Neurofeedback Course

Lesson 1 • Introduction to Brainwave Activity

Defines delta, theta, alpha, beta, and gamma frequency bands and their functional correlates. Links band activity to arousal, cognition, and emotional states.

Lesson 2 • History and Development of Neurofeedback

Traces key discoveries from early EEG research to modern clinical applications. Contextualizes current practice within decades of empirical development.

Lesson 3 • Principles of Biofeedback and Self-Regulation

Explains operant conditioning and real-time feedback loops that drive physiological self-regulation. Positions neurofeedback as a specialised biofeedback modality.

Lesson 4 • Evidence Base and Research Literacy

Introduces levels of evidence, study designs, and how to evaluate neurofeedback research critically. Equips practitioners to appraise clinical claims responsibly.

Lesson 1 • Artifact Identification and Rejection

Teaches recognition of muscle, eye movement, cardiac, and environmental artifacts in raw EEG. Artifact management is prerequisite to valid signal interpretation.

Lesson 2 • Skin Preparation and Impedance Management

Details scalp preparation techniques and impedance measurement to ensure signal quality. Poor impedance is the leading cause of artifact contamination.

Lesson 3 • Software Platforms and Data Display

Surveys common neurofeedback software interfaces, montage setup, and real-time display options. Hands-on familiarity with software accelerates clinical workflow.

Lesson 4 • EEG Hardware and Electrode Systems

Covers amplifier types, electrode materials, and the international 10-20 placement system. Establishes hardware knowledge required for accurate signal acquisition.

Lesson 1 • Normative Databases and Z-Scores

Explains how normative databases are constructed and how Z-scores quantify deviation from population norms. Z-score interpretation guides training target selection.

Lesson 2 • Topographic Brain Mapping

Covers color-coded scalp maps of absolute power, relative power, coherence, and asymmetry. Maps translate numerical data into spatially intuitive clinical images.

Lesson 3 • QEEG Recording Protocols

Defines eyes-open, eyes-closed, and task-condition recording standards for QEEG. Consistent protocols ensure valid normative database comparisons.

Lesson 4 • Integrating QEEG with Clinical Presentation

Teaches correlation of QEEG findings with symptom profiles, history, and behavioral observations. Integration prevents over-reliance on data without clinical context.

Lesson 1 • Intake Interview and History Taking

Structures a thorough clinical interview covering developmental, medical, psychiatric, and social history. Comprehensive history prevents misattribution of EEG findings.

Lesson 2 • Standardised Symptom Measures

Introduces validated rating scales for attention, mood, anxiety, sleep, and cognitive function. Standardised measures provide objective baselines for outcome tracking.

Lesson 3 • Differential Diagnosis Considerations

Explores how overlapping symptom presentations require ruling out alternative explanations before training. Differential thinking prevents inappropriate neurofeedback application.

Lesson 4 • Contraindications and Risk Screening

Identifies medical, neurological, and psychiatric contraindications requiring referral or caution. Risk screening protects client safety and practitioner liability.

Lesson 1 • Session Structure and Dosage

Defines session length, inter-session intervals, and total training dose recommendations. Dosage decisions balance clinical outcomes with client scheduling constraints.

Lesson 2 • Protocol Sequencing and Progression

Teaches how to advance, modify, or switch protocols based on client response data. Systematic progression prevents plateau and adapts to neuroplastic changes.

Lesson 3 • Core Protocol Categories

Surveys amplitude, Z-score, slow cortical potential, and infra-low frequency protocol families. Understanding protocol categories enables informed selection for each client.

Lesson 4 • Threshold Setting and Reward Delivery

Covers dynamic threshold adjustment, reward percentage targets, and feedback modality options. Optimal thresholds maintain challenge without frustration or boredom.

Lesson 1 • Session Closure and Documentation

Defines post-session debriefing, adverse effect screening, and clinical note requirements. Thorough documentation supports continuity of care and regulatory compliance.

Lesson 2 • Working with Adult and Older Adult Clients

Addresses motivation, cognitive expectations, and physiological differences in adult and aging populations. Tailored approaches improve adherence and outcome in these groups.

Lesson 3 • Working with Pediatric Clients

Adapts session structure, feedback games, and communication style for children and adolescents. Developmental considerations directly affect engagement and training efficacy.

Lesson 4 • Pre-Session Preparation and Setup

Covers equipment checks, electrode placement verification, and client briefing before each session. Consistent preparation reduces technical errors and client anxiety.

Lesson 1 • Progress Tracking Systems

Establishes session-by-session data collection using performance metrics, symptom ratings, and EEG trends. Systematic tracking reveals meaningful change versus random fluctuation.

Lesson 2 • Discharge Planning and Maintenance

Defines criteria for training completion, relapse prevention strategies, and long-term maintenance scheduling. Structured discharge supports durable outcomes beyond the training period.

Lesson 3 • Mid-Course QEEG Reassessment

Explains when and how to repeat QEEG to verify neurophysiological change and update targets. Reassessment data objectively validates or redirects the training plan.

Lesson 4 • Interpreting Response Patterns

Distinguishes positive response, non-response, and adverse response patterns from training data. Accurate interpretation prevents continuation of ineffective or harmful protocols.

Lesson 1 • Confidentiality and Data Privacy

Addresses EEG data storage, sharing, and privacy obligations under applicable health data standards. Practitioners must safeguard neurological data as sensitive health information.

Lesson 2 • Dual Relationships and Boundary Management

Examines risks of dual relationships, financial conflicts, and boundary violations in neurofeedback settings. Proactive boundary management preserves therapeutic integrity.

Lesson 3 • Informed Consent and Transparency

Covers elements of valid informed consent including risks, benefits, alternatives, and client autonomy. Robust consent processes are both ethical obligations and legal protections.

Lesson 4 • Scope of Practice Boundaries

Defines what neurofeedback practitioners may and may not do based on credential level and training. Clear scope boundaries prevent unauthorised practice and protect clients.