Artificial intelligence in content personalisation and adaptation
2. Selected tools and artificial intelligence systems for personalisation and content adaptation
2.1. List of tutorials: AI tools and systems for personalisation and adaptation of content
The following AI tools and systems are designed for the personalisation and adaptation of educational content, selected based on their availability, pedagogical value, and applicability in higher education. The attached tutorials allow users to explore their capabilities and understand how they can enhance the creation and adaptation of teaching materials.
1. ChatGPT (OpenAI)
Description: A generative artificial intelligence model that enables the creation of customised educational materials, assistance with essay writing, explanations of complex topics, and interactive dialogues with students.
Uses: Creating personalised tasks, providing learning support, and assisting with research work.
Relevance: ChatGPT is the most widely used tool in higher education due to its flexibility and ability to adapt content to various levels of complexity and learning styles.
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2. Google Gemini (formerly Bard)
Description: Google’s advanced AI model that combines text, image, and multimedia capabilities.
Uses: Creating personalised modules, visuals, and interactive teaching materials.
Relevance: Integrated with Google Workspace, it is a practical tool for higher education instructors, allowing easy implementation within existing Google environments (Docs, Slides, Classroom).
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3. Claude (Anthropic)
Description: A generative model developed with an emphasis on ethics, accuracy, and transparency.
Uses: Academic writing, content analysis, and automated summarisation of scientific articles.
Relevance: Claude is well-suited for academic contexts because it reduces the risk of bias and misinformation, contributing to the quality of educational materials.
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4. Jasper AI
Description: A tool for generating educational texts and teaching materials with the ability to adjust tone and writing style.
Uses: Creating teaching units, seminar texts, project descriptions, and educational guides.
Relevance: Jasper AI provides a high level of control over text style and tone, distinguishing it from other tools and making it suitable for academic writing and communication.
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5. Writesonic
Description: A generative tool that enables rapid creation of educational texts, explanations, and tasks.
Uses: Adapting content to different knowledge levels, creating test questions, and creating didactic materials.
Relevance: Known for its speed and ability to adapt content to target student groups, Writesonic is useful for teachers seeking to personalise materials effectively.
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6. Copy.ai
Description: A tool for automatically generating shorter educational texts, summaries, and questions.
Uses: Creating short teaching units, summaries, and quiz questions.
Relevance: Easy to use and enables quick creation of micro-content to supplement core teaching materials.
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7. Curipod
Description: A platform powered by artificial intelligence to create interactive presentations and quizzes with elements of collaboration and active learning.
Uses: Creating dynamic lessons, surveys, and quizzes that adapt to student needs.
Relevance: Curipod uses artificial intelligence to automatically generate content and question suggestions, simplifying lesson preparation and encouraging active participation.
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8. Khan Academy AI Tutor
Description: A virtual assistant that monitors learning and provides personalised recommendations.
Uses: Individualised support for students through additional materials and assignments.
Relevance: AI Tutor enables personalised learning in real time and helps students master content independently.
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9. Microsoft 365 Copilot and Designer
Description: Tools integrated into the Microsoft environment, using artificial intelligence to create textual and visual educational materials.
Uses: Automating the preparation of presentations, work materials, and educational documents.
Relevance: The main advantage is full integration with tools teachers already use, allowing quick implementation in higher education without the need to learn new systems.
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10. Synthesia
Description: An artificial intelligence tool for creating video lessons with avatars that speak and adapt content to the target audience.
Uses: Creating video materials that replace traditional lectures.
Relevance: Enables simple and affordable creation of professional video lessons without technical equipment, increasing student accessibility and engagement.
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11. Pixverse UI
Description: A platform that enables the generation of visual content using artificial intelligence, helping instructors and teachers create engaging and personalised graphic materials for education.
Uses: Creating illustrations, infographics, and graphic elements for educational content.
Relevance: Provides teachers with the ability to quickly create visually appealing materials that enhance understanding and help retain student attention.
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12. DALL-E (OpenAI)
Description: A generative tool that creates images based on users' text descriptions.
Uses: Creating illustrations and visuals to accompany and enrich educational content.
Relevance: DALL·E opens new possibilities in visual expression and supports the creation of creative, customised materials that aid in understanding complex concepts.
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Note:
Most of the tools listed offer basic functionality for free, with advanced features available by subscription. While reading and studying the tutorials, it is recommended to explore the appearance and functionality of each tool to better understand how artificial intelligence contributes to the personalised and adaptive creation of educational content.
There are many artificial intelligence tools available today for creating, adapting, and improving educational content. Their functionalities vary according to purpose, complexity, and level of integration into educational systems. When choosing, it is important to consider pedagogical goals, technical capabilities, and the reliability of the source.
For an additional overview of more than 50 tools currently most commonly used in education and enabling creative design of teaching materials, the recommended source is:
Note: For most of the listed artificial intelligence tools and systems, additional video tutorials and guides can be found on the official YouTube channels of the manufacturers or user communities. Following these channels is recommended to gain insight into the latest instructions, examples, and best practices for applying artificial intelligence in education.
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