Data Research Course
Python Quantitative Research
Use Python to organize market data, build research signals, review historical samples, and document AI-assisted research workflows.
Modules
Four Python modules
This pathway focuses on reproducible research habits: clean datasets, visible assumptions, documented signal records, and careful interpretation of historical samples.
Python Data Research Fundamentals
Prepare datasets, calculate indicators, and organize repeatable research notebooks.
Module 2Research Signal Construction
Turn observations into recorded signals that can be reviewed and tested.
Module 3Historical Review Framework
Build a simple process from data loading to result interpretation.
Module 4PandaAI-Assisted Research Project
Use AI support for data explanation, code review, and workflow checking.
Study Focus
What this course helps you practice
The course is designed for learners who want to use code as a research tool rather than as a shortcut to conclusions.
Data discipline
Learn how to inspect missing values, align time series, label fields clearly, and keep source assumptions visible before any analysis begins.
Repeatable notebooks
Structure notebooks so the same workflow can be rerun, reviewed, and explained by another learner without relying on hidden manual steps.
Signal documentation
Record research conditions as study labels, including when they appear, what data they use, and what limitations should be noted.
Responsible interpretation
Review historical outputs with attention to sample size, sensitivity, transaction assumptions, and the difference between analysis and advice.
Workflow
A practical research sequence
Load and clean
Import a dataset, standardize column names, check date ordering, and document data quality notes.
Calculate fields
Create derived columns such as returns, ranges, rolling summaries, or other descriptive measures for study use.
Record conditions
Convert observations into transparent research conditions and save them as reviewable records.
Review outputs
Summarize results, inspect edge cases, and write down what the sample does and does not support.
Outputs
Expected learning outputs
Reusable research file
A clean notebook that loads data, calculates fields, records conditions, and explains each step in plain language.
Assumption register
A short record of data sources, sample boundaries, cleaning choices, and interpretation limits for later review.
Educational summary
A concise research summary that separates observations from conclusions and avoids personal recommendations.