How Can AI Be Used in Education to Transform Classrooms Today?

AI in Education

13 min read

How Can AI Be Used in Education to Transform Classrooms Today?

Study in depth how AI reshapes education by personalizing learning, assisting teachers, and adding smart tools to the classrooms.

Written by

Olena A.

Published on

Sep 12, 2025

Table of contents

20 Examples of How Is AI Used in Education Now?
Conclusion

Table of contents

20 Examples of How Is AI Used in Education Now?
Conclusion

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Nothing stays the same, and as artificial intelligence is changing modern education, students' needs are changing, too. What would cause students to choose AI technologies? Growing academic pressure, lack of personalized learning, and support are the students' triggers. What is AI doing to classrooms?

According to Forbes (2024), 30% of students use AI tools to reduce study time, while over 60% of teachers say AI helps with accessibility and diverse learning styles. So, the adoption of AI in schools is inevitable; the question is how to address real classroom challenges without compromising learning quality.

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20 Examples of How Is AI Used in Education Now?

Nowadays, there are endless possibilities for the use of artificial intelligence in education, and the number of these possibilities will only increase. From automating routine tasks to creating personalized learning experiences, how technology effects education can be seen in the way it supports both efficiency and learner engagement. Below are the most common and innovative types of AI use in education.

1. Adaptive Learning Platforms

Nowadays, there are endless possibilities for the use of AI in classrooms, and the number of these possibilities will only increase. From automating routine tasks to creating personalized learning experiences, how technology affects education can be seen in the way it supports both efficiency and learner engagement.

One standout example is ALP (Adaptive Learning Platform), which tracks individual students’ lesson pacing through a real-time algorithm, offering instant assessments and feedback. Other notable adaptive learning platforms include 360Learning, Knewton, Adaptemy, and Smart Sparrow, all of which use AI to tailor content to student needs in real time.

2. Tutoring & Grading

AI use in education is especially beneficial for individuals. Intelligent Tutoring Systems (ITS) allow students to receive personalized, one-on-one instruction and feedback with explanations, adapting to their pace and learning gaps. Skye by Third Space Learning is one such tool making this possible in real classrooms.

At the same time, adopting AI in schools is also very practical for teachers. Automated grading systems, such as Gradescope, Quizizz, CoGrader, and Google Classroom, can streamline the evaluation process for quizzes and tests, providing quick and objective feedback that saves hours of manual work.

3. Content Creation Tools

Content creation tools are widely used by both students and teachers to generate customized learning materials. These tools help produce quizzes, flashcards, summaries, and entire lessons tailored to learners’ needs and levels. For example, Quizlet allows users to build interactive flashcards, while Canva Magic Classroom makes it easy to design visually engaging presentations and worksheets. Curipod, on the other hand, helps teachers generate lesson plans and creative activities in seconds. The possibilities for content generation in education are truly limitless.

4. Chatbots & Virtual Assistants

Chatbots and AI assistants streamline classroom management by handling repetitive tasks like answering student FAQs, sending reminders, or helping with platform navigation. For example, Duolingo’s chatbot supports language learners with real-time conversation practice, while Mainstay sends proactive text nudges to guide students through enrollment and coursework. Tools like Dr. Ivy assist with personalized academic support, and Winston AI helps educators monitor student engagement and automate basic tasks.

5. Predictive Analytics

Using data-driven insights, many universities integrate AI and BI chatbots into their LSM system to identify at-risk students and help them. The analysis can also help identify which learning material should be improved or changed based on the learner’s reaction. For example, the Open University’s OU Analyse system uses AI to predict which students are at risk of failing courses. By analyzing clickstream data and engagement patterns, the system provides tutors with insights to offer timely support.

6. Plagiarism Detection

AI and learning can progress together through tools that detect plagiarism, copied material, or AI-generated content, ensuring academic integrity remains a priority. Platforms like Turnitin and Copyleaks are widely used in schools and universities to scan assignments for originality. StudyPro also offers students the ability to check essays for plagiarism alongside its other AI-powered academic writing tools, helping learners submit clean, authentic work with confidence.

7. Essay Feedback & Writing Assistants

With AI writing assistants, students can improve their grammar, expand their vocabulary, and strengthen their writing style. Tools like Grammarly offer grammar correction and tone suggestions in real time, while Yomu AI provides structured writing support for essay planning. StudyPro stands out as a versatile academic platform; it not only gives AI-powered writing feedback but also helps students outline, paraphrase, and check their essays for clarity and structure.

