What makes a student a good learner?

It is tempting to think that academic success is mainly about remembering information, completing homework, and getting good grades. But effective learning involves much more than knowledge.

Students also need to know how to think.

They need to be able to focus on important information, recognize patterns, compare ideas, solve unfamiliar problems, make decisions, and reflect on their own thinking.

These abilities are often described as thinking skills or cognitive skills. They form an important foundation for learning across different subjects and, increasingly, for using technology and artificial intelligence effectively.

Here are seven thinking skills every student can benefit from developing.

1. Attention and Observation

Before a student can understand information, they first need to notice it.

Attention helps learners focus on relevant information while filtering out distractions. Observation goes a step further: it involves looking carefully, noticing details, and identifying information that may not be immediately obvious.

For example, when solving a mathematics problem, a student needs to notice exactly what the question is asking. In reading, they need to identify important details and relationships between ideas.

Strong attention and observation can help students avoid careless mistakes and approach learning more deliberately.

How can students develop this skill?

Encourage students to:

• Look carefully before answering

• Identify the most important information in a question

• Describe what they see before interpreting it

• Notice similarities and differences

• Check their work for overlooked details

A simple question can help:

"What do you notice?"

Before asking for the answer, encourage the student to slow down and observe.

2. Comparison

Comparison is one of the most fundamental thinking skills.

Students constantly need to compare things: numbers, concepts, texts, scientific observations, historical events, arguments, and possible solutions.

But effective comparison is more than saying that two things are "the same" or "different."

Students need to identify which characteristics they are comparing and explain why those similarities or differences matter.

For example, instead of simply asking:

we can ask:

This encourages more structured thinking.

How can students develop this skill?

Ask students to compare:

• Two ideas

• Two solutions to the same problem

• Two characters in a story

• Two mathematical methods

• Two sources of information

• Two possible decisions

Encourage them to explain how they made the comparison, not just what they concluded.

3. Classification and Organization

As students learn, they encounter enormous amounts of information.

Classification helps them organize that information into meaningful groups.

For example, a student might classify animals according to characteristics, organize vocabulary by meaning, or group mathematical problems according to the method required to solve them.

The important part is not simply putting things into categories. Students should also think about why something belongs in a particular category.

This develops their ability to recognize patterns and relationships.

Try asking:

"What do these things have in common?"

"How could you group them?"

"What rule did you use to create your groups?"

These questions encourage students to think about the principles behind their classifications.

4. Reasoning and Making Connections

Learning becomes more powerful when students can connect one piece of information to another.

Reasoning involves using information to reach a conclusion, explain a relationship, or consider what might happen next.

For example, a student might ask:

• If this is true, what else might be true?

• What evidence supports this conclusion?

• Why did this happen?

• What would happen if one part of the situation changed?

Instead of accepting an answer immediately, students learn to examine the relationship between information and conclusions.

How can parents and teachers encourage reasoning?

Instead of immediately saying whether an answer is correct, try asking:

or:

This shifts the focus from simply producing an answer to understanding the thinking behind it.

5. Problem-Solving and Planning

Not every problem can be solved by remembering a formula or following a familiar example.

Students will eventually encounter unfamiliar situations where they need to decide what to do first.

That is why planning is an important part of problem-solving.

A thoughtful problem solver may:

1. Understand the problem

2. Identify the relevant information

3. Consider possible approaches

4. Choose a strategy

5. Try the strategy

6. Check the result

7. Adjust the approach if necessary

Students do not always need to get the answer right on the first attempt.

Learning to plan, test, evaluate, and revise is itself an important thinking skill.

A useful question to ask is:

"What is your plan before you start?"

This encourages students to think before acting.

6. Critical Thinking

Students today have access to more information than ever before.

With search engines, social media, online videos, and AI tools, information can be found almost instantly.

But having access to information is not the same as knowing whether that information is reliable.

Critical thinking helps students evaluate information rather than accepting every statement at face value.

Students can learn to ask:

• What is the evidence?

• Where did this information come from?

• Is there another explanation?

• What assumptions are being made?

• Does the evidence actually support the conclusion?

• Could the information be incomplete or misleading?

These questions are increasingly important in an AI-powered world.

AI systems can provide useful explanations and ideas, but students still need the ability to evaluate what they receive.

The goal is not to teach students to distrust technology. It is to teach them to use technology thoughtfully.

7. Metacognition: Thinking About Your Thinking

Perhaps one of the most powerful thinking skills is metacognition — the ability to think about and reflect on your own thinking and learning.

A student with strong metacognitive awareness can begin to recognize:

• What they understand

• What they don't understand

• Which strategies work for them

• Where they made a mistake

• Why they made that mistake

• What they could try differently next time

For example, instead of saying:

a student can learn to ask:

That is a much more useful question.

It turns a general judgment about ability into a specific learning problem that can potentially be addressed.

Encourage students to reflect

After completing a task, ask:

"What worked?"

"What was difficult?"

"What mistake did you make?"

"What would you do differently next time?"

These questions help students become more aware of their own learning process.

Why These Thinking Skills Matter in the Age of AI

Artificial intelligence is changing education.

Students can now use AI tools to ask questions, receive explanations, generate ideas, summarize information, and practise concepts.

This can provide valuable learning support.

But there is an important distinction between having access to answers and knowing how to think about those answers.

A student who can use AI effectively still needs to:

• Ask meaningful questions

• Identify what information they need

• Evaluate the response

• Recognize possible errors

• Compare different explanations

• Apply information to a new situation

• Make independent decisions

In other words, AI can support learning, but thinking skills remain the foundation of good learning.

How FIE Cognitive Training Relates to Thinking Skills

The Feuerstein Instrumental Enrichment (FIE) approach focuses on developing cognitive processes and learning strategies through structured activities.

FIE activities can engage skills such as comparison, classification, analysis, reasoning, planning, and reflection.

An important aspect of this approach is helping learners understand how they approached a problem, rather than focusing only on whether they produced the correct answer.

This process can encourage students to become more deliberate, reflective, and independent learners.

Thinking skills are not simply academic skills. They can influence how students approach challenges, interpret information, and respond to unfamiliar situations.

Thinking Skills Can Be Developed

One of the most important ideas in cognitive development is that thinking should not be treated as something that students either "have" or "don't have."

Students can practise thinking.

They can learn to slow down, observe carefully, compare systematically, organize information, plan their approach, evaluate evidence, and reflect on their mistakes.

The goal is not to make every student think in exactly the same way.

Instead, it is to help students develop a toolbox of thinking strategies that they can use when facing different learning challenges.

Final Thoughts

Academic knowledge will always matter.

But knowledge becomes much more powerful when students have the thinking skills needed to use it.

The seven skills we explored are:

1. Attention and observation

2. Comparison

3. Classification and organisation

4. Reasoning and making connections

5. Problem-solving and planning

6. Critical thinking

7. Metacognition

Developing these skills can help students become more thoughtful, independent, and adaptable learners.

And as AI becomes a bigger part of education, these abilities may become even more important. The future of learning is not simply about knowing more information. It is about knowing how to think, how to learn, and how to use information wisely.

At My Brilliant Will, we believe technology and cognitive development can work together to support a more complete approach to learning.

Explore AI tutoring and FIE cognitive training at My Brilliant Will.