Brain Mapping for ADHD in Carmel, IN- See What's Really Happening
Families in Carmel are done guessing. MindWay ABA uses qEEG brain mapping to show exactly how your child’s brain is functioning, so ADHD support can be targeted, measurable, and built around real data, not assumptions.
Brain Mapping for ADHD, Carmel IN
Stop guessing what’s happening in your child’s brain. qEEG brain mapping lets us see it, and build a plan that actually fits.
- qEEG Brain Mapping
- PhD Neuroscientist On Staff
- Non-Invasive & Painless
- Insurance Accepted
- All Ages Welcome
- Conservative Medication Approach
WHAT IS BRAIN MAPPING
Seeing the ADHD Brain for What It Really Is
ADHD is a brain-based condition, not a discipline problem, and not a parenting failure. Yet most mental health services rely entirely on behavior checklists and observation, with no direct look at how the brain is actually functioning and why.
The same way we use qEEG brain mapping to understand autism, At MindWay ABA, we use qEEG (Quantitative Electroencephalography) brain mapping to measure your child’s brainwave activity in real time. Research shows that individuals with ADHD display measurable differences in brain electrical patterns, particularly elevated theta waves and reduced beta waves in the frontal lobe, the region responsible for attention and impulse control.[1]
Brain Wave Patterns in ADHD
qEEG maps these patterns across the scalp, revealing which brain regions need support.
Theta (4–8 Hz)
↑ Elevated in ADHD — linked to inattention
Beta (13–25 Hz)
↓ Reduced in ADHD — linked to focus & control
Alpha (9–12 Hz)
Monitored for regulation & relaxation
ADHD looks different on every brain — and a map proves it
No two ADHD brains are identical. Some show excess slow-wave theta activity in the frontal lobe, the region responsible for attention and executive function. Others show under-activation in areas linked to impulse control. Some brains appear over-aroused; others, under-aroused. Without a map, every intervention is a guess.
MindWay ABA’s qEEG brain mapping session is non-invasive, painless, and takes under an hour. Your child simply wears a soft sensor cap while resting. The system records electrical signals and produces a color-coded report showing:
What qEEG Brain Mapping Shows
1. Brainwave activity by region
Delta, theta, alpha, and beta waves across frontal, temporal, parietal, and occipital lobes, mapped and compared to age-matched norms.
2. Focus, impulsivity, and memory markers
Specific measures including attention, aggression/impulsivity indicators, motivation patterns, and memory processing, visualized in a single readable report
3. A personalized ABA support plan
Your brain map findings directly inform your child's ABA therapy goals at MindWay, turning objective neurological data into a customized, targeted plan.
4. Progress benchmarks you can see
Follow-up maps show measurable changes over time — giving Carmel families and Carmel Clay Schools teachers a shared, evidence-based language for your child's progress.
WHY BRAIN MAPPING CHANGES EVERYTHING
What qEEG Reveals That Behavior Checklists Can't
Traditional ADHD evaluations rely on observation and self-report. Brain mapping adds a layer of objective neurological data, giving clinicians and families a far more complete picture.
01
Identify ADHD Subtype
ADHD is not one-size-fits-all. Research shows distinct brainwave patterns for inattentive, hyperactive, and combined types.[1] Brain mapping helps us identify which subtype your child has, so we can choose the most effective intervention, not just the most common one.
02
Pinpoint the “Why” Behind the Behavior
Is your child struggling to focus because of frontal lobe hypoactivation? Emotional dysregulation from overactive limbic circuits? Or anxiety masquerading as ADHD? A brain map helps us answer these questions with data instead of guesswork.
03
Track Progress Over Time
Unlike a behavior checklist, a brain map can be repeated. This lets us measure how your child’s neural activity changes in response to therapy, neurofeedback, or medication — giving you visible, data-backed proof that treatment is working.
04
Inform Medication Decisions
Dr. Yip comes from a background in neuropharmacology and recommends medication conservatively and only as a last resort. When medication is used, qEEG allows us to monitor how it affects the brain over time — not just behavior on a report card.
05
Separate ADHD from Comorbidities
Anxiety, sensory processing differences, and learning disabilities can look exactly like ADHD on a checklist. Brain mapping reveals distinct neurological signatures that help us understand what is truly driving your child’s challenges.
06
Guide Neurofeedback Protocols
Research published in NeuroImage: Clinical found that qEEG-informed neurofeedback achieved a 55% remission rate in individuals with ADHD.[2] At MindWay, brain maps allow us to assign individualized neurofeedback protocols rather than generic ones.
Parent Testimonials
Real Families. Real Progress. Real Hope
THE RESEARCH BEHIND OUR APPROACH
Grounded in Peer-Reviewed Science
PubMed · PMC Study
qEEG in ADHD Diagnosis & Subgroup Classification
A study published in Psychiatry Investigation reviewed quantitative EEG as a biological marker for ADHD diagnosis and subtype classification. Researchers found that distinct brainwave patterns, particularly in the theta/beta ratio (TBR) and phase-amplitude coupling, corresponded with specific ADHD subtypes. In a large-scale sample of 482 patients, sensitivity of 86% and specificity of 98% were reported for ADHD diagnosis using TBR measurements at the vertex electrode. The authors conclude that qEEG represents a promising objective tool for identifying neurophysiological differences across ADHD subtypes.[1]
Source [1] — PubMed / PMC8262972
Multicenter Clinical Trial · PMC
qEEG in ADHD Diagnosis & Subgroup Classification
A study published in Psychiatry Investigation reviewed quantitative EEG as a biological marker for ADHD diagnosis and subtype classification. Researchers found that distinct brainwave patterns — particularly in the theta/beta ratio (TBR) and phase-amplitude coupling — corresponded with specific ADHD subtypes. In a large-scale sample of 482 patients, sensitivity of 86% and specificity of 98% were reported for ADHD diagnosis using TBR measurements at the vertex electrode. The authors conclude that qEEG represents a promising objective tool for identifying neurophysiological differences across ADHD subtypes.[1]
Source [1] — PubMed / PMC8262972
Common Questions from Carmel Families
Frequently Asked Questions
Is brain mapping the same as an ADHD diagnosis?
No , a qEEG is a functional assessment, not a diagnostic tool on its own. It shows how your child’s brain is operating, which can complement a clinical ADHD evaluation and make treatment planning far more precise. MindWay ABA coordinates with your existing providers in Carmel and the greater Hamilton County area.
My child is at Carmel High School — is brain mapping still relevant for teens?
Absolutely. The demands of CHS’s block-eight schedule and AP coursework require strong executive function. Brain mapping helps identify specific regulation challenges — procrastination, emotional reactivity, difficulty initiating tasks — and creates a roadmap for meaningful support, whether your teen is 14 or 17.
How is this different from what Carmel Clay Schools offers?
School psychologists conduct behavioral and cognitive assessments which are valuable, but they don’t measure neurological activity. A brain map adds a layer of objective brain-based data that informs both your ABA therapy and can be shared with your child’s school team to support IEP and 504 planning.
My child is at Carmel High School — is brain mapping still relevant for teens?
Absolutely. The demands of CHS’s block-eight schedule and AP coursework require strong executive function. Brain mapping helps identify specific regulation challenges — procrastination, emotional reactivity, difficulty initiating tasks, and creates a roadmap for meaningful support, whether your teen is 14 or 17.
Is this covered by insurance?
