Beyond the Chatbot: How Responsible AI Can Help Students Use What They Learn

Across the GCC, AI has arrived in the classroom. Schools have invested in digital platforms, students use AI tools every day, and ministries are writing AI into national strategies. The question facing educators is no longer whether to use AI, but how to use it well: in ways that deepen learning rather than shortcut it.

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At Efekta, part of EF Education First, we have spent more than 60 years helping people learn.  We repeatedly see that knowledge only matters when students can apply it, explain it and act on it. That is where AI can help or quietly get in the way. 

Not every AI is built to teach 

Many AI tools in schools are general-purpose chatbots added to existing lessons. They can answer almost any question, but they are not designed around a curriculum or a child's level. A student can get an answer without ever building understanding. 

Responsible AI starts the other way round. The learning comes first, designed by educators and subject experts, and AI supports it: offering hints rather than answers, explaining mistakes and working under a teacher's oversight. Trained on a course rather than the whole internet, it stays relevant, accurate and safe. 

Why students lose interest in science 

Few subjects show the cost of passive learning more clearly than physics. Students start out curious about how the world works, yet TIMSS research found that the share who feel very confident in science halves between Grade 4 and Grade 8. Many rarely do experiments, physics teachers are among the hardest to recruit, and many interested students are held back not by the science, but by gaps in maths. 

This matters for the region. The industries the GCC is investing in, from renewable energy to robotics, are built on physics. 

Bringing physics to life 

When we designed Efekta Physics for grades 9–12, we started with meaning. Every topic begins with something students recognise from their own lives, and every lesson ends with an engineering challenge that asks them to use what they have learned. A virtual lab lets every student predict, test and explore, and maths support is woven through the course so gaps never hold students back. Built by STEM professionals and shaped by practising physics teachers, the course can be mapped to any curriculum. 

The skill that unlocks the rest 

Knowledge travels further when students can communicate it. English remains the language of much of the world's research, higher education and international business. For students from grade 6 upwards, Efekta provides regular speaking, writing, listening and reading practice with instant feedback, while teachers see progress in real time and know where to step in. 

What the evidence shows 

Engaging, measured learning delivers results at scale. In one public school system, 750,000 students improved their English test scores by 32% in two years. In another, an independent analysis of more than 550,000 students found that highly engaged classrooms scored up to 28% higher on standardised English tests.  

Looking ahead 

AI will keep reshaping education across the GCC. Our view is simple: AI should make the learning experience deeper whilst keeping teachers at the centre. With Chemistry and Biology to follow Physics, we look forward to working with schools and ministries across the region to make that a reality.