Can Creativity Be Assessed Without Killing It?
We have spent decades asking students to learn the right answers.
Now we are beginning to ask something different.
- Can they generate better questions?
- Can they think differently?
- Can they come up with new ideas?
- Can they solve problems that do not have an obvious answer?
The shift makes sense.
The world of work increasingly values people who can adapt, solve unfamiliar problems and contribute ideas. Creative thinking is no longer being discussed simply as something belonging to artists, designers or naturally imaginative children.
But this creates a rather uncomfortable question.
If creativity becomes an important educational outcome, how do we assess it?
And perhaps an even more uncomfortable one:
Should we?
The danger of making creativity another score
Imagine a future classroom where, alongside mathematics, science and language, every student receives a creativity score.
- Creativity: 7/10.
- Problem-solving: 8/10.
- Innovation aptitude: 6/10.
It sounds measurable. It sounds modern. It sounds useful.
But what have we actually achieved?
We may simply have created another label.
The student who receives a low creativity score may begin to think:
“I am not creative.”
The student who receives a high score may begin to think:
“I am a creative person.”
And we have immediately turned something we wanted to encourage and develop into something we have used to classify children.
That in my opinion would destroy the whole purpose of nurturing creativity.
Creativity can't and shouldn't be judged through a 'right' or 'wrong' binary assessment framework.
That should make us pause.
We have already seen what happens when educational measurement becomes more important than learning itself.
Why would creativity be immune from the same problem?
Perhaps we are asking the wrong question
Instead of asking:
“How creative is this student?”
perhaps a teacher should be asking:
“What evidence do I see that this student's creative thinking is developing?”
That is a very different proposition.
A student might begin to ask questions that nobody else has considered. He/she might find another way of approaching a familiar problem.
A student might generate several possible solutions rather than immediately looking for the expected one. or might combine ideas from different subjects.
A student might experiment, produce an imperfect idea, receive feedback and improve it or simply might even abandon the original idea after discovering that it does not work.
These are not necessarily things that need to become a permanent number or grade poits attached to the child.
They are evidence of thinking..... most importantly, creative thinking.
And perhaps that distinction matters enormously.
What if we collected evidence instead of labels?
Consider two students working on the same problem.
Student A produces a polished solution using the method demonstrated by the teacher.
Student B produces three different approaches.
- The first doesn't work.
- The second almost works.
- The third works, but introduces another problem that the student then has to solve.
Which student is more creative?
We could try to build a rubric and assign points.
But perhaps the more interesting thing is to look at the process.
- What did the student try?
- Why?
- What changed?
- What did they learn from the unsuccessful attempt?
- How did they respond to feedback?
- Could they explain why their final solution was better than their first?
Now the teacher isn't simply measuring creativity.
The teacher is observing creative development.
That feels very different.
But we still need judgement
There is another problem.
If we stop giving creativity a score, how do we know whether our education system is actually developing it?
We cannot simply declare:
“We are teaching creativity.”
We need some evidence.
Perhaps this means moving away from one-off measurement and towards cumulative evidence.
A student's work over time could show how they approach problems, generate alternatives, experiment, revise ideas and make decisions.
A portfolio could contain not only successful work, but drafts, failed attempts, reflections and revisions.
The important evidence may not always be the final product.
Sometimes the most interesting evidence is the journey that produced it.
This also changes the teacher's role.
The teacher is no longer simply asking:
“Is this answer correct?”
They may also ask:
“What made you think of this?”
“What other possibilities did you consider?”
“What would happen if you changed this?”
“Why did you reject your first idea?”
Those questions don't measure creativity with a neat number.
But they may reveal much more about how a student thinks.
And then comes another danger: the creativity rat race
There is something else we should be careful about.
In our enthusiasm to encourage creativity, we could accidentally create another form of conformity.
Imagine telling every child:
Be creative.
Soon, creativity itself becomes an expectation.
Different becomes desirable.
Unusual becomes desirable.
Breaking convention becomes desirable.