8. Language Learning Tools

AI technologies can’t replace real teachers, but they make learning new languages far more accessible. Instead of relying solely on textbooks, learners can use apps like Duolingo and Busuu, which personalize grammar and vocabulary exercises. Platforms like Glossika focus on sentence-based learning, while Memrise uses spaced repetition and native speaker videos to enhance pronunciation and comprehension. These AI-powered tools offer adaptive practice that evolves with the learner’s progress, making language acquisition more interactive and effective.

9. AI-Powered Review Dashboards

AI-powered review dashboards in education are designed to analyze student performance data and deliver personalized insights. For example, platforms like MagicSchool.ai help teachers identify patterns in learning gaps and adjust instruction accordingly. Similarly, Carnegie Learning uses real-time data to adapt math instruction to each student’s progress. These tools enable educators to monitor growth, fine-tune learning pathways, and provide timely, data-driven support that aligns with individual learning needs.

10. Virtual Reality (VR) / Augmented Reality (AR)

One of the best innovations related to the use of AI in education is the integration of VR and AR technologies. These tools allow students and teachers to explore immersive simulations that bring abstract or complex topics to life. In fields like medicine, platforms such as Oxford Medical Simulation provide realistic clinical scenarios, while VirtualSpeech helps students build communication skills in lifelike settings. For astronomy, Visual Star Tours enables learners to explore celestial environments interactively, enhancing spatial and conceptual understanding.

11. Exam Proctoring Systems

While one of the key negatives of AI is the potential for misuse, like students cheating or using shortcuts, AI also offers powerful tools to combat these issues. Exam Proctoring Systems leverage facial recognition for identity verification, eye-tracking to monitor focus, and behavioral analysis to detect suspicious activities during online exams. Solutions like Proctorio and ProctorU are widely adopted for remote testing, helping educators uphold academic integrity while ensuring a fair testing environment.

12. Accessibility and Inclusive Learning

AI-powered tools are increasingly used to improve accessibility and support neurodiverse learners in the classroom. For example, speech-to-text captioning systems, already common in messengers and platforms like Google Docs, help students with hearing impairments or those who are non-native speakers by providing instant transcription and improved comprehension. Structuring presentations and lessons, simplifying text, or breaking tasks into smaller steps can assist learners with dyslexia, ADHD, or other learning needs. Tools like Microsoft Copilot help generate and refine instructional content, while MathGPT offers guided solutions in math-heavy subjects.

Meanwhile, artificial intelligence in schools can also detect signs of dyslexia risk early on and recommend personalized interventions, such as micro-lessons or teacher guidance. Platforms like Lexplore, EarlyBird Education, and Amira Learning demonstrate how AI-driven screening and adaptive instruction are reshaping learning for students who need additional support.

13. Administrative Automation and Curriculum Design

Educators are increasingly turning to AI tools to streamline both administrative and instructional workflows. On the administrative side, artificial intelligence simplifies time-consuming tasks like attendance tracking, scheduling, and grading, freeing up educators to focus more on teaching. Tools such as the K12 system and Gradescope are already widely used for these purposes. At the same time, AI-powered curriculum design assistants help teachers create or refine lesson plans by offering curated resources, sample activities, and content suggestions. Platforms like Eduaide.ai and MagicSchool.ai demonstrate how AI can act as a collaborative partner in designing engaging, effective learning experiences.

14. Parental Communication Aids

Platforms like AI-powered parent communication systems help teachers send updates about homework, behaviour, and achievements. Parents get personalised messages about their child's day via programs like Google Family Link and Replika.

15. Real-Time Translation

Teachers can leverage AI to translate content for multilingual students, improving comprehension and making lessons more accessible to learners from diverse language backgrounds. While not a replacement for professional translators, automating translation can save valuable time and enhance classroom inclusivity. Tools like Worldly enable real-time captioning and translation during lessons, Maestra AI helps convert educational videos into multiple languages, and Translated supports multilingual communication in written materials, making instruction clearer for all students.

16. Gamified Learning

Who doesn’t like games? Engaging students with game-like elements that adapt based on performance is a great example of advanced classroom activities. Platforms like Prodigy Math personalize math learning through interactive quests, while Labster offers science simulations where students conduct experiments in virtual labs. Even Roblox, originally a gaming platform, is now used by educators to teach coding, digital storytelling, and problem-solving through gamified experiences.

