Design and Development of a Low-Cost Educational Robot: A Scalable and Affordable Software Learning Platform

This study presents the design and development of a low-cost educational robot to enhance learning experiences in robotics and programming. The system integrates robust software development, ensuring seamless interaction between sensors, actuators, and a custom-designed graphical user interface (GUI). The robot is equipped with various sensors and actuators to support a broad range of experiments and educational applications. The software architecture is detailed, focusing on its modularity and ease of use, enabling students to intuitively program and interact with the robot. Additionally, a series of experiments were conducted to evaluate the performance of the sensors and actuators, providing insights into their reliability and accuracy. The GUI was designed to offer an accessible platform for users to control robots and visualize real-time data, enhancing engagement and usability. The findings demonstrate that this low-cost solution can serve as an effective tool for robotics education, fostering students' hands-on learning and creativity. Ultimately, this project represents a significant step toward enhancing robotics education at an affordable price, allowing more students to explore this advanced technological field.