Coding and AI Education for Kids in Oman

Universities in Oman 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, whether applying to a program in Muscat or pursuing a scholarship overseas.

At Taqnihub Academy every level ends with a real project an Oman-based student can showcase later, whether in a local university application, a scholarship abroad, or even a school club. Starting this early gives a family a longer view than just passing the current term, and it means a student is not starting from zero when the time comes to build an application.

As more Omani students look toward engineering, computer science, and technology-related fields at university, having a documented history of independent technical projects becomes a genuine differentiator rather than an afterthought added in the final year of school.

Oman 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, as more sectors depend on digital tools and software literacy.

When a child starts early with genuine coding and AI skills, they enter that direction with confidence rather than catching up later, and they build a habit of solving problems methodically that carries over into every other subject they study.

This is especially relevant outside the capital, where access to specialized technology clubs or extracurricular programs can be less consistent than in larger cities, so a structured, live online path offers exposure a family might otherwise struggle to find nearby.

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, and lessons focus on habits that matter in real software work.

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, so every new topic sits on a foundation the student has already proven they understand.

On completing each level, the student receives a certificate of completion, giving them a tangible marker of progress and a reason to keep going, and because groups are small, the instructor can adjust pace for a student who needs more time on a particular concept.

Lessons are fully online, so no time is lost commuting in the heat or navigating evening traffic, and evening slots are available after the school day ends, which is particularly useful for families spread across a wider geography than in smaller Gulf cities.

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 without needing to be present for the session itself.

Scheduling follows the Friday-Saturday weekend and shifts to a lighter evening timetable during Ramadan, so the weekly commitment stays realistic throughout the year rather than adding pressure during busier or more sacred periods.

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 stage producing something the child can open and run on their own.

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, turning abstract ideas about apps and websites into something the child has actually built.

Every project is kept and presented, so over time this body of work becomes a genuine portfolio reflecting an Oman-based student's growth year after year, giving both the student and the family a clear timeline of what has actually been learned.

After every project, parents receive a short update describing what was built and which specific skill it demonstrates, so progress is visible in concrete terms rather than a vague sense that the child enjoyed the class.

At the end of each level the student earns a certificate of completion, marking a clear checkpoint that both documents what has been covered and gives the family a natural point to discuss whether to continue to the next level.

By the end of a full year, an Oman-based student typically has real, working output across several levels, from an original Scratch game to a personal web page to Python scripts, a body of work that speaks for itself far more clearly than a verbal description of what was covered in class.