And eventually students may learn to perform creativity😕because they know that is what the system rewards.
That would be rather ironic.
We would have replaced:
“Give me the expected answer.”
with:
“Give me an unexpected answer.”
Neither is genuine creative thinking.
Creativity needs encouragement, not classification
There is another part of this discussion that is easy to overlook.
Creativity needs space.It needs curiosity.
It needs experimentation.
And above all, it needs encouragement.
That does not mean that every idea a student produces should be praised as brilliant. Nor does it mean that teachers should avoid critical feedback.
There is an important difference between saying:
“This idea has a problem. Let's see how we can improve it.”
and saying:
“That's a bad idea.”
The first keeps the thinking alive.
The second can shut it down.
A child who is repeatedly made to feel that their ideas are foolish, impractical or wrong may eventually stop offering ideas altogether.
That is why I would be very cautious about introducing labels such as good creativity, bad creativity or moderate creativity.Once we begin classifying creativity in this way, we risk turning a developing capability into another identity.
And there is an even bigger danger.
As we increasingly connect creativity with employability and career success, there will inevitably be pressure to make creativity measurable, comparable and selectable.
Someone may eventually propose a structured model:
Creativity Index: 82
Another student:
Creativity Index: 61
And perhaps, somewhere down the road, someone will suggest that employers, universities or schools use those numbers to make decisions.
It would certainly be convenient.
But would it actually serve the purpose?
Or would students simply learn what the system rewards and begin performing creativity for the assessment?
We have to be careful not to turn creativity into another examination.
Because the moment a student starts thinking:
“What kind of answer will make me look creative?”
we may already have lost something important.
Perhaps creativity should be observed, encouraged, nurtured and evidenced rather than reduced to a permanent score.
- A teacher can recognise growth.
- A portfolio can document experimentation.
- A project can reveal how an idea evolved.
- Reflection can reveal how a student thinks.
- Feedback can help an idea become better.
But none of these necessarily requires us to tell a child:
“You are a 7/10 creative person.”
And perhaps that is one educational label we should be particularly careful about creating.
Because the purpose of developing creativity is not to produce children who can prove that they are creative.
It is to help them become increasingly capable of thinking, exploring, questioning and creating.
Creativity does not mean rejecting everything that already exists
Human beings have built civilisation through accumulated knowledge, systems, rules, conventions, technologies and shared practices.
We don't progress by throwing all of that away every time someone has a new idea.
A scientist needs to understand existing science. An engineer needs to understand existing principles and safety standards. A programmer needs to understand the systems and conventions within which software operates. A doctor cannot simply ignore established knowledge in the name of innovation.
Creativity therefore does not have to mean breaking rules.
Perhaps it means understanding the rules deeply enough to know when they should be questioned and when they should not.
A student might explore another way of solving a problem and eventually conclude:
“I tried another approach, and I now understand why the existing approach works better.”
That is not a failure of creativity.
It may actually be a very mature form of it.
Perhaps we could call this responsible creativity.
Not creativity for the sake of being different.
Not novelty for the sake of novelty.
But the ability to generate alternatives, explore them, evaluate their consequences and make a reasoned judgement.
So what should education actually assess?
Perhaps we should stop trying to answer:
“How creative is this child?”
and start asking:
“Is this child developing the ability to think beyond the obvious, test possibilities, evaluate ideas and improve them?”
That doesn't give us a convenient number.
It doesn't produce a simple ranking.
And perhaps that is precisely why it is difficult.
But education does not always have to make everything convenient to measure.
Sometimes the desire to measure something perfectly can change the thing we were trying to develop in the first place.Creativity may be one of those things.
Perhaps the challenge ahead is not to find the perfect creativity score.
Perhaps it is to build educational environments where teachers can see creativity developing without turning it into another label.
And perhaps the real measure is not whether a student can always produce a new idea.
Maybe it is whether they have developed the confidence and judgement to ask:
“Is there another way?”
And then, just as importantly:
“Is that other way actually better?”
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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