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Question 1

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Which brain region is primarily associated with executive function, working memory, and voluntary motor control?

Occipital lobe

Frontal lobe

Temporal lobe

Cerebellum

to track

2026 Statistics

Key Facts: BCN Exam

100

Exam Questions

BCIA

65%

Passing Score

BCIA

3 hours

Exam Time

BCIA

36 hrs

Didactic Training Required

BCIA-accredited program

100

Mentored Client Sessions

BCIA requirement

$725

Total Exam Fees

BCIA application + exam

The BCIA BCN exam is a 100-question, 3-hour written test requiring 65% to pass. Prerequisites include a Bachelor's (or higher) in a BCIA-approved healthcare field, a healthcare license, documented neuroanatomy/neurophysiology coursework, a 36-hour BCIA-accredited didactic course, and 25 mentored contact hours covering personal training, 100 client sessions, and case study review. Total certification cost is approximately $725 (application + exam fees), plus didactic training and mentoring.

Sample BCN Practice Questions

Try these sample questions to test your BCN exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1Which brain region is primarily associated with executive function, working memory, and voluntary motor control?

A.Occipital lobe

B.Frontal lobe

C.Temporal lobe

D.Cerebellum

Explanation: The frontal lobe houses the prefrontal cortex (executive function, working memory) and the primary motor cortex (voluntary movement). Neurofeedback training often targets frontal sites (Fp1, Fp2, Fz, F3, F4) for attention and executive problems.

2What is the approximate frequency range of the alpha EEG rhythm?

A.0.5 to 4 Hz

B.4 to 8 Hz

C.8 to 13 Hz

D.13 to 30 Hz

Explanation: Alpha rhythm ranges from 8 to 13 Hz and is most prominent over posterior regions (O1, O2) during relaxed wakefulness with eyes closed. It attenuates with eye opening and mental effort (alpha blocking).

3The international 10-20 system electrode Cz is located over which anatomical landmark?

A.Inion

B.Nasion

C.Vertex (midpoint between nasion and inion)

D.Preauricular point

Explanation: Cz sits at the vertex, the midpoint between the nasion and inion along the midline, and also midway between the two preauricular points. It overlies the primary motor cortex at the midline.

4The primary EEG rhythm targeted in Sterman's classic sensorimotor rhythm (SMR) training for epilepsy is:

A.4-7 Hz at Fz

B.12-15 Hz at central sites (C3, Cz, C4)

C.8-12 Hz at Oz

D.20-30 Hz at F3

Explanation: Sterman discovered that cats could be trained to increase 12-15 Hz activity over sensorimotor cortex (SMR). This training reduced seizure susceptibility and later transferred to humans with epilepsy. Training targets central sites (C3, Cz, C4).

5Which artifact typically appears as a sharp, high-amplitude deflection in frontal channels (Fp1, Fp2) and resolves within 200-400 ms?

A.60 Hz line noise

B.Eye blink

C.EMG (muscle)

D.ECG

Explanation: Eye blinks produce large, slow deflections dominantly at Fp1 and Fp2 due to the corneoretinal dipole. They are brief (hundreds of milliseconds) and vertically symmetric between left and right frontal electrodes.

6Which EEG electrode placement site overlies the primary visual cortex on the right hemisphere?

A.O1

B.O2

C.T6

D.P4

Explanation: O2 is the right occipital electrode, overlying the right primary visual cortex. O1 is the left occipital homologue and Oz is the midline occipital site at the inion.

7Pyramidal neurons in the cerebral cortex are the primary generators of scalp EEG because they:

A.Are the only neurons that fire action potentials

B.Are oriented perpendicular to the cortical surface with synchronized postsynaptic potentials

C.Produce large-amplitude action potentials visible at the scalp

D.Are insulated by thick myelin sheaths

Explanation: Scalp EEG reflects the summed postsynaptic potentials (not action potentials) of pyramidal neurons, whose apical dendrites are oriented perpendicular to the cortex. Synchronized activity across large populations creates measurable dipoles at the scalp.

8Glutamate is the brain's primary:

A.Inhibitory neurotransmitter

B.Excitatory neurotransmitter

C.Neuromodulator of reward

D.Vasoactive peptide

Explanation: Glutamate is the principal excitatory neurotransmitter in the central nervous system, acting on AMPA, NMDA, and kainate receptors. GABA is the principal inhibitory transmitter, dopamine modulates reward, and vasoactive peptides regulate blood vessels.

9Informed consent for neurofeedback should include:

A.Only the expected benefits

B.Benefits, potential adverse effects, alternatives, and right to withdraw

C.The clinician's clinical opinion only

D.A written guarantee of outcome

Explanation: BCIA ethical standards require informed consent disclosing expected benefits, known risks and adverse effects, reasonable alternatives, costs, and the client's right to refuse or withdraw at any time without penalty.

10The 'posterior dominant rhythm' in a healthy awake adult with eyes closed is typically:

A.Delta at Fz

B.Alpha at O1/O2

C.Beta at Cz

D.Gamma at T3

Explanation: The posterior dominant rhythm (PDR) is alpha (8-13 Hz) recorded maximally at O1 and O2 during relaxed wakefulness with eyes closed. It attenuates with eye opening (alpha blocking).

About the BCN Exam

The Board Certified in Neurofeedback (BCN) credential, administered by the Biofeedback Certification International Alliance (BCIA), certifies licensed healthcare professionals in clinical neurofeedback. Candidates must complete a 36-hour didactic course, neuroanatomy/neurophysiology coursework, 25 hours of mentoring (including 100 client sessions and case studies), and pass a 3-hour, 100-question exam at 65% or higher.

