1-on-1 Project-Based Online Coding Classes for Kids

We don’t just teach coding skills, we guide the learners in applying their learnings in the real world.  

6000+
Sessions Delivered

9.2 /10
Student Rating

6-13
Age Limit

Engaging & Enlightening Coding Course

Our 1:1 personalised coding course enables students to master 9 programming languages including Python, Java, C++, and block-based coding—all while doing real-world projects. Beyond regular classes, students can also participate in hackathons and competitions. That’s not all, students who create innovative products could progress to the youth entrepreneurship program, ultimately making this more than a course. We also provide KHDA and STEM-accredited certifications after course completion.

Real World Projects

Fun & Gamified Learning

Periodic Assessment

Hackathons & Competitions

Student-Centered Approach

Experienced Teachers

Packages You Can Choose

8 Sessions

: 400 AED

24 Sessions

: 1200 AED

32 Sessions

: 1600 AED

Our Accreditations

Made Headlines In

Key Learnings

Coding Basics

Web Development

App Development

Game Development

Block-based Programming

Robotics

Our Teaching Process

Assessment & Personalization

Continuous Feedback

Hands On Practice

Progress Tracking

Programming Languages Students Learn

React

C++

Python

CSS

HTML

JS

Course Levels We Offer

1

Beginner Level

Learn Interactive block-based coding to visualise core programming and app development concepts using Scratch.

2

Intermediate Level

Understand various concepts in computer science by developing programs using a target programming language.

3

Advanced Level

Write clean, well-tested, advanced Python programs using industry-standard software engineering patterns.

4

Hybrid Coding

Program sensors and output devices using a microcontroller.

Schools We Have Worked With

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See What Our Young Coders Have Created

Student Reviews

FAQs

What is this coding program about?

Our coding program is designed to help learners develop essential programming skills across three levels—Beginner, Intermediate, and Advanced. Each level builds on the previous one, focusing on problem-solving, real-world applications, and project-based learning.

This program is ideal for students, professionals, and coding enthusiasts who want to learn programming from scratch or improve their existing skills.

-Beginner: No prior coding experience needed; ideal for those starting from scratch. 

-Intermediate: Some prior coding knowledge is required; suitable for those familiar with basic programming concepts. 

-Advanced: For learners with strong coding skills looking to master advanced algorithms, data structures, and industry-level projects.

The program covers an array of different programming languages – Block Based Coding(Scratch, Blockly, Vex Code, MIT App inventor), C ++ (Robotics), Java, Python, C #, and C++(Coding).

Each level has 96 sessions with each session lasting 60 minutes. However, each programme is customised to the learners’ needs. Therefore you may advance and move up levels without needing to complete every session in each level.

Our coding course is conducted online. This allows more flexibility.

Typically, each class is 60 minutes. However, with younger learners, this may be customised depending on the learners’ needs and ability to engage in classes.

Yes, all Trusity coding course graduates earn a KHDA-permitted accredited certificate. STEM program courses are accredited by STEM.org.

Classes can be scheduled while purchasing a course package through the website. Classes can be rescheduled through Trusity’s Mobile App, available both on App Store and Google Play.

You can contact your teacher through Trusity’s portal PILOT or through the app.

Scholarships are provided through competitions and corporate sponsorship.

Classes are conducted through PILOT, Trusity’s online portal, best accessed via Google Chrome on a laptop.

Students share and submit work directly to their teacher through our PILOT platform.

Students can progress into Robotics, AI or our truPreneurs program to further develop their skills and ideas.

The ideal age to start taking baby steps in coding is 6. This is why the minimum age required for our online coding course is 6.

Code Your Child’s Future with Trusity’s Coding Classes for Kids

Trusity’s coding classes for kids provide a fun, interactive, and personalized learning experience. Through project-based learning and real-world applications, students explore programming languages like Scratch, Python, and Java. Our expert mentors guide them through 1:1 sessions, coding challenges, and competitions, helping them develop problem-solving skills and creativity.

Benefits of Coding Classes for Kids

Boosts Problem-Solving Skills

Learning programming for kids helps them think logically and break down complex problems into simple solutions.

Encourages Creativity

Through building games in Scratch coding and designing apps, kids develop innovative thinking.

Prepares for Future Careers

Early exposure to coding builds a strong foundation for STEM careers and digital literacy.

Develops Critical Thinking

Through structured coding school for kids, students learn to analyze, debug, and optimize their code.

Enhances Academic Performance

Coding improves math, logic, and reasoning skills, benefiting overall learning.

Provides a Fun Learning Experience

Engaging projects in online coding courses for kids make learning exciting and interactive.

Builds Confidence & Independence

Kids gain confidence by creating real-world projects and participating in coding competitions.

Get Started with Our Online Coding Classes for Kids

Give your child a head start in tech with Trusity’s online coding courses for kids! Whether they’re beginners or aspiring young coders, our structured curriculum ensures steady progress. Enroll today and watch your child code, create, and innovate with confidence!

Book Your Free Demo Session!

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

Beginner Level

  • Learn Interactive block-based coding to visualize core programming and app development concepts using Scratch.
  • Syntax-free coding helps to rely on recognition instead of recall.
  • Sequential and Iterative coding techniques to build games, animations, apps, and websites.
  • Real World application of mathematics.
  • Understand Iterations, Loops, & Message Passing.
  • Engage learners in high-level critical and creative thinking skills with an emphasis on development and problem solving through MIT APP inventor.
  • Create and publish websites.

Intermediate Level

  • Understand various concepts in computer science by developing programs using a target programming language.
  • Write modular and readable programs in C and Python.
  • Design Structured Programs using User Defined and Inbuilt Functions.
  • Learn Parameter Passing, Recursive Coding techniques and
  • Explore Machine Learning and Artificial Intelligence using Pictoblox.
  • Build projects that incorporate selection statements, repetition statements, and conditional and unconditional statements.
  • Simulate a real-world system.
  • Enhance static web pages written in HTML by adding cascading style sheets (CSS).

Advanced Level

  • Write clean, well-tested, advanced Python programs using industry-standard software engineering patterns.
  • Create industrial-quality iOS and OSx Apps using a systems programming language.
  • Use Object Oriented Programming (OOPS) to create cutting-edge software programs.
  • Study fixed size, dynamic data structures for GUI-based application forms.
  • Learn in-depth core competencies of JavaScript, Python object-oriented programming, and functional programming.
  • Build 3D Characters, Scenes, Games, and Animations.
  • Create meaningful software applications instead of independent chunks of code.

Hybrid Coding

  • Program sensors and output devices using a microcontroller.
  • Discuss preliminary planning for managing the requirements in analysis phase of an application.
  • Create subsystems for the design and development of technological systems using Arduino.
  • Develop projects using concepts from electronics and computer science to create concrete projects in a simulated environment.
  • Use cloud database for online storage
  • Combine coding strategies (functions, logic, loops, operations, decision making) to guide a simulated robot in completing challenges on a terrain.