A parent’s guide

Brainmap™ Cognitive Assessment

Discover how your child’s brain listens, sees, focuses, moves and feels — explained simply, and grounded in neuroscience.

A note to parents

Every child is clever in their own way.

When a child struggles with learning, we usually see only the tip of the iceberg: the grades, the unfinished homework, the “he just doesn’t listen”.

Beneath the surface sit the cognitive skills that make learning possible — how the brain pays attention, remembers, processes what it sees and hears, and manages emotions. These skills are rarely tested in class, yet they quietly decide how easy or hard learning feels.

“Brainmap looks beneath the surface — so you can support the cause, not just the symptoms.”

What we see

What drives it — the skills Brainmap™ measures

Assessment · Report · Consultation

What is Brainmap™?

Brainmap™ is a multi-faceted cognitive assessment that maps how your child’s brain takes in, processes, remembers and acts on information . It is a marker for learning temperament, character development and cognitive well-being.

90 minutes

Assessment

Engaging, age-appropriate tasks that measure 26 cognitive skills across 5 domains, at our Damansara centre.

Full report

Report

A full, in-depth profile of your child’s strengths and growth areas, with practical recommendations.

1 hour

Consultation

A one-to-one session to explain every result in plain language and plan next steps together.

Think of it this way

A health screening checks the body’s vital signs. Brainmap™ checks the vital signs of learning.

What it is not

• Not an exam — there is no pass or fail
• Not a single IQ number
• Not a label or a medical diagnosis

The brain science, simply explained

Four ideas that change how we see learning.

The brain can change

Like a path through a forest — the more often it is walked, the clearer and faster it becomes. Skills practised often become easier.

Decades of research by neuroscientists such as Dr Michael Merzenich showed the brain’s maps reorganise with experience, at every age.

Neurons that fire together, wire together

The brain has about 86 billion neurons linked by trillions of connections. Each time a skill is practised, its connections grow stronger.

First described by psychologist Donald Hebb (1949) — now a cornerstone of learning science.

Insulating the wires

Busy pathways get wrapped in myelin, like insulation on an electric cable, so signals travel many times faster.

Myelination continues through childhood and the teenage years — a reason processing speed keeps improving.

Use it or lose it

The brain trims connections it rarely uses so it can strengthen the ones it uses most — like a gardener pruning a tree.

Pruning is especially active in early childhood and again in adolescence.

Sources: Hebb, D. O. (1949) The Organization of Behavior; Merzenich, M. et al., cortical plasticity research (UCSF); Azevedo, F. et al. (2009) J. Comp. Neurol.; Giedd, J. (2004) Ann. N. Y. Acad. Sci.

The brain’s neighbourhoods

Your child’s brain map.

Each Brainmap™ domain relies on a different brain system.

Simplified illustration. In reality, every skill draws on networks that connect many regions — which is why Brainmap™ looks at all five domains together.

Who is it for?

A Brainmap™ for every stage of growing up.

The brain develops in waves, so Brainmap™ adapts to your child’s age — measuring what matters most at each stage.

9 – 36 months

Babies

Focus: Milestone progression

In the brain: In the first years of life the brain forms more than a million new neural connections every second. Every cuddle, song and game helps build its architecture.

What Brainmap™ looks at: The specific milestone progression of your baby — early attention, listening and language, movement and coordination, and social connection — so you can be sure they get the best start as they grow.

Try at home: Talk, sing, read and respond to your baby’s sounds. This ‘serve and return’ is one of the most powerful brain-builders there is.

4 – 6 years

Early Years

Focus: Learning temperament

In the brain: By around age six the brain has reached about 90% of its adult size. Circuits for self-control, attention and language are forming rapidly.

What Brainmap™ looks at: Your child’s learning temperament — how they focus, listen, handle frustration and move — giving you constructive, practical insight before formal learning begins.

Try at home: Turn-taking games and pretend play build the brain’s early ‘brakes’ for self-control.

7 – 9 years

Lower Primary

Focus: Active & dormant abilities

In the brain: Thinking speeds up as busy pathways become insulated with myelin. Children begin to prioritise information and build their identity through what they can do.

What Brainmap™ looks at: The active and dormant abilities in your child — which skills are strong, which are still ‘switching on’ — plus the foundations for reading, writing and maths.

