Hands-on Robotics Education for Kids

We empower kids to explore robotics step-by-step, starting with virtual simulations and progressing to real-world hardware projects – all under the guidance of expert mentors.

98%
Satisfaction Rate

9.1/10
Student Rating

8+
Age Group

Progressive Robotics Learning for Future Innovators

Our structured Robotics program introduces students to the exciting world of robots – from design and coding to assembling and programming functional models. Beginning with safe, cost-effective simulations and advancing to hands-on physical builds, kids gain confidence while mastering STEM concepts.

Simulation to Hardware

Integrated STEM Curriculum

Hands-on, Project-Based Learning

Expert Robotics Mentors

Flexible Packages for Every Learning Level

Packages You Can Choose

Beginner Level

8 Sessions - 640AED

24 Sessions - 1728 AED

48 Sessions - 3168 AED

Intermediate Level

8 Sessions - 680 AED

24 Sessions - 1836 AED

48 Sessions - 3366 AED

Advanced Level

8 Sessions - 720 AED

24 Sessions - 1944 AED

48 Sessions - 3564 AED

Our Accreditations

Made Headlines In

Key Learnings

Simulated Robot Builds & Programming

Building Robotic Models

Programming Robotic Behaviours

Design Solutions

Experimentation

Debugging

Course Levels

Schools We Have Worked With

Book a Free Demo
Class

Curious to see your child build their first robot? Join a trial session and experience our unique simulation-to-hardware learning journey.

Parent Reviews

Frequently Asked Questions

What is the age group for Trusity Robotics?

For students aged 8 years and above – curriculum is adapted to age and skill level.

No. Beginners start with block coding and virtual simulations before progressing.

Not at first. Early sessions use virtual platforms like Tinkercad. We guide parents on sourcing affordable kits as students advance.

Yes, certificates are KHDA-approved and STEM.org accredited.

  • Warm-up & concept introduction
  • Mentor demo in Tinkercad
  • Student simulation work
  • Transition to physical hardware
  • Testing & debugging
  • Mentor feedback and next steps

Yes, through Trusity’s mobile app (48-hour notice required).

Yes – Scratch for beginners, Python/C++ for advanced levels.

Yes, students can join the TruPreneurs innovation challenges and internal showcases.

Book Your Free Demo Session!

Book a free demo session today and discover how our Robotics program can help you excel.

Beginner Level (Robotics and Coding)

  • Understand the Concepts of Robotics and Coding.
  • Sequential and Iterative coding techniques to build Games, Stories, Animations, and Robotics.
  • Real World applications of Mathematical operations and Conditional Statements.
  • Basics of Electronic Elements.
  • Create circuits and programming of Sensors and Actuators.

    Write programs for the Line-Following and Obstacle Avoiding Robots.
  • Design prototypes of Six Simple machine (Screw, Wedge, Pulley, Lever, Inclined Plane, Wheel and Axis).

Intermediate Level (Robotics and Arduino)

  • Essential of Microcontrollers architecture and Skills of C++.
  • Create various projects related including Sensors, LEDs, LCD, Keypad, DC and Servomotor using Simulation.
  • Build projects to manage control of robots for Obstacle Avoiding and Line-Following using Simulations.
  • Assemble, Connect and Program Robots.
Connect
  • components to make Password Based Door Lock and Smart Hand Band for Blind People.
  • Concepts of Smart Home Automation.

Advanced Level (Robotics and Communication Technologies)

  • Concepts of Communication technologies (Bluetooth and Internet of things).
  • Remotely monitor the real-time status of Temperature, Humidity, Ultrasonic, Smoke, and Moisture Sensor Using Bluetooth and Smartphone.
  • Smartphone Sensors.

    Build projects with terminal module for sending and receiving data.
  • Control of intelligent Robot via Voice Commands over Bluetooth.

  • Study and implement a smart robot to detect gas emissions.
  • Design and implement a smart robot to track quarantine violators.

  • Design and implement a UV sterilization robot for quarantine room.

Hybrid Coding (Coding, Arduino and Communication Technologies)

  • Concepts of Robotics and Coding.
  • Basics of Electronic Elements.
  • Design prototypes of six Simple machine (Screw, Wedge, Pulley, Lever, Inclined Plane, Wheel and Axis).

  • Essential of Microcontrollers Architecture and Skills of C++.

  • Create various projects related including Sensors, LEDs, LCD, Keypad, DC and Servomotor.
  • Assemble, Connect and Program any robots.

    Concepts of Communication technologies (Bluetooth and Internet of things).
  • Smartphone Sensors (Light, Proximity, Accelerometer, Gravity and GPS).

  • Study and implement a smart robot to detect gas emissions.

  • Design and implement a UV sterilization robot for quarantine room