If your child is a strongly visual, creative, or big-picture learner, you may have noticed something interesting.

They can sometimes grasp a complex idea almost instantly—yet struggle to explain the steps that got them there.

They may understand the whole picture but overlook important details.

They might have wonderful ideas but have difficulty organizing them in order.

Or they may solve a problem intuitively and then look completely puzzled when you ask:

“How did you do that?”

At Child1st, we often describe these children as having right-brain learning strengths.

But children need more than their strongest way of processing information. They also need to develop skills such as sequencing, organization, verbal processing, attention to detail, and step-by-step problem solving.

That's where what are commonly called left-brain activities can help.

What Are Left-Brain Activities?

If you've searched for “how to activate the left brain,” “left brain exercises,” or “how to strengthen the left side of the brain,” you're probably looking for activities that exercise skills traditionally associated with left-brain processing.

These include:

• sequencing;
• organization;
• attention to detail;
• verbal processing;
• categorizing;
• planning;
• logical analysis;
• following steps in order; and
• working systematically from one part of a problem to the next.

The phrase left-brained is useful shorthand for talking about these kinds of processing strengths, but it shouldn't be taken to mean that one side of the brain works while the other switches off.

Both sides of the brain work together.

At Child1st, we use terms such as right-brained and left-brained as practical ways of describing contrasting learning preferences and strengths.

Not sure what we mean by right-brained learning? Read What Is Right-Brained Learning? What “Right-Brained” Really Means.

The goal isn't to “activate” one half of a child's brain.

The goal is to strengthen skills that may not come as naturally to the child while using their existing strengths to help them get there.

Should We Try to Make a Right-Brained Child More Left-Brained?

No.

A child who is highly visual, creative, intuitive, spatial, or holistic has valuable strengths.

We don't want to replace those strengths.

But imagine a child who sees the big picture beautifully and struggles to put the details in order.

Should we say:

“That's just the way this child learns,”

and never teach sequencing?

Of course not.

Or suppose a child has wonderful ideas for a story but has difficulty organizing them into a beginning, middle, and end.

We don't want to eliminate the child's creativity.

We want to help that child organize the creativity so other people can understand it.

That's the distinction.

Use strengths as a bridge to develop skills that are harder.

Here are ten practical ways to do that.

1. Put Events and Instructions in Sequence

Sequencing is fundamental to many academic and everyday tasks.

Children need to understand that some things happen in a particular order:

first → next → then → last

But you don't have to begin with a page full of written directions.

Start with something the child can see and manipulate.

For example, print or draw pictures showing the steps for making a sandwich.

Mix them up.

Ask the child to put them in the correct order.

Then have the child explain:

“First I…”

“Next I…”

“Then I…”

“Last I…”

You can do the same with:

• events from a familiar story;
• a morning routine;
• planting a seed;
• making a simple recipe;
• getting ready for bed;
• completing a craft; or
• solving a math problem.

Why this works

The child can initially see the whole sequence, which supports a visual strength.

But the task requires them to organize the individual pieces in order.

Over time, reduce the amount of visual support and ask the child to generate the sequence independently.

2. Practice Following Multi-Step Directions

Some children do well with one direction:

“Get your shoes.”

But struggle when directions become:

“Get your shoes, put your book in your backpack, get your water bottle, and meet me by the door.”

That's a lot of ordered information to retain and execute.

Begin by making the sequence visible:

1. Shoes
2. Book → backpack
3. Water bottle
4. Door

Let the child refer to the list while completing the task.

Once that becomes easy, shorten the visual reminder.

Eventually, try giving two steps verbally without a visual, then three.

The goal isn't to remove helpful supports as quickly as possible.

It's to provide enough support for success and then gradually build independence.

3. Sort and Categorize Information

Categorizing requires children to pay attention to details while also identifying relationships.

Give a child a collection of objects or cards and ask:

“How could we sort these?”

Suppose you have pictures of:

a dog, cat, robin, eagle, goldfish, and shark.

The child might sort them by:

where they live, whether they have fur, feathers, or scales, or how they move.

Now change the rule.

The same objects may need to be reorganized based on a different characteristic.

This can be done academically too.

In reading and spelling

Sort words by spelling pattern or sound.

In math

Sort shapes by number of sides, angles, or other attributes.

In science

Classify animals, plants, rocks, materials, or states of matter.

In grammar

Sort words into nouns, verbs, and adjectives.

The child gets to use visual comparison while also practicing analysis, categorization, and attention to defining features.

4. Ask the Child to Explain the Steps

A child may know the answer without consciously thinking through how they arrived at it.

That's not necessarily a problem.

But being able to explain a process is an important skill.

After the child solves something, ask:

“Show me how you figured that out.”

