/python-finance-unimelb2017

Material for a Python for Finance workshop at the University of Melbourne in 2017

Primary LanguageJupyter NotebookMIT LicenseMIT

Python for financial research (2017 workshop)

Vincent Grégoire, University of Melbourne

This repository contains material for a Python for financial research workshop I taught to honours and Ph.D. students at the University of Melbourne in 2017.

NOTE: This stuff is in part already outdated. The most significant change is that I am now using Python 3.6 instead of 2.7. See the 2018 workshop for up-to-date examples.

Outline

The boot camp is divided into four blocks of three hours each:

1. Introduction to Python programming

We will discuss what Python is and you will learn the basic structure of the language. You will also learn your way around the programming environment, including the two main editors for scientific Python, Spyder, and Jupyter.

2. Introduction to data analysis using pandas and matplotlib

You will learn how to import, export and transform data using pandas, the panel data package for Python. You will also learn how to explore the data by generating summary statistics and plotting graphs using matplotlib.

3. More data analysis using pandas and statsmodels

You will learn more advanced features of Python and pandas, including dealing with timestamps and estimating measures from daily and intraday data. You will also learn how to estimate OLS and panel regressions using statsmodels.

4. Other topics

In this block, you will be introduced briefly to other python packages that can be helpful for research. The list of topics is not yet finalized, but will likely include text analysis, web scraping, network analysis and symbolic algebra.

Software

I recommend the Anaconda distribution, which is available for Windows, Mac OS and Linux. We are using the Python 2.7 version for the boot camp. Note: for the 2018 workshop I am now using Python 3.6.

Material

Slides

Code

Note: this code is for illustrative purpose, and does not necessarily show the correct or best way to do something, the main goal is to illustrate the Python language, its libraries, and some common use cases in research.

Block 1:

Block 2:

Block 3:

Block 4: