TiniScript: A Simplified Language for Educational Robotics

The constructionism theory, formulated by Seymour Papert, has been a transformative approach in education, particularly within STEM (Science, Technology, Engineering, and Mathematics) fields. This theory emphasizes learning through creation, where students engage actively by building knowledge structures through hands-on tasks and meaningful projects. One of the early milestones influenced by constructionism was the development of the Logo programming language. Logo's simple, block-based structure enabled students to grasp fundamental programming concepts visually by manipulating blocks, establishing a foundation for educational tools that remain essential in early computer science education. Over time, educational robotics kits, like those from LEGO Education (RCX, NXT, and EV3), have set standards for integrating physical construction with software programming. These kits demonstrate the potential of robotics in educational settings by engaging students in both mechanical assembly and logical problem-solving, thereby fostering an understanding of hardware and software as interconnected aspects of robotics. Building on this foundation, programming environments in educational robotics have largely adopted block-based interfaces. These environments simplify coding for beginners, allowing students to create programs by connecting blocks representing specific actions. Once completed, the program is uploaded to a microcontroller, enabling the robot to execute the instructions.