Why More Children Are Losing Interest in School in the Age of AI
Artificial intelligence is changing how young people learn, search for information and solve problems, raising fresh questions about whether traditional schools are keeping pace with the world children are entering.
A recent Financial Times article argues that the long-established, exam-focused model of education is struggling to hold the attention of some students because it was designed for a different era. The article says AI is exposing the weaknesses of what it describes as a “factory-style” education system built around standardised teaching, fixed curricula and examinations rather than individual curiosity and broader skills.
The concern is not simply that children now have access to ChatGPT and other AI tools. The deeper question is whether schools are giving pupils something that technology alone cannot provide: judgement, creativity, collaboration, ethical reasoning, resilience and the ability to deal with unfamiliar problems.
That debate is becoming more urgent as AI tools offer students instant explanations, personalised tutoring and answers that can sometimes be obtained faster than through traditional classroom methods.
Why traditional schooling is being questioned
For generations, schools have largely been organised around teachers delivering the same material to groups of pupils who are then tested through examinations.
That system has produced strong academic results for many students, but the Financial Times argues that it increasingly sits uneasily with an AI-driven world in which information can be accessed instantly and routine tasks can be automated.
If pupils can ask an AI tutor to explain a difficult concept repeatedly, adapt an explanation to their level and provide immediate feedback, they may begin to question why some classroom learning still depends heavily on passive listening, memorisation and preparing for standardised examinations.
This does not mean teachers have become unnecessary. Instead, it raises a different question: what should teachers and schools concentrate on when technology can already perform some traditional educational tasks?
Children’s relationship with school is already under pressure
There are signs that engagement with school has become a wider concern in England.
The UK Government’s 2026 education policy paper, Every Child Achieving and Thriving, says around one in five children is missing a day of school every fortnight and that the number of children who say they feel they belong at school has declined. The government acknowledged that the education system is not serving every child well and said childhood is changing faster than education policy has been able to respond.
That does not prove that AI itself is causing children to lose interest in school.
Absence, disengagement and dissatisfaction can result from many factors, including mental health, disadvantage, special educational needs, bullying, family circumstances and difficulties with teaching or school culture.
AI, however, is adding another pressure by changing pupils’ expectations about how quickly and personally learning can be delivered.
AI can personalise learning — but there are risks
One of AI’s biggest attractions is personalisation.
A student struggling with algebra, history or chemistry can ask an AI system for another explanation without having to wait for the next lesson or worry about embarrassment in front of classmates.
AI tools can potentially adjust questions to a student’s level, provide feedback and allow pupils to work at their own pace.
The UK Government is now exploring AI tutoring tools for secondary-school pupils, with plans for teachers, AI laboratories and technology companies to develop and test systems designed to complement classroom teaching.
The government says the intention is not to replace teachers but to expand access to the type of personalised one-to-one support that has traditionally been easier for wealthier families to obtain through private tutoring.
But there is an important warning.
The same government paper says emerging evidence suggests that simply giving children access to general-purpose AI can sometimes harm learning because the technology may provide answers without requiring pupils to think through problems themselves.
That means a child may complete homework faster while understanding less.
Schools may need to teach different skills
The Financial Times points towards a broader shift in thinking about what education should achieve.
Rather than concentrating mainly on examination performance, the article highlights growing interest in skills that remain distinctly human and are likely to become more valuable as AI improves. These include adaptability, ethical judgement, deep understanding and the ability to solve unfamiliar problems.
The Organisation for Economic Co-operation and Development, or OECD, has developed a framework called Education for Human Flourishing.
It argues that education systems should prepare young people to be adaptive problem-solvers, ethically capable and able to understand and act in an increasingly complex world.
The OECD says education in the AI era should strengthen human agency and meaning rather than simply train students for jobs based on routine cognitive tasks.
Its separate 2026 AI literacy framework also says pupils should learn not merely how to operate AI tools, but how to understand how they work, question their outputs and use them ethically and creatively. OECD
Exams face a new challenge
AI also creates problems for traditional assessment.
Homework and coursework were once assumed to reflect primarily a student’s own work. Generative AI makes that assumption harder to maintain.
A pupil can now produce essays, solve problems or generate research summaries in seconds.
Schools and examination bodies therefore face a difficult balance: preventing inappropriate AI use while also preparing pupils to use a technology they are likely to encounter throughout university and employment.
Simply banning AI may become increasingly unrealistic.
The bigger challenge may be designing assessments that reveal whether students can understand, question, explain and apply knowledge rather than simply reproduce information.
What happens to the role of teachers?
The rise of AI does not necessarily weaken the case for teachers.
It may strengthen the importance of the parts of teaching that machines cannot easily replicate.
Teachers do more than transmit information. They notice when pupils are struggling, encourage confidence, manage relationships, identify safeguarding problems, create classroom communities and help young people develop socially.
The UK Government describes high-quality teachers as the most important school-based factor in improving pupils’ outcomes, even while investing in AI-supported learning. GOV.UK
The likely future may therefore be less about replacing teachers with technology and more about shifting teachers away from routine tasks towards mentoring, discussion, problem-solving and personalised support.
What parents should know
Parents should be cautious about viewing AI as either the solution to education or the enemy of it.
Used properly, AI could give children additional tutoring, instant feedback and new ways of exploring subjects.
Used badly, it could encourage shortcuts, reduce independent thinking and make it harder for teachers to know what pupils genuinely understand.
The more important question for families may therefore be whether children are learning how to think, rather than simply how to obtain answers.
Parents can also ask schools how they are teaching AI literacy, what rules apply to homework and coursework, and whether pupils are being taught to check information produced by AI systems.
Can schools keep children interested?
The Financial Times’ argument ultimately goes beyond technology.
AI is accelerating a debate that was already under way about whether schools should measure success mainly through examination results or through a broader understanding of what young people need for adult life. Financial Times
Children will still need literacy, numeracy, scientific understanding and subject knowledge.
But they may increasingly also need curiosity, judgement, creativity, collaboration and the ability to recognise when an AI-generated answer is wrong.
Schools that combine strong academic teaching with those wider capabilities may be better placed to remain relevant.
The challenge is not simply to make classrooms more technological. It is to ensure children see a purpose in what they are learning even when information is available instantly from a machine.
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