One of the most celebrated benefits of AI in education is its ability to create personalised learning experiences. Traditional education systems often struggle to cater to the diverse needs of students, leading to a one-size-fits-all approach. AI, however, can tailor educational content and pacing to individual learners, allowing each student to progress at their own speed.

For instance, Apple Intelligence has introduced innovative AI-driven features that enhance the learning experience, particularly through its handwriting recognition capabilities. On devices like the iPad, students can use the Apple Pencil to write out mathematical equations by hand. The AI instantly recognises the handwriting, converts it into digital text, and performs the calculation in real-time.

This functionality not only makes learning more interactive and intuitive but also helps students engage with mathematical concepts in a more natural and tactile way. The ability to seamlessly integrate handwriting with digital computation exemplifies how AI can bridge traditional learning methods with modern technology, providing students with a versatile and enriched educational experience.

Pearson’s AI Study Tools offer a revolutionary approach to contextual learning by integrating AI directly with trusted Pearson content. Unlike generic tools, these AI-powered study aids pull from vetted educational resources to help students achieve proficiency and master key course concepts. What sets Pearson’s AI Study Tools apart is their ability to provide personalised support, recognising that no two learners are the same. The generative AI chat tool goes beyond a one-size-fits-all approach, delivering individualised practice, feedback, and guidance tailored to each student's unique needs.

_{Image of Pearson's AI Study Tools, which utilise a scaffolded approach to guide learning, sourced from Pearson.com}

Administrative Efficiency

AI's impact extends beyond the classroom, offering substantial improvements in administrative efficiency. Tasks that traditionally consumed significant amounts of time, such as grading, scheduling, and data management, can now be automated. AI-driven systems can quickly and accurately assess assignments, providing instant feedback to students and freeing up educators to focus on more meaningful interactions.

Gradescope's AI capabilities allow it to evaluate handwritten assignments, multiple-choice tests, and even complex coding exercises with precision. This automation speeds up the grading process, ensuring timely feedback and enabling teachers to dedicate more time to instructional activities rather than administrative tasks.

_{Image showcasing GradeScope's ability to mark hand-written Physics papers, sourced from Gradescope.com}

Moreover, AI can assist in managing student records, tracking progress, and even predicting academic outcomes. For example, Civitas Learning uses predictive analytics to help institutions identify students at risk of dropping out. By analysing various data points, such as attendance, grades, and engagement levels, Civitas Learning provides actionable insights to educators, allowing them to intervene early and support students who may be struggling.

_{Image showing insights chunked from the report, obtained from CivitasLearning.com}

Accessibility and Inclusion

AI is also playing a crucial role in making education more accessible and inclusive. For students with disabilities or those in remote areas, AI-powered tools can bridge gaps that were once insurmountable.

For instance, Seeing AI, developed by Microsoft, is an AI-powered app designed to assist visually impaired students by narrating the world around them. It can read text aloud, describe scenes, identify products via barcodes, and even recognise faces. This app empowers visually impaired students to engage more fully with educational content and their surroundings.

_{Screenshot showing functionalities of Seeing Ai, obtained from Apple.com}

Platforms like Otter.ai use AI to transcribe spoken language into text in real-time, benefiting students who are deaf or hard of hearing by providing them with instant access to classroom discussions and lectures. Virtual classrooms, facilitated by AI, allow students in remote or underserved regions to participate in lessons alongside their peers from across the globe. Platforms like Khan Academy use AI to provide students with personalised practice problems and instructional videos, ensuring that learners can receive a high-quality education regardless of their location.

_{Screenshot showing real-time transcribing from Otter AI, obtained from Otter.ai}