How does Kahoot! align with Bloom's taxonomy in higher education?

Key takeaways:

• Kahoot! can support learning activities across all six cognitive processes in Bloom’s taxonomy. What matters is how the activities are designed.
• Educators using Kahoot! aren’t limited to multiple-choice questions that challenge students’ factual recall. Polls, open-ended questions, brainstorms, and slides can also help students apply knowledge, analyze evidence and explore different perspectives.
• Learning doesn’t stop when students submit an answer. Group discussions, debates and follow-up questions can encourage deeper thinking.

When educators consider using Kahoot! in higher education, a common question is whether the tool can support the different levels of Bloom’s taxonomy.

The short answer is yes. Kahoot! can support learning activities across all six cognitive processes, but what’s important is the questions we ask and what type of thinking they are requiring from students.

What is Bloom’s taxonomy?

Bloom’s taxonomy is a framework educators use to describe different levels of thinking and to design learning objectives, activities, and assessments.

The taxonomy identifies six cognitive processes, from remembering and understanding information to applying knowledge, analyzing evidence, evaluating ideas, and creating something new.

The six categories are:

• Remember: Recall facts and information.
• Understand: Explain ideas and concepts.
• Apply: Use knowledge in new situations.
• Analyze: Examine information and identify relationships.
• Evaluate: Make judgments based on evidence and criteria.
• Create: Develop new ideas, solutions, or products.

While these categories are often illustrated as a pyramid, it doesn’t necessarily mean that the categories exist in a sequential or hierarchical order. Different categories call for different types of thinking, and remembering foundational knowledge is just as important to the learning process. For example, recalling essential terminology may be exactly what an introductory biology student needs to do. In another context, students might need to interpret experimental findings, evaluate competing explanations or develop a research proposal of their own.

When designing learning activities, educators can ask: Does the activity require students to engage in the kind of thinking described in the learning objective?

Bloom’s taxonomy in practice

A Kahoot! session in higher education can be much more than a series of fact-based questions. Instructors can combine slides, videos, data, polls, open-ended questions, and brainstorm activities to create opportunities for students to interpret information, apply their knowledge, and discuss different perspectives.

Many instructors also prefer assigning students to teams, and having peer-to-peer discussions as part of the learning activity. Sometimes, the most valuable learning happens before students submit an answer, or in the discussion that follows.

Let’s look at three examples from different higher education disciplines.

1. Research methods: Interpreting evidence and questioning conclusions

Imagine a research methods class where students are learning to interpret scientific findings.

In this activity, we want students to go beyond understanding research results. The goal is for them to analyze data, evaluate the strength of the evidence, and create new research questions. Through individual responses, small-group discussions, and brainstorming, students practice questioning conclusions and defending their reasoning.

The instructor begins with a Kahoot! slide showing results from two hypothetical studies:

The instructor then launches a poll:

Rather than treating this as a question with one correct answer, the instructor uses the different responses to start a discussion.

Students work in small groups to consider the difference between effect size and statistical precision, what the confidence intervals suggest, and what information is missing.

The instructor then follows up with an open-ended question:

Students might raise questions about methodology, possible biases, practical significance, or whether the findings would generalize to another population.

Finally, a brainstorm activity invites students to develop follow-up research questions. Students can vote on each other’s ideas, to resurface the best ones for closer examination.

In this example, the slide provides the evidence, the poll reveals students’ initial judgments, which also gives the instructor a formative check of the students’ understanding. Finally the open-ended and brainstorm questions encourage students to critically examine those judgments and explore new research directions.

The goal isn’t simply to identify the correct answer. It’s to practice interpreting research and constructing evidence-based arguments.

2. Medicine: Applying knowledge to clinical decision-making

In medical and nursing education, students need to do more than remember symptoms or diagnoses. They need to recognize patterns, interpret clinical information and make reasoned decisions under uncertainty.

In this activity, we want students to work in small groups, draw on their clinical knowledge, and apply it to a realistic patient scenario. The goal is to analyze clinical information, evaluate possible diagnoses and next steps, and explain the reasoning behind their decisions.

