In the era of digital transformation, there is a growing demand for STEM (Science, Technology, Engineering, and Mathematics) skills, particularly in programming and robotics. However, traditional text-based programming presents a steep learning curve that can discourage students, who are at a critical stage of career orientation. This reveals a significant gap in the educational market for an integrated platform that can effectively bridge the gap between intuitive, visual programming concepts and real-world, text-based coding applications.

This project aims to develop an advanced educational platform to equip students with essential programming and robotics skills. The platform will feature a visual, block-based coding system that simplifies fundamental programming concepts. A key innovation is the ability to seamlessly convert this block code into standard programming languages like Python and JavaScript. The system is designed to foster computational thinking, problem-solving skills, and creativity through structured learning paths, real-time simulations, and engaging gamified modes.

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