For a math problem, they might point to a model while explaining each step.

For spelling, ask:

“What sounds do you hear, and how did you decide which spelling to use?”

After completing a project:

“What did you do first? What did you do after that?”

At first, let the child use pictures, objects, diagrams, or gestures while explaining.

Eventually, encourage increasingly precise language.

This connects something the child may understand visually or intuitively with ordered verbal expression.

5. Use Puzzles and Step-by-Step Problem Solving

Puzzles can be excellent left-brain activities because they require children to notice details, test possibilities, and work toward a solution.

Try:

• mazes;
• pattern puzzles;
• logic games;
• sequencing puzzles;
• tangrams;
• age-appropriate Sudoku;
• building challenges; or
• puzzles that require following a set of clues.

But there's an important twist.

Don't focus only on whether the child reaches the correct answer.

Afterward, ask:

“What did you try first?”

“How did you know that didn't work?”

“What did you try next?”

“What clue helped you solve it?”

You're helping the child become aware of the process, not simply the solution.

6. Plan Before Beginning

Some big-picture learners are wonderful at jumping directly into a project.

Sometimes that's a strength.

Sometimes it results in discovering halfway through that they needed three supplies they don't have!

Teach a simple planning routine:

What am I trying to accomplish?

What do I need?

What should I do first?

What comes next?

How will I know I'm finished?

For younger children, draw or use pictures for each step.

Older children can create a checklist.

This works for:

• school projects;
• writing assignments;
• crafts;
• cooking;
• cleaning a room;
• science experiments; and
• everyday responsibilities.

Planning teaches children to mentally organize a task before acting.

7. Strengthen Sequence in Reading and Writing

Reading and writing provide many natural opportunities to practice sequential processing.

Put a story in order

After reading a story, write or illustrate several important events on separate cards.

Mix them up.

Ask the child to put them back in order.

Then retell the story using:

First…

Next…

Then…

Finally…

Organize writing visually

A child with wonderful ideas may become frustrated when asked to turn them immediately into paragraphs.

Let them first capture the big picture.

They might draw the story or create a simple organizer showing:

Beginning → Middle → End

Then turn each section into sentences.

You're using the visual overview to build the sequential writing process.

Work with sentence structure

Put individual words on cards:

The | little | dog | chased | the | ball.

Let the child physically arrange them into a sentence.

Then read the sentence and write it.

The child can see and manipulate the sequence before producing it independently.

8. Use Math to Practice Sequential Reasoning

Math is a wonderful place to combine visual strengths with sequential thinking.

Suppose a child needs to solve:

23 + 18

Instead of immediately teaching a procedure as disconnected steps, first make the quantities visible with place-value materials or a drawing.

Then connect what the child sees to an ordered process.

Ask:

What do we know?

What do we need to find?

What should we do first?

What happens next?

How can we check our answer?

For word problems, the child might:

1. Draw what is happening.
2. Identify the important quantities.
3. Determine what the question is asking.
4. Choose an operation.
5. Solve.
6. Check whether the answer makes sense.

The visual model provides meaning.

The sequence provides organization.

Patterns are useful too

Ask the child to continue and explain patterns:

2, 4, 6, 8, __

or

3, 6, 9, 12, __

Don't stop at the answer.

Ask:

“What's the rule?”

That requires the learner to turn something they may see intuitively into an explicit relationship.

Child1st Right-Brained Math

9. Play Memory and Attention-to-Detail Games

Big-picture thinkers can sometimes grasp the overall meaning of something while missing smaller details.

Games make detail practice much more enjoyable.

Try:

What's Missing?

Place five or six objects on a table.

Let the child study them.

Ask the child to close their eyes while you remove one.

Which object disappeared?

Increase the number as the game becomes easier.

What's Different?

Arrange several objects.

Have the child look away while you change one detail.

Can they identify the change?

Remember the Order

Show three pictures in sequence.

Cover them.

Can the child reproduce the order?

Increase to four, five, or more as appropriate.

Spot the Difference

Use two similar pictures and look for small differences.

These games require children to move from:

“I see the whole thing”

toward:

“I notice the individual details within the whole.”

10. Combine Visual Strengths With Sequential Tasks

This may be the most important strategy of all.

If a child struggles with sequential information, we don't have to suddenly teach everything in a dry, verbal, step-by-step fashion.

Instead, use the child's visual strengths to make the sequence visible.

Suppose a child needs to learn the water cycle.

Show the entire cycle first.

Then identify:

evaporation → condensation → precipitation → collection

Let the child arrange picture cards in order.

Have them physically move water-cycle labels into position.

Let them draw the process.

Then have them explain it without looking at the visual.

The child moves from:

whole picture

to

individual parts

to

ordered sequence

to

independent understanding.

