Coding and AI Education for Kids in Saudi Arabia

Universities in Saudi Arabia and abroad increasingly look beyond grades for tangible evidence of skill and genuine curiosity. A student between 12 and 16 who can point to a portfolio of real coding and AI projects offers something words on a transcript simply cannot, and admissions committees notice the difference between a listed interest and a demonstrated one.

At Taqnihub Academy every level ends with a real project the student can showcase later, whether in a university application, an interview, or a school club. Starting this early gives a family a longer view than just passing the current term, because the projects a child completes at 13 or 14 are still relevant material three or four years later when applications are actually due.

Parents thinking about scholarships, engineering programs, or competitive faculties often underestimate how much a documented, dated body of work can matter next to a personal statement. A child who has been building steadily for a year or two has evidence, not just intentions, and that evidence travels well whether the destination is a university inside the Kingdom or one abroad.

Saudi Arabia is moving clearly toward digital transformation, and schools have gradually been introducing computing and technology skills into the student journey. Learning to code now is not a luxury; it aligns with a direction the country is already moving in, and families who start early are simply matching the pace of that shift rather than reacting to it later.

When a child starts early with genuine coding and AI skills, they enter that direction with confidence rather than catching up later. This matters especially for AI literacy, since tools built on artificial intelligence are becoming part of everyday study and work, and a child who understands the logic behind them is better placed to use them well rather than simply consume them.

This is also a practical hedge against uncertainty about how fast any single school's technology curriculum will move. Rather than waiting to see what a particular school introduces and when, a family can give a child a structured, sequential foundation now, one that keeps building regardless of what changes in the classroom next year.

The academy is led by Abdulrahman Masoud, a software engineer who has spent more than seven years actually building technology products, which means what students learn comes from real practical experience rather than theory alone. Lessons draw on habits and problem-solving approaches used in real software work, not just textbook exercises designed to be memorized and forgotten.

The path is structured across five levels, from Scratch through to backend basics, spanning 48 live lessons across all levels, with a real project closing each one. Each level builds directly on the one before it, so a child does not repeat the same ideas in different clothing but keeps encountering new concepts on a foundation that is already solid.

On completing each level, the student receives a certificate of completion, giving them a tangible marker of progress and a reason to keep going. Because groups stay small throughout, the instructor can actually correct misunderstandings as they happen instead of a child quietly falling behind in a crowded classroom until a test reveals the gap.

Lessons are fully online, so no time is lost commuting in the heat or navigating traffic, and evening slots are available after the school day ends. For a household juggling homework, sports, and family time, removing a commute from the equation is often what makes a serious extracurricular activity actually sustainable across a full year rather than abandoned after a few weeks.

Groups stay small, capped at six students, so the instructor can genuinely follow each child's progress, and parents receive an update after every project so they can see exactly what their child has built. This ongoing visibility means a parent never has to guess whether the subscription is worth renewing; the evidence arrives regularly rather than only at the end of a term.

Because everything happens live and online, siblings in different levels can also learn on a schedule that suits one household rather than three separate school runs, and a family traveling within the Kingdom or abroad during a break does not need to interrupt a child's progress as long as there is a stable connection.

In the first level, the child designs their own game using Scratch, then moves on to building a personal web page with HTML, followed by writing real programs in Python. Each of these is a complete, working thing the child can open, run, and explain to a grandparent or a teacher, not an abstract exercise buried in a workbook.

From there they take on an AI-assisted project, and close the path with a small backend project that shows how applications actually work behind the scenes, including how information is stored and retrieved rather than just how a screen looks. By the time a student reaches this stage, they understand a full slice of how modern software is put together, from the interface a user sees to the logic running behind it.

Every project is kept and presented, so over time this body of work becomes a genuine portfolio reflecting the student's growth year after year. A parent flipping back through a year of projects can see plainly how far a child's thinking has developed, from a simple Scratch game to a working program with real logic behind it.

After every project, a parent receives a concrete update describing what the child built and what specific skill it demonstrates, so progress is never something to take on faith. Rather than a vague note saying a lesson went well, the update points to an actual file, game, page, or program the child produced that week, which a parent can open and look at directly.

At the end of each of the five levels, the certificate of completion marks a clear milestone, but the more meaningful marker sits beside it: a finished project the child can talk through from start to finish, explaining what problem it solves and how the code behind it works. That combination of a certificate and a demonstrable project is a far more honest signal of learning than a grade on a quiz.

Looking across a full year, a parent should expect to see a child move from a simple visual game to writing actual code, and finally to a small AI-assisted or backend project they can describe confidently. At that point, the child has something real to show a relative, a teacher, or later an admissions officer, a body of work built steadily rather than crammed before a deadline.