Electroencephalography (EEG) is one of the fundamental neurophysiological methods for measuring the cortical electrical activity of the human brain at the millisecond level. It is a non-invasive technique with high temporal resolution. While brainwave analysis has been widely used in neuroscience research for many years, EEG technologies have undergone an interdisciplinary transformation, becoming an integrated research field encompassing health sciences, sports sciences, educational sciences, psychology, biomedical engineering, and artificial intelligence-based data analysis systems.

The main objective of this workshop is to address both the theoretical foundations and applied aspects of EEG technologies through a holistic approach. This includes a detailed examination of the neurophysiological basis of EEG signal generation, neuronal membrane potentials, synchronization mechanisms, and the functional significance of different frequency bands (delta, theta, alpha, beta, and gamma).

In particular, the role of EEG technologies in the assessment of cognitive processes will be emphasized. The relationships between EEG activity and processes such as attention, perception, learning, decision-making, and cognitive load will be discussed through case studies. Furthermore, the potential use of EEG in human performance analysis, neuroergonomics applications, and brain-computer interface (BCI) systems will be addressed from a multidisciplinary perspective.

In conclusion, this workshop aims to enable participants to understand the fundamental principles of EEG technologies, interpret the functional meaning of brainwaves, and develop an analytical perspective on how EEG data can be utilized across different disciplines. In this respect, the workshop aims to provide a comprehensive learning experience that integrates neuroscientific measurement techniques with interdisciplinary application domains.