Advanced Concepts on EEG and QEEG Assessment for Human Performance

A 1-credit course exploring advanced EEG and QEEG methods for evaluating brain activity, connectivity, and cognitive performance in clinical and human performance settings.

Human Performance & Regenerative Medicine
Robert Thatcher
Level:
4
-
Specialist
Credit Hours:
1
Price:

$

48

$

(

% off)

$

48
1 Choose your format.

Course Description

Electroencephalography provides a powerful window into the dynamic electrical activity of the brain. In this session, Robert W. Thatcher explores advanced concepts in EEG and quantitative EEG (QEEG) analysis and their relevance to human performance. Participants will examine how electrical brain signals can be analyzed to reveal patterns of neural connectivity, network organization, and cognitive efficiency. The lecture reviews key quantitative metrics—including spectral power and coherence—and how these measures help clinicians interpret brain function. By understanding how EEG signals reflect neural communication across cortical networks, practitioners gain deeper insight into the neurological factors that influence attention, cognition, and performance. This session provides a framework for integrating EEG-based assessments into both clinical evaluation and performance optimization strategies.

What you’ll learn:

  • Understand the principles behind EEG and quantitative EEG analysis.
  • Recognize how brain electrical activity reflects neural network function.
  • Identify quantitative EEG metrics used to evaluate brain performance.
  • Interpret EEG patterns associated with cognitive efficiency and dysfunction.
  • Apply EEG-based insights to clinical assessment and human performance optimization.

Components

Educational Syllabus

  • Topic 1 – Foundations of EEG and QEEG Analysis
    • An overview of electroencephalography and quantitative EEG as tools for evaluating brain electrical activity and functional organization.
  • Topic 2 – Brain Connectivity and Network Dynamics
    • Explore how EEG data can reveal patterns of neural communication across brain networks involved in cognition and performance.
  • Topic 3 – Quantitative Metrics in Brain Function Assessment
    • Examine how spectral power, coherence, and other quantitative measures are used to interpret brain activity.
  • Topic 4 – QEEG Applications in Human Performance
    • Understand how brain electrical patterns relate to attention, cognitive efficiency, and neurological performance.
  • Topic 5 – Interpreting EEG Patterns in Clinical Contexts
    • Learn how clinicians use EEG and QEEG findings to identify functional brain abnormalities.
  • Topic 6 – Integrating Neurophysiological Data into Clinical Practice
    • Discover how EEG-based insights can guide performance optimization and neurological assessment strategies.

Venue, Hotels & Schedule

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Also includes

Months Medline Access
Months of Access to Complete the course (from the date of purchase)
Ability to resubscribe to keep access after
months*
Eligibility for Neurology Fellowship and Diplomate Examinations after the completion of 300+ hours of study
Certificate of Completion
*
Not available for courses purchased during the May 2026 50% off Retirement Sale
Advanced Concepts on EEG and QEEG Assessment for Human Performance | 17ISCN | On-Demand with Dr. Robert ThatcherAdvanced Concepts on EEG and QEEG Assessment for Human Performance | 17ISCN | On-Demand with Dr. Robert Thatcher

Advanced Concepts on EEG and QEEG Assessment for Human Performance

A 1-credit course exploring advanced EEG and QEEG methods for evaluating brain activity, connectivity, and cognitive performance in clinical and human performance settings.

Human Performance & Regenerative Medicine
Robert Thatcher
Level:
4
-
Specialist
Credit Hours:
1
Price:

$

48

$

(

% off)

$

48

The Carrick Institute team is ready to assist with enrollment, CE approval, or program planning. Email visit our CE Portal or Contact Us directly.

On Demand
Start now · Your schedule
Live Stream
Live instruction · Anywhere
In Person
Hands-on · Full immersion
Robert Thatcher
-
Professor of Clinical Neuroscience