That's a very different approach from saying:

“You're right-brained, so you don't need to learn sequentially.”

The sequence still matters.

We're simply providing a better bridge to it.

How Can I “Activate” My Child's Left Brain?

Parents sometimes search for ways to activate the left side of the brain because they notice their child struggles with tasks commonly described as left-brained.

There's no special switch you need to turn on.

Instead, think in terms of practicing the underlying skills.

If sequencing is difficult, practice sequencing.

If organization is difficult, teach planning and organization.

If the child skips details, practice noticing and comparing details.

If verbal explanations are difficult, help the child translate visual understanding into words.

If multi-step tasks are difficult, provide visual support and gradually build the child's ability to manage more steps independently.

These abilities develop through instruction and practice—not by abandoning the child's natural strengths.

Left-Brain Activities for Reading

Reading requires many skills working together, and some of them are highly sequential.

Written English moves across the page in a predictable direction.

Letters occur in a specific order.

Sounds within words occur in sequence.

Changing that sequence changes the word.

Consider:

was

and

saw

The letters are the same.

The order is not.

That makes reading and spelling natural opportunities for strengthening attention to sequence and detail.

When teaching reading:

• have children identify sounds in order;
• map sounds to their spellings;
• blend from left to right;
• build words with letter tiles;
• compare similar words;
• notice exactly what changes from one word to another; and
• practice reading increasingly complex connected text.

Visual supports can make those relationships easier to see, but the child still learns to attend carefully to the sequence of letters and sounds.

Left-Brain Activities for Writing

Writing asks a child to organize ideas in a sequence that someone else can follow.

For a strongly holistic thinker, the entire idea may seem perfectly clear internally.

Getting it onto paper is another matter!

Try beginning visually.

Let the child brainstorm or sketch the whole idea.

Then organize it.

For example:

Main idea

↓

First point

↓

Second point

↓

Third point

↓

Conclusion

Once the structure is visible, begin writing one section at a time.

This allows the child to keep the big picture while developing the sequential skills needed to communicate it.

Left-Brain Activities for Everyday Life

These skills don't have to be practiced only during schoolwork.

Everyday life is full of opportunities.

Cooking

Follow a recipe in order.

Ask what would happen if you performed certain steps out of sequence.

Building

Follow illustrated instructions to construct something.

Then try building it again with fewer instructions.

Shopping

Make a categorized shopping list and plan an efficient order for finding the items.

Cleaning

Break a large job into smaller tasks and determine the order.

Getting ready

Create a morning routine and gradually reduce reminders.

Games

Play games requiring strategy, planning, turn-taking, sequencing, or attention to detail.

The more meaningful the task, the less it feels like an “exercise.”

Should Right-Brained Learners Work on Their Weaker Skills?

Yes—but how we do it matters.

Imagine telling a child:

“You're good at pictures, patterns, and big ideas, so we're going to take all of those things away and make you learn only through your weakest methods.”

That doesn't make much sense.

Instead:

Begin with strength.

Then use that strength to build something new.

A visual learner can use a diagram to understand sequence.

A hands-on learner can physically arrange steps before writing them.

A big-picture learner can see the whole concept before analyzing its parts.

A creative learner can use a story to organize otherwise disconnected information.

Over time, reduce the supports as the new skill becomes stronger.

Building Connections Between Strengths

At Child1st, we don't believe the goal of education is to force every learner into the same mold.

Neither do we believe children should practice only the things that already come easily to them.

Children need opportunities to develop a broad range of skills.

A learner who naturally thinks visually and holistically still needs to:

read sequentially,

organize ideas,

attend to details,

follow directions,

communicate clearly,

and solve problems step by step when the task requires it.

The answer isn't to abandon the child's strengths.

Use those strengths as the bridge.

Show the whole, then examine the parts.

Make the sequence visible, then practice it independently.

Let the child manipulate the steps, then explain them.

Connect new skills with meaning.

And gradually help the learner become comfortable using a wider range of ways to process and communicate information.

That's not about making a right-brained child into a left-brained child.

It's about helping a child become a more flexible, confident, and independent learner.

Suggested Resources

Right-Brained Math
Uses visual patterns, hands-on experiences, and meaningful connections to help children understand number relationships while building increasingly independent math skills.

The Illustrated Book of Sounds & Their Spelling Patterns
Makes sound-spelling relationships visible and uses fingermapping and visual supports to help children understand the structure of written words.

Sound Spelling Teaching Cards
Use visual anchors to reinforce explicitly taught sound-spelling relationships and spelling patterns.

Easy-for-Me™ Children's Readers
Give children opportunities to apply developing word-recognition skills in connected text while building reading fluency and comprehension.