Assessment

100 multiple-choice questions covering neuroanatomy, neurophysiology, EEG basics, instrumentation, assessment, neurofeedback protocols, clinical applications, research methodology, and BCIA ethics.

Time Limit

3 hours

Passing Score

65%

Exam Fee

$725 total (application + exam) (BCIA)

BCN Exam Content Outline

15%

I. Orientation to Neurofeedback

History, key figures (Sterman, Lubar, Peniston), scope of practice, BCIA ethics, and operating principles

20%

II. Basic Neurophysiology and Neuroanatomy

Brain regions, pyramidal neurons, neurotransmitters, EEG generation, neuroplasticity, and core networks (DMN, SN, CEN)

15%

III. Instrumentation and Electronics

10-20 system, electrodes, impedance, differential amplifiers, CMRR, filters, sampling, and FFT

15%

IV. EEG and Mental Activity

Delta, theta, alpha (including mu and PDR), SMR, beta, and gamma rhythms and their behavioral correlates

15%

V. Assessment and QEEG

QEEG, z-scores, LORETA/sLORETA, normative databases, coherence, phase, CPTs, and symptom inventories

15%

VI. Neurofeedback Treatment Protocols and Applications

SMR/beta (Sterman, Lubar), alpha-theta (Peniston-Kulkosky), SCP, ILF, LORETA-guided, Live Z-Score, coherence, HEG; applications for ADHD, epilepsy, anxiety, PTSD, depression, ASD, TBI, substance use, insomnia, and peak performance

VII. Professional Conduct and Ethics

BCIA Professional Standards, informed consent, scope of practice, adverse effects, contraindications, and recertification

How to Pass the BCN Exam

What You Need to Know

Passing score: 65%
Assessment: 100 multiple-choice questions covering neuroanatomy, neurophysiology, EEG basics, instrumentation, assessment, neurofeedback protocols, clinical applications, research methodology, and BCIA ethics.
Time limit: 3 hours
Exam fee: $725 total (application + exam)

Keys to Passing

Complete 500+ practice questions
Score 80%+ consistently before scheduling
Focus on highest-weighted sections
Use our AI tutor for tough concepts

BCN Study Tips from Top Performers

1Master the 10-20 electrode system and the four canonical landmarks (nasion, inion, preauricular points) - these are high-yield on every exam

2Memorize EEG bands cold: delta 0.5-4 Hz, theta 4-8, alpha 8-13, SMR 12-15, beta 13-30, gamma >30, and know posterior dominant rhythm vs mu rhythm

3Know the four foundational protocols and their originators: Sterman (SMR/epilepsy), Lubar (SMR/beta/ADHD), Peniston-Kulkosky (alpha-theta/PTSD/addictions), and Birbaumer/Strehl (SCP)

4Practice interpreting QEEG z-scores: |z|>2 = deviant, direction of training is toward normative range, and always integrate context

5Review BCIA ethics and scope of practice thoroughly - several exam items test judgment on consent, adverse effects, and referral

Frequently Asked Questions

What is the BCN exam and who administers it?

The BCN (Board Certified in Neurofeedback) is administered by BCIA, the Biofeedback Certification International Alliance. It certifies licensed healthcare professionals to practice clinical neurofeedback. The exam is 100 multiple-choice questions, 3 hours long, and requires 65% to pass.

What are the prerequisites for the BCN exam?

You need: (1) a Bachelor's degree or higher in a BCIA-approved healthcare field (psychology, medicine, nursing, social work, counseling, PT/OT, etc.); (2) a current healthcare license; (3) documented neuroanatomy/neurophysiology coursework; (4) a BCIA-accredited 36-hour didactic course; (5) 25 mentored contact hours with a BCIA-approved mentor including personal neurofeedback training, 100 client sessions, and case study review.

How much does BCN certification cost?

BCIA fees total approximately $725: a $150 application filing fee plus a $275 exam fee, with a $300 balance due before registering for the exam. You will also pay for the 36-hour didactic course and mentoring, which vary by provider. Always verify current fees on bcia.org.

How many questions are on the BCN exam?

The BCN exam is 100 multiple-choice questions administered in a 3-hour written format, covering neuroanatomy, neurophysiology, EEG basics, instrumentation, QEEG assessment, neurofeedback protocols, clinical applications, research methodology, and BCIA ethics. You must score 65% or better to pass.

How long should I study for the BCN exam?

Plan 60-120 hours of dedicated study across your 36-hour didactic course, textbook reading (e.g., Demos, Thompson, Hammond), QEEG primer material, and practice questions. Most candidates study in parallel with mentoring and take the exam near the end of the mentoring period. Consistent 80%+ performance on mixed-topic practice sets signals readiness.

What topics are most heavily tested on the BCN exam?

The BCN Blueprint of Knowledge weights neurophysiology/neuroanatomy, instrumentation, EEG rhythms, assessment, and protocols most heavily. Be fluent with the 10-20 system, EEG band definitions (delta, theta, alpha/SMR, beta, gamma), Sterman/Lubar/Peniston protocols, QEEG z-score interpretation, differential amplifier basics (CMRR), and BCIA ethics and scope of practice.

Can I practice neurofeedback without BCIA certification?

Neurofeedback itself is regulated by your state healthcare license, not by BCIA. You can practice within the scope of your license and competence without BCIA certification. However, BCN is the leading credential recognized by employers, insurers, and referral sources as evidence of structured training, mentored supervision, and ethical practice.