Try at home: Praise effort and strategy (“You tried a new way!”) rather than just results. It builds a growth mindset.

10 – 12 years

Upper Primary

Focus: Thinking pathways

In the brain: Logical and deductive reasoning, memory and executive function grow strongly. Thinking becomes closely linked with emotions and a sense of identity.

What Brainmap™ looks at: Your child’s thinking pathways , interests, executive function and emotional profile — so you can guide and nurture rather than push.

Try at home: Let them plan something real — a family outing or a small budget. It exercises the brain’s planning centre.

13 years and above

The Secondary Years

In the brain: a renovation project. Between about 12 and the mid-20s, the brain prunes connections it doesn’t use and insulates the busiest ones — making thinking faster and more efficient.

The accelerator The emotional limbic system matures early — teens feel strongly and seek reward and novelty. · The brakes The prefrontal cortex — planning and self-control — is still being fitted, and matures last. · That is why teenagers can be brilliant thinkers and impulsive at the same time. Brainmap™ evaluates three pillars — thinking skills, cognitive character skills and an intelligence framework — to show how your teen is developing. Secondary-level Brainmap™ involves multiple levels of cognitive application.

Three pillars of the teenage mind

Beyond the five core domains, secondary students are assessed on higher-order skills.

01 Thinking Skills

Critical thinking

questioning and weighing evidence

Creative thinking

generating original ideas

Design thinking

solving real problems by testing and improving

Existential thinking

reflecting on big questions of meaning

Logical thinking

reasoning step by step to sound conclusions

02 Cognitive Character Skills

Identity management

knowing who you are, even under peer pressure

Reasoning skills

building and defending an argument

Communication skills

expressing ideas clearly and listening well

Proactive imagination

imagining possibilities — and acting on them

Executive management

planning, organising and prioritising

03 Intelligence Framework

Emotional intelligence

understanding and managing emotions

Actionable intelligence

turning knowledge into action

Existential intelligence

values, meaning and purpose

Social intelligence

reading and navigating relationships

Visionary intelligence

anticipating the future and preparing for it

What we assess

26 skills. 5 domains. One clear picture.

Each domain is explained three ways: what it is in everyday words, what happens in the brain , and what you might notice at home if it is still developing.

Domain 1 of 5

Auditory Processing

Temporal lobes

“The brain’s radio and notepad”

Hearing happens in the ears — but listening happens in the brain. Sound travels as electrical signals to the auditory cortex in the temporal lobes, which decode it into words and meaning. The brain then holds those words for a few seconds in a ‘mental notepad’ called working memory — just long enough to follow an instruction or finish a sum.

Inside the brain

• Auditory cortex — decodes sounds into speech
• Wernicke’s area — links sounds to meaning
• Phonological loop — keeps words ‘on replay’ in working memory
• Hippocampus — files information into long-term memory

Why it matters for learning

• Following teachers’ instructions
• Phonics, spelling and reading
• Mental maths and times tables
• Listening comprehension

Word Memory — What it is: Holding on to words heard aloud — names, messages, new vocabulary. In the brain: The temporal lobe decodes the words; the hippocampus helps file them away. If still developing: Forgets what the teacher said; finds spelling lists and new words hard to keep.

Working Auditory Memory — What it is: Keeping spoken information in mind while doing something with it — like “carry the 1”. In the brain: The prefrontal cortex manages the mental notepad with the phonological loop. If still developing: Loses track of multi-step instructions and multi-step word problems.

Number Memory — What it is: Remembering a sequence of numbers heard aloud, such as a phone number. In the brain: The phonological loop works with number areas in the parietal lobe. If still developing: Slow at mental arithmetic; mixes up digits when copying numbers said aloud.

Number Fluency — What it is: Recalling number facts (7 × 8, 9 + 6) quickly, without counting. In the brain: With practice, facts shift from effortful calculation to fast retrieval via the hippocampus. If still developing: Still counts on fingers for basic facts; runs out of time in tests.

Try at home: Play ‘shopping list’: say 4–6 items and ask your child to repeat them — then try it backwards. It stretches the brain’s mental notepad.

