CODING

Created for children

6-10 age

Lesson duration

75 min

Up to 36 lessons
*depends on the class and availability

AlgoPlay

CODING

AlgoPlay

Interactive journey into programming with AI

Created for

6-10 age

Duration

75 min

Up to 36 lessons

*depends on the class and availability

Students explore programming through building and coding robots with AI assistance and Machine Learning. Students train the AI to recognize visual events and turn them directly into robotic actions.

Program Objectives

Teach coding logic and programming concepts

Build foundations in software engineering terms

Introduce machine learning and AI technology

Strengthen logical and algorithmic thinking

Promote teamwork and problem-solving skills

Powered Coding and Machine Learning

Through the GoAlgo App, students can use AI Chat while coding to get support with commands, events, and programming logic. With machine learning, students train AI to recognize inputs such as actions, or facial expressions, define them as events, and link them to commands. When the event is detected, the model responds through code, helping students understand how AI learns patterns and reacts to real-world information.

What Students Discover

Algorithms & Logic

Commands & Sequences

Functions & Parameters

Inputs & Sensors

Conditions & Decisions

Loops & Repetition

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Questions & Answers

Lessons combine robot building with coding in a way that makes programming clear, practical, and engaging. In each lesson, students work on a new robot while exploring a new programming concept, then test, debug, and refine its behavior.

No prior experience is required. The program introduces programming through a clear, well-structured progression, with each lesson building on previous concepts to develop understanding and confidence over time.

The lessons are led by instructors qualified to teach coding, who work according to the Young Engineers guidelines and ensure that students build a clear understanding of each coding concept.

The program is structured as a progressive learning journey, with each lesson introducing a new robot and a new programming concept. As the lessons progress, students move from foundational commands to more complex coding structures, gradually developing a deeper understanding of programming.

Students’ progress is supported through guided programming instruction, ongoing feedback during lessons, and close instructor observation, without tests or homework.

Students receive a Certificate of Participation at the end of the program, recognizing the skills and lessons they have completed.