top of page

Why We Use Different Coding Tools for Kids: Kebbi, CodeLab, and Beyond

  • Lyza Education
  • Dec 30, 2025
  • 3 min read

"You have exclusive tools like Kebbi and CodeLab, so why doesn't every student use them?"


It's a fantastic question we hear from curious parents. The answer lies at the heart of our educational philosophy: the right tool for the right age.


Just as you would not give a first-grader a calculus textbook, we believe in introducing technology progressively. Our curriculum is carefully designed to match a child's cognitive and developmental stage, building a strong, confident foundation in computational thinking.


Our Age-Appropriate Approach to Coding

Preschooler learning how to code with ScratchJr
Preschooler learning how to code with ScratchJr

Ages 5-6: Minimal Screen Time & Hands-On Exploration

For our youngest learners in preschool, the focus is on tangible, unplugged activities. We limit screen time to introduce core concepts like sequencing and logic through physical play and interaction. This sparks their curiosity without overwhelming them.



Ages 7-9: Block-Based Coding & Drag-and-Drop Logic

As students grow, we introduce block-based coding. This is where drag-and-drop programming builds comfort with computational thinking. It’s like building with digital Lego blocks, they learn the logic of coding without the frustration of complex syntax, making it fun and accessible.


Student learning CodeLab
Student learning CodeLab

Ages 10+: Text-Based Syntax & Real-World Application

From age 10 onwards, students are ready to graduate to text-based coding languages. This is where they learn the actual syntax used by professional developers, turning foundational logic into powerful, creative projects.


Student learning App Inventor at Lyza Education
Student learning App Inventor at Lyza Education


Bridging the Gap to Real-World Tech with MIT App Inventor

A perfect example of this progression in our advanced L300 curriculum is MIT App Inventor.


You might wonder, why use an external tool when we have our own? Because App Inventor is a powerful bridge that demonstrates a crucial lesson: the concepts they learn with us are transferable to the real world.


  • No Complex Languages Needed: Students can create fully functional mobile apps without needing to learn Android or iOS programming.

  • See It Work Instantly: The best part? They can test the apps they build directly on their own or their family's mobile devices. This immediate, tangible result is incredibly empowering.

  • Proven Technology: It shows that the logical skills they have built with Kebbi and CodeLab are the same ones used to create the apps we use every day.


Student brainstorming her project in App Inventor
Student brainstorming her project in App Inventor

From Our Classroom to Global Competitions

The skills learned with tools like MIT App Inventor don't just stay in the classroom. They open doors to incredible opportunities. Students who master App Inventor with us have the chance to be shortlisted for the Technovation Girls competition.


As an official platform for the competition, App Inventor gives our students a platform to:

  • Solve Real-World Problems: They design apps that address issues in their community.

  • Gain Global Experience: They compete with peers from around the world.

  • Build Confidence: They see themselves not just as students, but as innovators and creators.


Ready to Find the Perfect Tech Path for Your Child?

At our core, we are not just teaching kids how to use specific tools; we are teaching them how to think, create, and adapt in a digital world. By carefully selecting the right technology for every age and goal, from Kebbi and CodeLab to MIT App Inventor, we ensure your child builds a lifelong love for learning and technology.


Let's Build Your Child's Future, One Line of Code at a Time.

We are passionate about guiding every student on their unique tech journey.



Comments


Commenting on this post isn't available anymore. Contact the site owner for more info.
bottom of page