Domain 2 of 5

Visual Processing

Occipital lobe + visual pathways

“The brain’s camera and map-maker”

The eyes are the lens — the brain is the photographer. What the eyes see is sent to the occipital lobe at the back of the head, then splits into two routes: a ‘What’ pathway (towards the temporal lobe) that recognises letters, shapes and faces, and a ‘Where’ pathway (towards the parietal lobe) that works out position, direction and space.

Inside the brain

• Occipital lobe — processes everything the eyes see
• ‘What’ pathway — recognises letters, numbers and shapes
• ‘Where’ pathway — maps position, direction and movement
• Frontal eye fields + cerebellum — steer and time eye movements

Why it matters for learning

• Recognising letters and reading
• Copying accurately from the board
• Geometry, graphs and maps
• Neat, well-spaced handwriting

Visual Discrimination — What it is: Spotting small differences between similar things: b/d, 6/9, + and ×. In the brain: The ‘What’ pathway compares fine visual details. If still developing: Reverses letters, misreads similar words, makes sign errors in maths.

Visual Memory — What it is: Remembering what was seen — a word’s spelling, a diagram, a sequence. In the brain: Visual areas store the image; the hippocampus helps it stick. If still developing: Spells the same word differently each time; keeps looking back when copying.

Visual Spatial Relations — What it is: Understanding where things are: left/right, above/below, rotated. In the brain: The ‘Where’ pathway in the parietal lobe builds the mental map. If still developing: Confuses left and right; finds geometry hard; work is poorly laid out on the page.

Visual Form Constancy — What it is: Recognising a shape, letter or number when its size, angle or font changes. In the brain: Higher visual areas learn the ‘essence’ of a form, whatever its size or angle. If still developing: Knows a letter in one book but not another; unsure of shapes turned sideways.

Eye Control Accuracy — What it is: Moving the eyes precisely along a line of text and on to the next line. In the brain: Frontal eye fields, brainstem and cerebellum coordinate tiny eye jumps (saccades). If still developing: Skips words or lines, needs a finger to keep place, eyes tire quickly.

Eye Relative Speed — What it is: How quickly the eyes scan and take in visual information. In the brain: Speed depends on well-insulated (myelinated) visual pathways. If still developing: Reads slowly despite knowing the words; often runs out of time.

Try at home: Spot-the-difference puzzles, mazes and building a Lego model from a picture all strengthen the ‘What’ and ‘Where’ pathways.

Domain 3 of 5

Attention & Focus

Prefrontal cortex + attention networks

“The spotlight and the brakes”

Attention works like a spotlight — it chooses what the brain lights up and what it ignores. Impulse control works like the brakes — it stops us reacting before we think. Both are run by the prefrontal cortex , right behind the forehead: the brain’s ‘air traffic controller’ and one of the last regions to fully mature, well into the mid-20s.

Inside the brain

• Prefrontal cortex — control centre for focus and self-control
• Parietal lobe — moves the attention spotlight
• Anterior cingulate — notices mistakes and conflicts
• Dopamine — the messenger that keeps focus ‘switched on’

Why it matters for learning

• Staying with a lesson from start to end
• Finishing work carefully
• Waiting, turn-taking, following rules
• Accuracy under exam conditions

Overall Impulse Control — What it is: Pausing to think before acting or answering. In the brain: Prefrontal ‘brakes’ stop automatic responses before they happen. If still developing: Blurts out answers, rushes tests, careless mistakes, acts before thinking.

Auditory Impulse Control — What it is: Listening fully before responding — not over-reacting to what is heard. In the brain: The prefrontal cortex filters signals arriving from the auditory cortex. If still developing: Answers before the question is finished; reacts to every sound.

Visual Impulse Control — What it is: Not jumping at what catches the eye — reading the whole question first. In the brain: The prefrontal cortex checks visual signals before the body responds. If still developing: Misreads questions; picks the first answer that ‘looks right’.

Overall Attention Ability — What it is: Sustaining focus on a task for an age-appropriate length of time. In the brain: Alerting and executive attention networks keep the spotlight steady. If still developing: Daydreams, starts many things but finishes few, needs constant reminders.

Auditory Attention — What it is: Focusing on spoken information — like the teacher’s voice — despite background noise. In the brain: Attention networks turn up relevant sounds and turn down the rest. If still developing: Misses instructions in a noisy class; seems not to be listening.

