KRIGOLSON TEACHING ADVANCED EEG
DIRECTED STUDIESMEDICAL SCIENCES 490 B · EPHE 494

Advanced EEG.
Real Python.

Change the analysis. Watch the data respond. Then open the Python that produced it and make the analysis your own.

Enter the labs
Runs locally in Chrome, Edge, Firefox, or Safari · No installation
PYTHON ANALYSISWEEK 01
FILTERED ERPLP 12 Hz
PARAMETERS → PYTHON → RESULTNO SERVER · NO UPLOAD
12weekly modules
12Python laboratories
0software installs
100%editable analyses
01

COURSE OVERVIEW

Stop clicking.
Start reasoning.

This directed studies course is intended for undergraduate and graduate students who have completed An Introduction to EEG and want to understand what an analysis pipeline actually does.

Every week combines the original advanced reading with a focused, interactive analysis. The controls make each decision visible; the code panel reveals the exact Python; and every lab can export its code and results.

Students can enrol in either EPHE 494: Directed Studies or MEDS 490: Directed Studies. Students can complete a maximum of 3.0 units of EPHE 494 and 3.0 units of MEDS 490.

Real Python, inside the browser. The scientific calculations run on the student’s own computer using Pyodide and NumPy. The course does not upload analysis data to a server.

01Choose

Adjust filters, windows, references, trials, noise, corrections, and model assumptions.

02Run

Execute the analysis with a complete scientific Python runtime in a background worker.

03Inspect

Compare waveforms, spectra, scalp maps, time-frequency maps, statistics, and diagnostics.

04Own it

Edit the generated Python, rerun it, and download both the analysis and its results.

02

THE NEW ANALYSIS WORKFLOW

Transparent by design.

A

No black boxes

Every visible parameter maps to a named variable in readable Python.

B

No legacy software

No BrainVision Analyzer, MATLAB, EEGLAB, local Python, or license is required.

C

Safe experimentation

Purpose-built synthetic teaching data makes the consequence of each decision unmistakable.

D

Reproducible output

Download the code and numerical results from every completed analysis.

03

TWELVE WEEKS · TWELVE INTERACTIVE ANALYSES

The Python labs.

0 / 12 LABS COMPLETE
04

ASSESSMENT

Understand it.
Defend it.

50%

ASSIGNMENTS + QUIZZES

Ten assignments or quizzes · 5% each

Weekly assignments and quizzes ensure students complete and understand the assigned readings and can explain the consequences of their analysis choices.

50%

FINAL EXAMINATION

Ten short-answer questions

Students complete a final exam covering all assigned readings and the concepts demonstrated in the interactive laboratories.

READY TO BEGIN?

Enrol in the course.

Download the correct pro forma, fill in your information and the information below, and send it to Dr. Krigolson. Do not sign it.

  1. 01Fill in the Academic Term using the UVic Academic Calendar.
  2. 02Select whether this is an in-person or online course.
  3. 03For quizzes, use the last day of November, March, or July; for the final exam, use December 15, April 15, or August 15.
  4. 04Fill in the Course Section Dates.
  5. 05Fill in the Dean for your faculty.
EPHE 494 form ↓ MEDS 490 form ↓
WEEK 01

Fourier decomposition & filtering

PYTHON NOT LOADED
OUTPUTWaiting for analysis
—

Ready when you are.

Run the analysis to generate this lab’s plots and measurements.