Bloom’s Taxonomy and AI Integration

March 19, 2025

The use of innovative methods in education is always important for providing students with more efficient learning processes. In recent years, the integration of artificial intelligence (AI) technologies in education has gained significant attention. Bloom's Taxonomy is a powerful tool that educators can use to develop students' cognitive skills, and combining this taxonomy with AI can enhance the teaching process. This article discusses how Bloom's Taxonomy can be integrated with artificial intelligence in education.

What is Bloom’s Taxonomy?

Bloom's Taxonomy is a framework that ranks learning objectives into six different levels: Remembering, Understanding, Applying, Analyzing, Evaluating, and Creating. This taxonomy helps students gradually develop their cognitive skills. Educators can design activities aimed at enhancing students' skills at each level. Artificial intelligence, when integrated into these activities, can make the learning process more interactive and comprehensive.

AI and Bloom’s Taxonomy Unite

Artificial intelligence is an excellent tool for making students' learning processes more interactive. AI-supported tools allow students to actively process information, providing effective learning opportunities at each level of Bloom’s Taxonomy. Below, we explore how AI integration can create activities for each level.

Remembering

The Remembering level involves students' ability to recall information they have learned. Artificial intelligence can be used to remind students of information and encourage them to review it. For example, tools like ChatGPT can help students recall information they have learned in the past and ask them various questions to prepare for exams.

Example Activity: Students answer questions provided by artificial intelligence to recall the information they have learned.

Understanding

Understanding involves the ability to explain information in one's own words and convey it to others. AI can provide interactive guidance to help students grasp concepts better. Chatbots, for example, can ask students to summarize texts or provide explanations to help them understand a topic.

Example Activity: Students summarize a text or provide an explanation on a topic based on the clarifications they receive from AI.

Applying

At the Applying level, students should be able to use the knowledge they have learned in new situations. AI-supported tools can provide students with practical tasks by relating the knowledge they have learned to real-world problems. For instance, students can participate in a problem-solving process with the assistance of AI.

Example Activity: Students address a topic and design a solution with the suggestions provided by AI.

Analyzing

The Analyzing level involves breaking down information, identifying relationships, and analyzing it. AI tools can assist students in analyzing data and examining the findings. For example, AI can provide students with datasets and scenarios for them to analyze.

Example Activity: Students analyze a dataset provided by AI and interpret the findings.

Evaluating

Evaluating involves judging information based on various criteria and making decisions. AI tools can guide students in evaluating their analyses and offering alternative solutions. This is particularly important for developing students' critical thinking skills.

Example Activity: Students evaluate solution suggestions provided by AI and offer critiques on these solutions.

Creating

At the Creating level, students should be able to develop new ideas and solutions. AI provides tools that allow students to participate in creative processes. For example, generative AI tools can inspire students while they create their own projects.

Example Activity: Students design their own projects with the help of AI and share these projects with the class.

Conclusion

Artificial intelligence, when integrated into education, provides students with more interactive, creative, and in-depth learning opportunities through Bloom’s Taxonomy. Educators can use these tools to develop students' skills at each cognitive level and create effective learning processes.

AI-supported activities not only help students acquire the necessary skills to succeed in the digital world of the future but also align with pedagogically grounded teaching strategies. These innovative approaches in education provide a productive and enriching experience for both teachers and students.