Visual Attention — What it is: Focusing on what matters visually — the right line, the right detail. In the brain: The parietal ‘orienting’ network steers the visual spotlight. If still developing: Loses place on worksheets, overlooks details, distracted by surroundings.

Try at home: Play ‘Simon Says’ or ‘Red light, green light’. Every time your child stops themselves, the brain’s brakes get stronger.

Domain 4 of 5

Sensory-Motor

Motor & sensory cortex + cerebellum

“The conductor of the body’s orchestra”

Every movement is a conversation between body and brain. The sensory cortex receives touch and position signals, the motor cortex sends out commands, and the cerebellum — the ‘little brain’ at the back — acts like a conductor, timing and smoothing every move. Research shows these motor systems work closely with the brain’s attention and learning networks.

Inside the brain

• Motor cortex — sends movement commands to the body
• Sensory cortex — feels touch and body position
• Cerebellum — balance, timing and coordination
• Vestibular system — the inner-ear sense of balance

Why it matters for learning

• Handwriting speed and neatness
• Sitting still and upright to learn
• Confidence in PE and sport
• Quick reactions and processing speed

Handwriting Speed — What it is: How fluently the hand turns thoughts into writing. In the brain: Motor cortex and cerebellum — handwriting also engages brain networks linked to memory. If still developing: Slow or tiring writing, messy work, avoids writing tasks.

Body Balancing — What it is: Keeping balance and coordinating both sides of the body. In the brain: The cerebellum and vestibular system, which also support spatial awareness. If still developing: Clumsy, trips often, slumps when seated, avoids climbing or ball games.

Fine Motor Regulation — What it is: Controlling small hand and finger movements — and staying still when needed. In the brain: Motor cortex and basal ganglia regulate small, precise movement. If still developing: Constant fidgeting; trouble with buttons, scissors or pencil grip.

Visual Reaction Time — What it is: How quickly the brain sees something and responds. In the brain: Speed of the route from the occipital lobe to the motor cortex. If still developing: Slow to respond, late to catch a ball, works slowly.

Auditory Reaction Time — What it is: How quickly the brain hears something and responds. In the brain: Speed of the route from the auditory cortex to the motor cortex. If still developing: Slow to react to instructions; seems ‘a step behind’ in class.

Try at home: Ten minutes a day of balancing on one foot, throw-and-catch, hopscotch or playdough gives the cerebellum a real workout.

Domain 5 of 5

Social-Emotional

Limbic system + prefrontal cortex

“The smoke alarm and the wise guide”

Deep inside the brain, the amygdala acts like a smoke alarm — it reacts to danger, frustration or embarrassment in a split second. The prefrontal cortex is the wise guide that calms the alarm, thinks it through and chooses a response. Emotional skills grow as the connection between the two gets stronger — and that connection can be trained.

Inside the brain

• Amygdala — the emotional alarm
• Prefrontal cortex — calms, plans and decides
• Insula — senses body feelings: a racing heart, butterflies
• Temporo-parietal junction — understands other people’s points of view

Why it matters for learning

• Coping with mistakes and pressure
• Working well in groups
• Motivation and independence
• Making and keeping friends

Self Awareness — What it is: Recognising one’s own emotions, strengths and challenges. In the brain: The insula and prefrontal cortex notice and name inner feelings. If still developing: “I don’t know why I’m upset”; an unrealistic view of own abilities.

Self Management — What it is: Managing emotions and effort to reach a goal independently. In the brain: The prefrontal cortex calms the amygdala and keeps the goal in view. If still developing: Meltdowns over small setbacks; gives up quickly; needs constant supervision.

Decision Making — What it is: Understanding a situation first, then using logic and reasoning to choose well. In the brain: The orbitofrontal cortex weighs options and consequences. If still developing: Impulsive choices, can’t decide, repeats the same mistakes.

Relationship Skills — What it is: Collaborating with others — and inspiring, motivating and supporting them. In the brain: The ‘social brain’ links emotional, language and prefrontal areas. If still developing: Conflict in group work; struggles to share, take turns or join in.

Social Awareness — What it is: Understanding and respecting other people’s perspectives in a group. In the brain: The temporo-parietal junction helps us ‘read’ other minds. If still developing: Misreads social cues; doesn’t notice how others are feeling.

