(Courses for Professionals already using Neurofeedback – click here)

 “I am particularly grateful to Ed Hamlin for his many contributions to me and to this text.  He is one of the brightest lights in this field, and he gave of his time and expertise to keep me aligned with the rapid evolution in neuroscience and in our shared passion, neurofeedback.” 
Sebern Fisher, author of Neurofeedback in the Treatment of Developmental Trauma

Introductory 4-Day Neurofeedback in the Clinical Practice
taught by Ed Hamlin, Ph.D., BCN and Mary Ammerman, PsyD, BCN

January 22-25, 2019 – Burbank, CA
March 19-22,  2019  – Asheville, NC
May 14-17,  2019 – Asheville, NC 

Regular Price: $1395
Earlybird – 30 Day Advance: $1295

Call: 1-800-789-3456 ext.1 to register

Seating is limited – register early!

EEGER Affiliates ask about reattendee and associate discounts.
*Before booking travel, be sure to confirm registration and course dates.

*We offer 32 CEs for psychologists and 29 contact hours for Social Workers and 30.5 contact hours for Counselors.

APA Graphic*EEG Education & Research (EEGER) is approved by the American Psychological Association to sponsor continuing education for psychologists. EEGER maintains responsibility for this program and its content.

NBCC Graphic*EEG Education & Research (EEGER) has been approved by NBCC as an Approved Continuing Education Provider, ACEP #6260. Programs that do not qualify for NBCC credit are clearly identified. EEGER is solely responsible for all aspects of the programs. . (30.5 contact hours)

*This program is Approved by the National Association of Social Workers for 29 Clinical Social Work continuing education contact hours.

*This didactic education program is accredited by BCIA for 36 BCIA Blueprint Hours.

The purpose of this training course is to present a comprehensive approach to the clinical application of the emerging EEG biofeedback (neurofeedback) modality.  The course is intended for clinical psychologists, neuropsychologists, educators, educational therapists, clinical social workers, rehabilitation specialists and academic researchers in neurophysiology and biofeedback practitioners who have little or no background or experience with neurofeedback. It is also a good refresher course for current neurofeedback practitioners.

The course includes pre-course reading materials from selected professional texts (which you will receive via email).  It is important that you give adequate time to familiarize yourself with this material.  It will help you gain more from the course.  The four-day course is a combination of didactic presentations and hands-on training. Multiple practicums are conducted over the four days.  Neurofeedback systems are provided for practice by attendees.

Upon completion of the course, attendees will have gained a clear overview of the capabilities of the EEG biofeedback process, how to evaluate clients with respect to its possible use, how to choose an appropriate EEG biofeedback protocol and implement it on computerized instrumentation, and how the process might be used in their individual practices. We recommend additional courses and clinical consultation following this introductory course.

Ø    Describe the latest research as it applies to neurobehavioral problems
and clinical disorders.
Ø    Describe the latest research as it applies to EEG Neurofeedback and
the underlying science.
Ø    Be able to identify the most appropriate clinical uses for EEG
Neurofeedback and application.
Ø    Be able to record and measure the EEG from various 10-20 Electrode
sites with EEG Neurofeedback equipment.
Ø    Demonstrate how to organize and write appropriate EEG Neurofeedback
treatment plans.
Ø    Identify the basic properties of the EEG including frequency and amplitude.
Ø    Describe how arousal is measured across multiple modalities.
Ø    Describe the relationship between arousal and task efficiency.
Ø    Describe the basic principles of over-arousal, under-arousal, unstable
arousal and disordered arousal and problems associated with each.
Ø    Utilize the symptom-based model of behavioral training with neurofeedback.
Ø    Demonstrate the proper setup procedure for acquiring an optimum EEG
signal for neurofeedback training.
Ø    Demonstrate how to set up an EEG training protocol and run a training
Ø    Describe location-specific and frequency-specific decisions for
anticipated outcomes of training.
Ø    Demonstrate how to use EEG measurements to help determine arousal issues and
inform training decisions.
Ø    Describe what the EEG represents and how operant conditioning of
the EEG is the primary mechanism of neurofeedback.
Ø    Discuss what structures in the brain create and affect the EEG,
especially the brainstem and thalamus.
Ø    Appreciate the importance of central placements (e.g., Cz, C3, C4) for
Ø    Describe the basic organization and anatomy of the brain with general
understanding of the primary function of the main components
Ø    Discuss the importance and relevance of such knowledge to applying
competent neurofeedback.
Ø    Discuss efficacy/effectiveness research.
Ø    Demonstrate how to develop a comprehensive assessment using standardized
testing procedures and how to apply them to neurofeedback.



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