17. Voice Assistants in Classrooms

Voice assistants are becoming increasingly helpful in modern classrooms. Teachers use AI-powered tools like Siri, Alexa, and Google Assistant to handle routine tasks such as setting reminders, managing schedules, answering quick factual questions, or playing instructional audio. These tools help reduce administrative burden, allowing educators to focus more on teaching and interacting with students directly.

18. Tutoring in STEM Subjects

Tutoring in STEM subjects like math, engineering, and coding benefits significantly from AI-powered guidance and hands-on problem-solving tools. Platforms and kits such as LEGO Mindstorms, Spike Prime, and VEX Robotics offer interactive learning experiences that teach students how to build, code, and experiment. For more advanced applications, MakerBot and Ultimaker provide 3D printing and prototyping solutions that support creativity and innovation in classroom STEM projects.

19. Cybersecurity

AI is revolutionizing how students and professionals learn about cybersecurity by simulating real-world threat environments and automating threat detection training. AI-powered platforms can generate realistic attack scenarios, enabling learners to practice identifying vulnerabilities, defending networks, and responding to cyberattacks, all in a controlled, adaptive environment.

These tools continuously evolve based on user performance, ensuring that training remains relevant and aligned with current cyber risks. For instance, CybSafe offers behavior-based learning paths, while RangeForce simulates hands-on cyber ranges for defensive tactics. Immersive Labs allows users to develop cybersecurity skills through real-time threat intelligence and challenges, making AI a key driver in preparing the next generation of cybersecurity experts.

20. AI-Enhanced Learning Simulations

Artificial intelligence plays a transformative role in creating interactive simulations that support practical, hands-on learning in fields like medicine, aviation, and engineering. These AI-powered environments adjust in real time based on student input, offering personalized feedback and immersive practice scenarios. For instance, aspiring pilots can engage in flight simulations that mimic real-life conditions, while medical students can explore diagnostic scenarios without risk to patients.

AI also enables the creation of virtual tours and 3D educational environments, enriching studies in history, geography, and science. Tools such as DreamBox, Quizlet, and even Minecraft Education Edition have integrated simulation-like features, making abstract or complex subjects more tangible and engaging through experiential learning.

Conclusion

We entered the era when using AI in education is not an option, but a must. AI offers personalized learning, instant feedback, and smarter classroom tools. From adaptive platforms to plagiarism detection and essay coaching, students now have resources tailored to their pace and style. The number of tools is enormous, including VR, voice, or text assistants, and many more.

We want to point out extremely helpful tools, such as the AI essay writer tool. Tools like this help learners brainstorm, outline, write, and refine their work while maintaining academic integrity.

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Frequently asked questions

Teachers can harness AI practically to personalize learning, improve engagement, and support students with different needs. For example, adaptive learning platforms like Knewton or Adaptemy adjust lesson pacing in real time; AI grading tools such as Gradescope streamline feedback on assignments; speech-to-text features help ESL students or learners with disabilities; and chatbots can answer FAQs or quiz students after class. Some tools even create custom lesson plans or generate educational content, saving prep time.

AI usage in schools can change through personalized learning experiences that adapt to each student’s learning style. Based on the current trends, the future advancements will rely on adaptive learning platforms and intelligent tutoring systems that provide real-time feedback, track progress, and guide students at their own pace. These tools will support more inclusive, flexible education models tailored to individual needs.

Firstly, teachers can use interactive tools like Kahoot! or Nearpod to motivate students to be more active and present. For writing-focused tasks, StudyPro offers a full suite of AI-powered academic tools, including grammar support and citation features, to help students plan, draft, and refine their work with integrity and confidence. AI-powered platforms such as Gradescope and Turnitin provide detailed feedback on student assignments. Additionally, tools like ScribeSense assist in shaping effective instructional strategies, automating grading, and generating lesson plans.

Sources:

Zoting, S. (2025, July 23). AI in Education Market Size to Surge USD 112.30 Bn by 2034. https://www.precedenceresearch.com/ai-in-education-market
Hamilton, I. (2024, June 6). Artificial intelligence in Education: Teachers’ opinions on AI in the classroom. Forbes Advisor. https://www.forbes.com/advisor/education/it-and-tech/artificial-intelligence-in-school/
MIT Sloan Teaching & Learning Technologies. (2025, June 27). Getting Started with AI-Enhanced Teaching: A Practical Guide for Instructors - MIT Sloan Teaching & Learning Technologies. https://mitsloanedtech.mit.edu/ai/teach/getting-started/

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