Try at home: Name feelings together: “You look frustrated.” Studies show that putting a feeling into words helps the prefrontal cortex calm the amygdala.

Quick check

Is Brainmap™ right for my child?

Take the 5-minute Parent Check. Choose your child’s age group and answer 20 short questions about what you notice at home.

You’ll see which of the five domains — and which brain regions — may need practice. Then send your results to our programme specialist on WhatsApp.

A conversation starter, not a diagnosis. A Brainmap™ shows the full picture behind what you are seeing, and where to start.

Your Brainmap™ journey

How it works — five simple steps.

Say hello

Send us a WhatsApp. We’ll have a short chat about your child and answer your first questions.

The assessment

Your child completes 90 minutes of engaging, age-appropriate tasks at our Damansara centre. No preparation or studying needed.

Your Brainmap™ report

We analyse the results into a clear, in-depth profile of strengths and growth areas.

The consultation

A 1-hour session where we walk you through every result in plain language.

A plan for growth

Practical recommendations for home and the classroom — and, if you wish, a tailored BrainWorks programme.

The report

The Brainmap™ Report

You receive your report once the assessment is complete. It evaluates your child’s current cognitive performance — and it can be shared with teachers, tutors, therapists or your paediatrician for a joined-up picture of your child’s progress.

• Your child’s cognitive profile — all 26 skills across the 5 domains, in one clear overview.
• Strengths — natural talents to recognise, celebrate and build on.
• Growth areas — skills still developing, and how they show up in daily learning.
• Practical recommendations — specific ideas for home, the classroom and training.
• A baseline for progress — a reference point to measure growth over time.

Brainmap™ consultation · 1 hour

Consultation

The consultation follows the completed assessment. We discuss the results in depth and offer solutions and information based on your child’s cognitive profile — one hour, one-to-one with you.

• Walk through every result in plain language
• Connect the results to what you see at home and in class
• Answer all your questions
• Agree practical next steps and solutions

Tip: note what you see at home — homework battles, reading habits, friendships. It helps us connect the results to real life.

Brainmap™ Cognitive Assessment

One fee. Everything included.

For babies from 9 months through to secondary level.

From map to growth

The BrainWorks 10-stage framework.

Your child’s Brainmap™ shows where on this journey support is needed — so training starts in exactly the right place.

Four teaching modules

Cognitive

Training the core brain skills Brainmap™ measures.

Character development

Self-management, resilience and relationships.

Skill set

Practical abilities for learning and life.

Academic (Cambridge)

Coaching and preparing students for Cambridge examinations.

Programme content and pacing are tailored to each child’s ability and progression. The information here is general.

Questions & next steps

Questions parents ask us.

Can’t find yours? Most parents ask us one or two questions on WhatsApp first — there is no obligation.

Is Brainmap™ an IQ test?

No. An IQ test gives a single number. Brainmap™ maps 26 specific skills, showing a profile of strengths and growth areas you can act on.

Is it a medical diagnosis?

No. Brainmap™ is an educational cognitive assessment and does not diagnose conditions such as ADHD, dyslexia or autism. If results suggest it would help, we will recommend speaking with a qualified professional.

Will my child feel tested or stressed?

The tasks are age-appropriate and engaging, and there is no pass or fail. Most children simply enjoy them.

How should my child prepare?

No studying needed. A good night’s sleep and a proper breakfast help — and bring glasses or hearing aids if your child uses them.

Can the results change?

Yes — that is the good news of neuroplasticity. Brainmap™ is a snapshot of today; with targeted practice, skills grow, and a later Brainmap™ can show the progress.

Who sees the results?

The results are discussed with you. You decide whether to share the report with teachers, tutors or doctors.

How much does it cost?

RM499. This includes the 90-minute assessment, a 1-hour consultation and a full in-depth cognitive report.

Is it the right time for my child?

Most parents ask us one or two questions on WhatsApp first. There is no obligation, and we will tell you honestly if an assessment would not add much right now.

“Your child’s map starts here.”

Ready to begin?

Send us a WhatsApp — we’ll reply personally and help you choose the right Brainmap™ for your child’s age.

Brainworks International

Brainmap™ is an educational cognitive assessment, not a medical diagnosis. Information on this page is general; each child’s assessment, report and recommendations are individual.