The instructor begins with a Kahoot! slide presenting a simulated patient case:

Instead of immediately asking students to identify a diagnosis, the instructor presents an open-ended question:

Students discuss the case in pairs or small groups before submitting their answers.

Some might ask about recent weight changes, family history, medications, or the duration of symptoms. Others might prioritize different questions.

The instructor can use these responses to discuss which information is most relevant and why. He can ask students to justify their answer and compare their reasoning.

Next, a slide reveals additional clinical information, including selected laboratory results. Students are asked:

Again, students discuss their reasoning before responding.

The instructor can then use a poll to explore different proposed next steps, followed by a discussion of the evidence and appropriate clinical guidance. As new information becomes available, students can revisit their initial assumptions and refine their conclusions.

The activity moves from applying foundational knowledge to analyzing information and evaluating possible decisions.

Not every question needs to have a single correct answer. In clinical education, understanding why students reached different conclusions can be just as valuable as identifying the most appropriate one.

Kahoot! provides a way to structure the scenario, gather responses, and make different lines of reasoning visible to the class. It also gives everyone an opportunity to contribute, rather than limiting participation to the few students who usually speak up.

3. Criminal justice: Analyzing situations and debating interpretations

In criminal justice and law-related courses, students are often expected to interpret situations, apply legal principles and evaluate competing arguments.

In this activity, we want students to examine a hypothetical incident, discuss different interpretations in small groups, and apply their knowledge of legal principles. The goal is to analyze the available evidence, evaluate possible charges, and defend their conclusions with reasoned arguments.

An instructor begins by showing a short video depicting a hypothetical incident on a Kahoot! slide. Students observe what happens, consider what remains uncertain, and think about which legal principles might apply.

The instructor follows the video with an open-ended question:

Based on what you’ve seen, which criminal charges might be considered, and why?

Before submitting their answers, students discuss the scenario in small groups.

Different groups might identify different possible charges, depending on how they interpret the evidence and the legal elements involved.

When the responses appear, the instructor invites groups to explain their reasoning.

A follow-up poll might ask:

This opens up a discussion about what the video actually establishes, what assumptions students may have made, and what additional evidence would be needed under the applicable law.

The instructor can then introduce new evidence through another slide and ask students to reconsider their initial responses. Would they reach the same conclusion? Has the new evidence changed their interpretation? Can they still defend their original argument?

This creates an opportunity for students to apply legal concepts, distinguish observations from assumptions and evaluate competing interpretations.

The learning isn’t limited to the question on the screen. It happens through the reasoning students use to reach their conclusions, the arguments they exchange, and the way they respond to new evidence.

What do these examples tell us about Bloom’s taxonomy?

These three activities look quite different, but they share an important characteristic: students are asked to do something with their knowledge, not simply reproduce it.

In the research methods example, students interpret evidence and challenge conclusions. In the clinical scenario, they apply knowledge to a patient case and explain their decisions. In the criminal justice example, they analyze a situation, consider different interpretations, and defend their reasoning.

Several cognitive processes may be involved in the same activity. Analyzing a clinical case, for instance, can require students to remember relevant knowledge, apply it to the situation, and evaluate possible explanations.

Importantly, not all of this thinking needs to happen individually or within the question itself. Students might discuss a case in teams before answering, use a poll to explore different opinions, or reconsider their responses after hearing alternative arguments or receiving new information.

The question type provides a way for students to respond. The learning activity determines what they’re being asked to think about.

That’s why alignment with Bloom’s taxonomy is ultimately about intentional teaching design.

Start with the learning objective

When creating questions inside a kahoot, start by asking what you want students to do with their knowledge. Do they need to remember a concept, apply it to a new situation, analyze the evidence, evaluate different explanations, or perhaps develop a new idea?

Then consider how questions, slides, peer discussions and follow-up activities can help students practice that kind of thinking. You don’t need to cover all Bloom’s six categories in one lesson: the goal is to design a learning experience that matches what students are expected to learn.

Sometimes, one well-designed question can be the starting point for a much deeper conversation.