HOTS in the Age of Creative Education: Are We Really Assessing Higher-Order Thinking?

 
Education has spent a long time teaching students to remember.

  • Remember the definition.
  • Remember the formula.
  • Remember the process.
  • Remember the answer.

But the world students are entering increasingly asks them to do something different.

  • Analyse information.
  • Evaluate possibilities.
  • Solve unfamiliar problems.
  • Make decisions.
  • Question assumptions.
  • Connect ideas.
  • Create something that did not exist before.

These are generally described as Higher-Order Thinking Skills, or HOTS.

And as education moves towards creativity, innovation, problem-solving and independent thinking, HOTS is becoming increasingly important.

But there is a question we should perhaps ask more often:

Are we actually assessing higher-order thinking, or are we simply giving students harder questions?

A difficult question is not necessarily a higher-order question

Consider these two questions.

Question 1:

“List five causes of climate change.”

Question 2:

“Two countries are considering different approaches to reducing carbon emissions. Which approach would you recommend, and what evidence supports your decision?”

The second question is clearly more demanding. But difficulty alone does not make it higher-order thinking.

The important difference is what the student has to do with what they know.

The first question primarily asks the student to retrieve information.

The second requires them to examine information, compare possibilities, evaluate evidence and make a reasoned judgement.

That is a very different kind of thinking and this distinction matters because education can easily confuse difficulty with cognitive depth.

A question can be difficult because it requires students to remember a large amount of information. Another question can be relatively simple but require genuine analysis or judgement. 

So perhaps the first question we should ask when designing an assessment is not:

“How difficult is this question?”

but:

“What kind of thinking does this question require?”



HOTS is not simply about getting the harder question right

Bloom's Taxonomy gives us a useful way of thinking about cognitive processes.

Remembering and understanding provide important foundations. Students cannot analyse something they do not understand. They cannot evaluate evidence they cannot interpret. They cannot create a meaningful solution without some knowledge of the problem. 

So this is not an argument for abandoning foundational knowledge.

Quite the opposite.

Higher-order thinking depends on knowledge. The difference is what happens after knowledge has been acquired.

  • Can the student apply it in a new situation?
  • Can they identify relationships?
  • Can they break a problem into parts?
  • Can they compare different approaches?
  • Can they evaluate evidence?
  • Can they justify a decision?
  • Can they develop an alternative solution?

That is where HOTS becomes particularly relevant to creative education.

Creativity needs thinking behind it

We sometimes talk about creativity as if it simply means producing something new.

But a new idea is not automatically a useful idea. A different solution is not automatically a better solution and doing something differently is not necessarily evidence of good thinking.

This is why HOTS and creativity belong in the same conversation.

A student might generate five possible solutions to a problem.

That demonstrates idea generation but what happens next?

  • Can the student examine those solutions?
  • Can they identify their strengths and weaknesses?
  • Can they test one?
  • Can they recognise an unintended consequence?
  • Can they modify the idea?
  • Can they explain why one solution is more appropriate than another?

This is where higher-order thinking becomes important.

Creativity generates possibilities.

Higher-order thinking helps us examine, evaluate and develop those possibilities.

The two do not have to compete. They can work together.



The problem with the traditional exam

Now consider the way many assessments are still designed.

Students study a defined body of knowledge. They receive questions. They produce answers. Those answers are compared against an expected response. 

There is nothing inherently wrong with this.

Sometimes we need to know whether a student has understood a concept or mastered a particular skill.

The problem begins when we claim that the same assessment tells us how well a student can think.

  • Does a student who can reproduce an excellent answer necessarily know how to solve an unfamiliar problem?
  • Does a student who scores highly on a well-structured examination necessarily know how to evaluate competing possibilities?
  • Does getting the expected answer demonstrate the ability to question the assumptions behind the question?

Not necessarily.

And this is where assessment needs to catch up with what we say we value most.

What would a HOTS assessment actually look like?

Imagine a computer science class.

Instead of asking:

“Define deadlock and list the four necessary conditions.”

the teacher might present a system in which several processes are competing for resources and ask:

“The system has reached a state where progress has stopped. Examine the situation,
identify the possible cause, and propose a way of resolving it. Explain why your approach would work.”

The student now has to use knowledge. But knowledge alone is not enough. They have to analyse the situation, identify relationships, consider alternatives. make a decision and explain their reasoning.

Perhaps there is an even better version.

Give students an unfamiliar scenario where the solution is not immediately obvious.

Now we begin to see something closer to the thinking we want to develop.

The same principle applies across subjects.

In science, don't only ask students to recall a principle. Give them evidence and ask them to interpret it.

In history, don't only ask what happened. Ask them to examine competing explanations.

In mathematics, don't always provide the method. Give students a problem where they have to decide which method might work.

In language, don't only ask for comprehension. Ask students to interpret, defend an argument or construct an alternative perspective.

The subject changes.

The underlying question does not:

What kind of thinking are we asking the learner to demonstrate?

And then comes the difficult part: assessment

Higher-order thinking is not always visible in a final answer.

Two students may arrive at the same answer through very different reasoning.

One may have carefully examined several possibilities.

Another may have guessed correctly.

A conventional marking scheme may give them the same result.

That is where assessment becomes more interesting.

Perhaps we need to look not only at what students produce, but also at how they arrived there.

  • Reasoning.
  • Evidence.
  • Choices.
  • Alternatives considered.
  • Revisions.
  • Justification.
  • Reflection.

This does not mean abandoning grades or standards.

It means recognising that the final answer may not contain all the evidence of thinking.

And that brings us back to the question:

Are we assessing higher-order thinking or are we simply making the questions harder?

The next step in creative education

If education genuinely wants to develop creative, adaptable and independent thinkers, HOTS cannot remain something that appears occasionally in a few examination questions.

It has to become part of everyday learning.

Students should regularly encounter problems that do not have an immediately obvious path.

  • They should be asked to explain their reasoning.
  • They should compare approaches.
  • They should defend decisions.
  • They should revise ideas when new evidence appears.
  • They should sometimes be allowed to reach an answer that is different from the teacher's first expectation—provided they can explain and justify it.

That last point is important.

Higher-order thinking does not mean accepting every unusual answer.

It means giving students the opportunity to think beyond the obvious and then evaluate what they have found.

That is also where HOTS connects with the idea of responsible creativity.

We don't want students simply to produce something different.

We want them to understand, question, explore, evaluate and improve.



Perhaps the real question is bigger

Education has become increasingly interested in creativity, innovation, problem-solving and future-ready skills.

That is encouraging.

But changing the language of education is easier than changing the way we teach and assess.

We can put “critical thinking” and “creativity” into a curriculum document.

We can mention HOTS in a lesson plan.

We can even write “HOTS question” at the top of an examination paper.

But none of that guarantees that higher-order thinking is actually taking place.

Perhaps the real test is much simpler:

When a student is faced with something they have never seen before, can they use what they know to make sense of it, explore possibilities, make a judgement and develop a response?

If the answer is yes, we may be getting closer to the kind of education we say we want.

Because the future may not belong simply to students who know the most answers.

It may increasingly belong to people who know what to do when there is no obvious answer.

What do you think? 👇

I'd be interested to hear from teachers, educators, lecturers, academic leaders and other education professionals who have experience with these issues. If you have a different perspective, a classroom experience, or an approach that has worked for you, please feel free to share it in the comments.

Thoughtful disagreement is welcome too. The aim is to learn from one another and keep the conversation going. Thank you!

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