PURSUE ERP

Preparing Undergraduates for Research in STEM Using Electrophysiology -- Full Semester Course Materials Now Available!

[PURSUE ERP @PursueERP]

Full Semester Course Materials now available on the PURSUE website!
Preparing Undergraduates in STEM Using Electrophysiology (PURSUE) is happy to announce that we have released our full semester course materials on our website - https://t.co/N6Y3AYNHeS. 1/20

[PURSUE ERP @PursueERP]

For additional details on what is covered in each module please visit the Teaching Modules portion of our website (https://t.co/t9tWkXekcm).
Check out the full semester course and all our resources now!! (https://t.co/N6Y3AYNHeS). 20/end

[PURSUE ERP @PursueERP]

Module 11: Data Quantification and Statistics
Introduction to extracting amplitude and latency data from ERP data and the use of statistics to compare conditions that test hypotheses. 12/20

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Preprocessing Videos
Contains the video tutorials for the preprocessing stream, also available under Video Tutorials in Multimedia Tools. 19/20

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Module 10: Averaging & Data Inspection
Creating individual averages by combining trials by condition within a data set and grand averages by combining across data sets. Using averaged data to inspect data quality. 11/20

[PURSUE ERP @PursueERP]

Full Semester Course Materials now available on the PURSUE website!
Preparing Undergraduates in STEM Using Electrophysiology (PURSUE) is happy to announce that we have released our full semester course materials on our website - https://t.co/N6Y3AYNHeS. 1/20

[PURSUE ERP @PursueERP]

Module 9: Pre-Processing
Step-by-step instruction for processing raw EEG data through filtering, re-referencing, bad channel identification, baseline correction, binning, epoching, and artifact rejection. 10/20

[PURSUE ERP @PursueERP]

Module 8: Ethics
Presentation of potential ethical issues arising in EEG/ERP studies and how to handle them. Introduces concepts of diversity and inclusion and examines exclusionary practices in ERP research. 9/20

[PURSUE ERP @PursueERP]

Module 6: Programming Experiments
Implementing the experimental design in a computer program using OpenSesame or E-prime: basic structures, inserting triggers, timing, etc.

Module 7: Recording
EEG/ERP recording and capping procedures. 8/20

[PURSUE ERP @PursueERP]

Module 5: Experimental Design
Detailed introduction to designing ERP experiments including elements of experimental design, ERP design strategies, and setting parameters. 7/20

[PURSUE ERP @PursueERP]

Module 4: ERPs in Research
Introduces how ERPs are used to answer research questions, including basic research terminology, hypothesis testing and interpretation of waveform differences. Guide for reading ERP research articles. 6/20

[PURSUE ERP @PursueERP]

Module 3: ERP Components
ERP components-the role of averaging to reduce noise, physical characteristics & measurements, labeling conventions, & visualization. Explains how to make inferences about neural sources, cognitive associations, & introduces common ERP components. 5/20

[PURSUE ERP @PursueERP]

Module 2: Source of the EEG Waveform
Explains how an EEG system works. Steps through EEG signal generation from neuron to waveform, including the creation of potentials and dipoles, and factors that influence the scalp distribution and waveform. 4/20

[PURSUE ERP @PursueERP]

Modules designed to be flexibly implemented based on instructor interest, course level, & purpose.

Module 1: Overview of EEG/ERP
Conceptual introduction- basic terminology, EEG & ERP (what they are and what they're used for). Provides examples of real-world applications. 3/20

[PURSUE ERP @PursueERP]

This semester-long course includes 13 modules each containing course materials and corresponding hands-on lab exercises with EEG data. Course materials include course lecture slides, in-class active learning exercises, suggested readings, and assessments. 2/20