Pupils fear AI is eroding their ability to study, research finds
A recent Oxford University Press study of 2,000 UK pupils aged 13‑18 finds that while 80% regularly use AI for schoolwork, a majority believe it undermines their learning, creativity and problem‑solving. Teachers and policymakers are urged to provide clearer guidance as AI tools become commonplace…
Recent research commissioned by Oxford University Press (OUP) has highlighted a growing tension in UK secondary schools: while artificial intelligence tools such as ChatGPT are now used by the vast majority of pupils, many students worry that these technologies are eroding fundamental study skills.
Widespread use, mixed feelings
The OUP survey, which gathered responses from 2,000 learners aged 13 to 18, revealed that only 2% of participants claimed they never use AI for schoolwork. In contrast, a striking 80% reported regular use, ranging from quick fact‑checking to drafting essays. Despite this high adoption rate, 62% of respondents said AI has a negative impact on their academic development.
One in four students agreed with the statement that AI “makes it too easy for me to find the answers without doing the work myself.” Another 12% felt that AI “limits my creative thinking,” and similar proportions said they were less likely to solve problems or write creatively when relying on generative tools.
Students’ nuanced understanding
Alexandra Tomescu, OUP’s generative AI and machine learning product specialist, emphasized that pupils display a sophisticated awareness of AI’s benefits and pitfalls. “For 60% of students to say they are concerned that AI tools encourage copying rather than doing original work shows a deep understanding of what schoolwork is meant to achieve,” Tomescu explained. She added that young people often receive insufficient credit for navigating technology independently.
These findings echo earlier academic work. A 2024 study from the Massachusetts Institute of Technology measured brain activity while students wrote essays with the assistance of large language models (LLMs). The researchers warned that reliance on LLMs could have long‑term educational consequences, underscoring the need for further investigation.
Teachers’ role and emerging support
Nearly half of the surveyed pupils expressed concern that classmates might be “secretly using AI” without teacher detection. Many respondents also called for more guidance from educators on how to use AI responsibly and evaluate the reliability of its output.
In response, OUP announced the launch of an AI education hub designed to help teachers integrate AI into curricula while safeguarding learning outcomes. Tomescu noted that despite assumptions of a generational technology gap, students still look to teachers for direction on productive AI use.
Daniel Williams, assistant headteacher and AI lead at Bishop Vesey’s Grammar School in Birmingham, confirmed that the survey mirrors his observations. “Pupils recognise AI’s value for creativity, revision, and problem‑solving but often treat it as a shortcut rather than a learning tool,” he said.
Potential benefits amid concerns
While criticism dominates the headlines, the OUP data also highlight positive outcomes. About 31% of students did not see any negative impact on their skills, and a minority reported skill gains. Eighteen percent said AI helped them understand problems better, and 15% claimed it sparked “new and better” ideas.
Individual testimonies illustrate these benefits. A 15‑year‑old girl explained, “I have been able to understand maths better and it helps me to solve difficult questions.” A 14‑year‑old boy added, “I now think faster than I used to.” Such comments suggest that, when used deliberately, AI can reinforce comprehension and accelerate cognitive processing.
What comes next?
The OUP report signals a call to action for educators, policymakers, and technology providers. Clear guidelines, teacher training, and transparent assessment practices will be essential to balance AI’s convenience with the preservation of critical thinking and creativity. As AI tools become embedded in everyday learning, ongoing research will be needed to monitor their long‑term effects on student development.
For now, the conversation is shifting from whether AI belongs in the classroom to how it can be harnessed responsibly without compromising the core purpose of education: to cultivate independent, analytical, and inventive minds.
Why it matters
Understanding pupils' attitudes toward AI helps schools design policies that protect learning while leveraging technology's advantages.
Key points
- 80% of UK pupils aged 13‑18 regularly use AI for schoolwork
- 62% believe AI harms their skills, with 25% saying it makes work too easy
- Students show nuanced awareness of AI's risks, fearing reduced creativity and problem‑solving
- Teachers are urged to provide clearer guidance; OUP is launching an AI education hub
- A minority report skill gains, citing better problem understanding and faster thinking
Frequently asked questions
How many UK students use AI for schoolwork according to the OUP study?
The OUP survey found that 80% of pupils aged 13‑18 regularly use AI tools for their school assignments.
What are the main concerns students have about AI in education?
Students worry that AI makes it too easy to find answers without effort, limits creative thinking, and reduces opportunities to solve problems independently.
Is there any evidence that AI can improve learning?
Yes, a portion of respondents reported benefits such as better understanding of problems (18%) and generating new ideas (15%). Individual students also noted improved maths comprehension and faster thinking.
What is OUP doing to address the issues raised?
Oxford University Press is creating an AI education hub to support teachers with guidance on appropriate AI use and assessment of its reliability.
How do teachers view the rise of AI in classrooms?
Many educators, like Bishop Vesey’s assistant headteacher Daniel Williams, see AI as a useful tool for revision and creativity but are concerned it is often used as a shortcut rather than a learning aid.
