By Dr Eduardo Napoli, Course Coordinator in Business, & Lecturer in Criminology, FSB Croydon Campus | Article Date: 7th August 2026
Artificial intelligence (AI), particularly generative AI (GenAI), is becoming increasingly integrated into education, not only as a learning tool for students but also as a resource for teachers. Many educators are encouraged to use GenAI to assist with administrative tasks such as preparing lesson materials, creating assessments and organising classroom resources, with the expectation that these tools will save time and reduce workload. However, evidence suggests that AI-generatedcontent often requires careful review, correction and adaptation before it can be used effectively in educational settings. Teachers must apply their professional judgement to ensure that AI-produced materials are accurate, pedagogically appropriate and suitable for their students’ needs. This highlights that the value of AI in education depends not only on the technology itself but also on the expertise of teachers who evaluate and refine its outputs. Rather than replacing educators, AI should support their work while recognising the essential role of human judgement, educational experience and meaningful teacher–student interaction (Selwyn et al., 2025).
As AI continues to develop and become more widely integrated into teaching and learning, it is essential for educators and students to understand both its benefits and its potential risks so they can use it effectively and ethically. Balancing technological innovation with critical thinking and fairness is becoming increasingly important. This blog explores current research, evidence and key insights into AI in education, examining how it can improve educational outcomes while minimising risks to learning, fairness and academic integrity.
Positive Aspects of AI in Education
A major benefit of AI in education is its ability to tailor learning experiences to the individual needs of students. In many traditional classrooms, teachers must present the same lesson to learners with different abilities, learning styles and rates of progress. AI-powered systems can evaluate students’ performance and adjust the level of difficulty, pace and learning resources to better match their individual requirements. For instance, a student who needs additional support may receive further explanations and practice activities, while a more advanced learner can be offered more challenging tasks. By adapting instruction in this way, AI can make learning more effective, increase student engagement and enhance academic achievement. Studies suggest that personalised AI-supported learning can improve both student participation and educational outcomes (Su, 2025).
AI can also provide immediate feedback. Students do not always receive feedback quickly because teachers may need considerable time to mark assignments and assess progress. AI-supported systems can identify errors, explain possible solutions and provide practice activities within seconds. Immediate feedback may help students recognise misunderstandings before they become long-term learning problems. Generative AI tools can also act as interactive study assistants by answering questions, summarising difficult material and creating examples or practice exercises. Nevertheless, students should check AI-generated information rather than accepting every response as correct.
Another positive aspect is increased accessibility. AI technologies can support students with disabilities through speech recognition, text-to-speech software, automated captions and personalised learning resources. Translation tools may also help students who are learning in a second language. These applications can reduce barriers and allow more learners to participate actively in education. AI may therefore contribute to more inclusive learning environments when it is designed and implemented responsibly (Chiu et al., 2024).
AI can additionally support teachers by reducing repetitive administrative work. Automated systems may assist with creating quizzes, organising learning materials and identifying students who require additional support. This could allow teachers to spend more time on mentoring, discussion and individual guidance. However, AI should not replace professional judgement because teaching involves empathy, social understanding and knowledge of students’ personal circumstances. Overall, AI offers significant educational benefits when it is used as a tool that strengthens, rather than substitutes for, human teaching.
Risks and Challenges of AI in Education
Despite its advantages, AI also creates important challenges for education, particularly regarding the development of essential academic skills. One significant concern is that frequent reliance on AI may reduce students’ opportunities to develop and practise their own writing abilities. As AI tools can generate well-structured text, suggest vocabulary, improve grammar and organise ideas, students may gradually become less confident in expressing their own thoughts independently. Over time, this may weaken their ability to write clearly, develop arguments and communicate effectively, which are fundamental skills in higher education and professional life. Educational institutions should therefore establish clear guidelines that encourage AI to be used as a support tool while ensuring that students continue to develop their own academic writing abilities (Bittle & El-Gayar, 2025).
Another concern is the potential decline in students’ understanding of academic writing conventions. AI can automatically improve sentence structure, organise content, apply formatting and assist with referencing. Although these features can enhance the quality of written work, excessive dependence on them may reduce students’ ability to learn how to structure academic papers, present information logically and apply formatting and referencing standards independently (Hong, L., 2025). Mastering these conventions remains an essential part of academic development, and students should be encouraged to use AI to receive feedback rather than to replace their own writing process.
AI may also reduce opportunities to develop analytical skills and creativity. Writing is not only a method of communication but also a process through which students analyse information, evaluate evidence and refine their own ideas. If students rely heavily on AI-generated suggestions throughout this process, they may engage less deeply with learning and become less capable of producing original arguments. Educators should therefore design activities that require students to demonstrate independent reasoning, reflection and creativity while using AI responsibly as a learning aid (Zhou et al., 2025).
Another challenge is that unequal access to AI technologies may widen educational inequalities. Students with reliable internet access, modern devices and paid AI services may gain greater advantages than those with limited access to these resources. Differences in digital literacy may further increase this gap, as students with stronger technological skills are better able to benefit from AI tools. Ensuring equitable access to digital resources and providing AI literacy training for all students are therefore important priorities for educational institutions (Sultan et al., 2025).
Finally, education should ensure that AI complements rather than replaces the learning process. Students must continue to develop their own writing, communication, critical thinking and research skills through regular practice. Assessment methods should therefore encourage independent expression and reflection, allowing students to demonstrate genuine understanding while using AI responsibly to support, rather than substitute for, their learning (Mhlanga, 2023; Haroud & Saqri, 2025).
Conclusion
AI can improve education through personalised learning, immediate feedback, greater accessibility and support for teachers. These benefits may increase student engagement and help learners receive assistance that is better suited to their individual needs. However, AI also creates serious concerns involving academic dishonesty, inaccurate information, privacy, bias, unequal access and excessive dependence. These challenges demonstrate that educational technology must be introduced carefully and ethically.
Overall, AI can improve educational outcomes when it is used as a supportive learning tool under effective human guidance. Schools and universities should establish clear AI policies, provide AI-literacy education, protect student data and ensure equal access to appropriate technologies. Teachers should continue to make important educational and ethical decisions because AI cannot replace human empathy, professional judgement or meaningful relationships. Assessment should also be redesigned to value critical thinking, reflection and the learning process. Responsible and balanced integration is therefore essential if AI is to strengthen education without damaging its fundamental purposes.
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