Egypt-based 3C Coding School has secured $3 million in seed funding to expand its programming courses into Saudi Arabia and build an artificial intelligence-driven learning platform. As we previously reported, this regional expansion comes amid a growing demand for digital skills across the Middle East. The platform's pivot toward AI-guided personalization shows a shift in how educators teach computational thinking and technical literacy to children.
What Happened
The $3 million seed round was led by MRG Economic Group, with participation from investor Amr Saad and several angel investors. Since its launch in 2015 by founders Hossam Hosny and Ahmed Khallaf, 3C Coding School has grown to serve over 120,000 students while recording 230% revenue growth, according to the company's regional growth data reported by WAYA Media. The school teaches programming and cybersecurity to kids and teens. Rather than forcing children to memorize rigid coding syntax, the school uses a project-based approach designed to build critical thinking and problem-solving skills. The new funding will back its launch into Saudi Arabia and fund an AI engine designed to analyze individual student learning habits to adjust course speeds and assist teachers in real time.
The Bigger Picture
Moving away from textbook memorization toward project-based learning is backed by educational research. For example, a study on the IDRA VisionCoders program showed that middle school students who design educational video games for younger peers gain math skills and a stronger sense of identity as computer scientists. This early engagement is important because developmental research from MakerKids indicates that children often decide between the ages of 7 and 12 whether they will pursue or write off STEM careers.
Global studies support the school's planned AI integration. Research published in Scientific Reports found that high school students using an AI tutoring tool called "Edmentum Exact Path" outperformed conventionally taught peers in math retention and error correction. Similarly, a study published in the Journal for Research in Applied Sciences and Biotechnology found that AI-based adaptive systems lead to higher self-regulated learning and academic achievement across genders. However, both studies caution that AI should be a supplementary tool, not a replacement for teachers. Indeed, research on language-model educational agents published in the International Journal of STEM Education notes that traditional, teacher-led discussions remain essential for deep learning.
What This Means for Families
For parents and educators, learning to code is about teaching children how to think, especially as machine learning and AI become part of daily life. Introducing these concepts to young children does not require complex algebra or advanced computers. An elementary curriculum guide from explainx.ai suggests focusing on demystifying technology for kids aged 5 to 7. The goal is to help them realize that AI is made by people and is not magic. By middle school, lessons should focus on ethical reasoning and identifying algorithmic errors, as detailed by Modern Age Coders. Understanding how technology works is now far more important than simply knowing how to use it.
What You Can Do
To start, prioritize projects over syntax. Look for coding camps or programs that emphasize building actual projects, such as games or simple web pages, rather than memorizing dry code rules.
Next, keep human teachers in the loop. When using AI-driven tutors or adaptive learning platforms, ensure they are paired with educators who can provide social-emotional support and direct feedback.
Finally, talk about AI early. Use everyday interactions with voice assistants or movie recommendations to teach young children that algorithms are tools designed by humans, not magic.