongs in school

85%

of future jobs will require STEM skills.

World Economic Forum
2×

STEM graduates are twice as likely to have high-growth careers.

Georgetown University
90%

of parents want their children to learn coding and robotics.

Gallup
Top 10

emerging technologies of the next decade are robotics and AI related.

WEF Future Report
$260B

projected size of the global robotics market by 2030.

Statista
Students building a robot together in class

The classroom gets a workbench

Sessions run on tables, not slides. Students wire the sensor, flash the board, watch it fail, and fix it. That loop is the whole curriculum.

Grades 3 to 8

Our learning pathway

Three stages, each building on the last. A student who starts in Grade 3 finishes Grade 8 having built autonomous robots and connected devices.

Stage one
3–4

Basic robotics

Explore. Build. Understand.

Stage two
5–6

Electronics & coding

Design. Code. Automate.

Stage three
7–8

Advanced robotics & IoT

Innovate. Automate. Lead.

By Grade 8 a student has wired an ultrasonic sensor, written the loop that reads it, and watched the chassis stop on its own. Nothing on this page is a simulation.

Student-built sensor rover with ultrasonic modules

What they build

Programs

Foundation program

Basic robotics

Curiosity first. Students meet motors, sensors and simple logic through projects that move, light up and make noise.

  • 01Introduction to robotics
  • 02Basic electronics
  • 03Motors and sensors
  • 04Fun and creative projects
  • 05Logic and problem solving
Dancing robot project
Dancing robot
Traffic signal model project
Traffic signal model
Motorized car project
Motorized car
Smart fan project
Smart fan
Intermediate program

Electronics & coding

Robots start making their own decisions. Students write the code, read the sensors and debug the behaviour.

  • 01Programming basics
  • 02Sensor integration
  • 03Line following robots
  • 04Smart projects
  • 05Real-world applications
Line follower robot
Line follower robot
Obstacle avoidance robot
Obstacle avoidance robot
Smart dustbin project
Smart dustbin
Automatic street light project
Automatic street light
Advanced program

Advanced robotics & IoT

Arduino, connected devices and the first real contact with AI. Students design a build of their own and defend it.

  • 01Arduino programming
  • 02IoT and automation
  • 03Robotics and AI concepts
  • 04Innovation projects
  • 05Future technology exposure
IoT home automation project
IoT home automation
Bluetooth controlled robot
Bluetooth controlled robot
Robotic arm project
Robotic arm
AI based projects
AI based projects

How a session runs

Five moves,
every class

The same rhythm every week, so students always know where they are in the build.

Articulated robotic arm with a gripper
01

Engage

Open with a real problem worth solving.

02

Explore

Test it by hand before anyone explains it.

03

Explain

Name the concept once students have felt it.

04

Engineer

Build, wire and code the working version.

05

Empower

Present it, improve it, take the credit.

Partnership models

Four ways to work with us

Start with a single workshop or hand us the lab. Each model includes trained mentors, the hardware and the lesson plans.

Robotic hand projecting a holographic interface

Workshop

  • One-day robotics workshop
  • STEM awareness programs
  • AI and future technology sessions
  • Project demonstrations

Robotics club

  • Weekly or monthly sessions
  • Hands-on projects
  • Student innovation teams
  • Annual showcase

Curriculum integration

  • Structured grade-wise learning
  • Full academic year program
  • Assessment and certification
  • Teacher support

Robotics lab setup

  • Hardware installation
  • Curriculum design
  • Trainer deployment
  • Maintenance support
Empowering young minds to build a better tomorrow.

Robotics is more than technology. We create experiences that ignite curiosity, build confidence and turn ideas into real-world solutions.

Powel BenjiCo-founder
Building innovators today for a smarter tomorrow.

The future will be shaped by those who learn, adapt and innovate. We are committed to making quality robotics education accessible, practical and inspiring for every student.

David P CheriyanCo-founder

Get in touch

Bring robotics
to your school

Tell us your grades and how many students. We will come and run a free demo session for one class.