(in Polish) Introduction to Electroencephalogram (EEG) and Event Related Potential (ERP) in Psychology
General data
Course ID: | 2500-EN-F-215 |
Erasmus code / ISCED: |
14.4
|
Course title: | (unknown) |
Name in Polish: | Introduction to Electroencephalogram (EEG) and Event Related Potential (ERP) in Psychology |
Organizational unit: | Faculty of Psychology |
Course groups: |
(in Polish) electives for 4 and 5 year Biological Bases of Behavior basket |
ECTS credit allocation (and other scores): |
(not available)
|
Language: | English |
Type of course: | elective courses |
Short description: |
Electroencephalography is the recording of the electrical activity generated by brain structures after being picked up by metal electrodes and conductive media. Electrical activity is generated by firing of neurons within the brain. EEG patterns vary with change in mental states of human mind. These changes in brain potentials or EEG patterns recorded as a response to external stimuli is termed as event related potential (ERP). This course will focus on neurophysiological basis of neural behaviour, intra-and inter neuronal communication, and neural signature of cognition. Further, the course will explore how time locked EEG helped to understand neural underpinning of behaviour. |
Full description: |
The objective of this course is to provide a basic introduction to the theory and principle of brain signal processing to understand human cognition and behavior. This course can be categorised into three parts as follows: The first part deals with neurophysiological basis of the EEG signal, time locked EEG, EEG rhythms, ERP components, and technical basis of EEG/ERP. It also explores how EEG is used to understand human and animal behaviour, its historical development, principle of electricity & magnetism, ERP components and its relevant to understand specific cognition, positioning of electrodes, montages, and reference, and collection of data. Part 2 investigates how recording and processing EEG/ERP data are done. It investigates how digital filters, baseline correction, event/response conditioning, removal/correction of artefacts are employed during EEG/ERP data recording. The last part aims to explore the interaction between the neurons, and between different parts of brain give rise human behaviour and cognition. This part will also focus on interpreting EEG/ERP data averaging and grand-averaging, quantification of ERPs in the time domain and frequency and statistical analysis of results. |
Bibliography: |
Readings : Nunez PL (1981): Electric Fields of the Brain: The Neurophysics of EEG,. Oxford University Press, New York. Niedermeyer's Electroencephalography: Basic Principles, Clinical Applications, and Related Fields Sixth Edition by Donald L. Schomer MD Fernando Lopes da Silva MD PhD. Lippincott Williams & Wilkins (LWW) Luck. S.J. (2005). An Introduction to the Event-Related Potential Technique. MIT Press. William O. Tatum et al.(2008). Handbook of EEG Interpretation. Demos Medical Publishing, LLC. |
Learning outcomes: |
Students will understand the neural mechanism of human behaviour. Right from intra and inter neuronal interaction to recording of brain wave at scalp. Students will also get familiar with electroencephalogram, event related potential and how EEG/ERP are instrumental in understanding human cognition and behaviour in scientific manner. Students will also learn software such as BESA/EEGLAB to analyse EEG/ERP data and making sense of neural impulses. |
Assessment methods and assessment criteria: |
Since course is training oriented, Students will be required to take note s in class on lecture material and to study that material to prepare for day to day lecture and demonstration. The emphasis will be functioning of day to day learning. It is skill based learning, so, evaluation will be ongoing and continuous. Evaluation: Quizzes : ( 20%) (2-3 in number, maybe more) Mostly UN-ANNOUNCED, each of equal weight (unless otherwise specified before administration of the Quiz)- BEST 2 out of 3 will be chosen. Quizzes will contain mainly short answer type questions- matching theory with practical examples. Project and Research Work: (30%) Participants can form 2-3 groups depending on their own preferences. Project proposals are expected from Participants themselves following a discussion with the instructor (with prior appointments, ONLY!) the modalities of the project will be explained in detail in the first session. Participants have a choice of project spaces- Theoretical research as well as Practical based research. All project proposals need to be finalized by the end of 3rd session. Examination: (50%) This will comprise of both short answer type as well as few large elaborated answers. However, the modalities of this exam can be finalised during the course of study. Attendance rules Since course is nice balance of theoretical understanding and practical. Students will not be able to understand concept and specific training, if someone misses the class. Therefore, only one class can be missed unexcused. A further two absence are only allowed with formal excuse. Missing more than 3 classes results in not passing the course. |
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