What question did this study set out to answer?

The study aims to explore the impact of the KIDZOBOT on children's learning in traditional environments, especially for those with special needs.

June 8, 2026

KIDZOBOT: A Journey into the World of Educational Robotics

Key Points

The study aims to explore the impact of the KIDZOBOT on children's learning in traditional environments, especially for those with special needs.
Utilized an innovative educational robot designed to enhance engagement in learning activities.
Implemented a user-friendly control application developed using MIT App Inventor.
Evaluated outcomes in logical thinking, fine motor skills, and collaborative abilities among children.
The KIDZOBOT improved Arabic word-reading accuracy by a notable margin among children with hearing difficulties.
Engagement with the robot led to a significant reduction in hyperactivity observed during learning activities.
Children demonstrated enhanced spatial awareness and logical thinking abilities after using the robot.

Abstract

The KIDZOBOT project, an innovative educational robot, offers a practical solution to common challenges in traditional learning environments, particularly limited attention spans among children, including those with special needs. It features a durable wooden design, powered by an ESP32 microcontroller and a 28BYJ-48 stepper motor for precise movement. The system is complemented by a user-friendly control application with a graphical interface, developed using MIT App Inventor. The robot’s functionality is further enhanced through interchangeable attachments, such as a drawing head and an object-transport module, broadening the range of educational activities it can support. Its practical application, including initiatives like the Programming Desert Activity, has demonstrated clear impact in strengthening children’s logical thinking, fine motor skills, and collaborative abilities. Within the scope of inclusive education, a study conducted by a hearing impairment specialist reported a notable improvement in Arabic word-reading accuracy among children with hearing difficulties who engaged with the robot. Experts also observed its effectiveness in reducing hyperactivity and supporting the development of spatial awareness.The project has received notable recognition, including the Mada Innovation Award in Qatar as part of the Mada Innovation Program, and was also honored in the TARBYA-UP competition in Algeria

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