Swedish Study Explores AI’s Role in Supporting Academic Success

A recent study finds that AI tools are particularly helpful for students with cognitive challenges but raises concerns about overreliance.

The rapid adoption of AI tools like ChatGPT has sparked a significant debate about their role in education. Researchers in Sweden have recently examined the relationship between adolescents’ executive function (EF) abilities and their use of generative AI chatbots for schoolwork. Their findings, published in Frontiers in Artificial Intelligence, reveal that students with EF challenges find these tools especially helpful, suggesting a potential supportive role for AI in education. However, the study also cautions against overreliance, which could impede the development of essential cognitive skills.

The research team from Lund University conducted two studies involving students aged 12 to 19. The first study included 385 adolescents from four primary schools, while the second involved 359 high school students. They found that AI chatbot usage increased with age, with 53% of older students using AI tools compared to only 15% of younger adolescents. This trend may reflect the growing complexity of assignments as students advance in their education and the increasing familiarity and acceptance of AI technologies.

A significant finding of the study was that students who struggle with EF perceived AI tools as much more useful for schoolwork than their peers. Johan Klarin, a school psychologist and research assistant at Lund University, explained, “Students with more EF challenges found these tools particularly useful, especially for completing assignments.” This suggests that AI tools can be a valuable resource for students who find traditional learning methods challenging, offering new ways to support academic achievement.

While the potential benefits are clear, the researchers warn of possible drawbacks. Dr Daiva Daukantaitė, project leader and associate professor at Lund University, expressed concern about the impact of overreliance on AI tools, stating, “Overreliance on these tools could hinder or delay the development of EFs and students’ learning. This should be carefully considered when implementing AI support in schools, and the effects should be studied longitudinally.” The study’s results highlight the need for balanced use, ensuring that AI enhances learning rather than replacing critical cognitive development.

This discussion has broader implications for research institutions, which often rely on the integrity and development of students’ critical thinking and problem-solving abilities. As future researchers, students must learn to engage deeply with content, analyse data, and develop original ideas—skills that could be undermined by excessive dependence on AI tools. Therefore, it is crucial for educational and research institutions to establish guidelines that promote the ethical and effective use of AI, fostering environments where technology supports rather than supplants intellectual growth.

The distinction between support and cheating is another area of concern. Klarin emphasised, “The line between cheating and using AI tools as an aid should be drawn based on the intent and extent of use.” When used to complete entire assignments, AI tools cross into academic dishonesty. However, when used for research, idea generation, or understanding complex concepts, they can be a legitimate aid, provided students critically engage with the AI-generated content.

To maximise the benefits while minimising risks, the researchers advocate for clear guidelines on AI use in educational settings. This includes teaching digital literacy, promoting ethical considerations, and providing professional development for educators. Such measures would help ensure that AI serves as a tool for enhancement rather than a crutch, maintaining academic integrity and preparing students for the intellectual demands of higher education and research.

While the study provides valuable insights, it also acknowledges limitations, such as reliance on self-reported data and the specific context of Swedish schools, where each student has access to a free laptop. Further research across different educational settings and age groups is necessary to fully understand AI’s impact on learning and its implications for research institutions.

“Our work lays the initial groundwork to inform educators, policymakers, and technology developers about the role of generative AI in education,” said Daukantaitė, “and how to balance its benefits with the need to maintain academic integrity and promote genuine learning.” As the integration of AI into education continues to grow, its impact on both students’ academic success and the future of research remains a critical area for ongoing exploration.

You can read the original paper “Adolescents’ Use and Perceived Usefulness of Generative AI for Schoolwork: Exploring Their Relationships with Executive Functioning and Academic Achievement” in Frontiers in Artificial Intelligence.