Projects
- All
- Lectures
- Code
- Resources
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Python Programming for Economics and Finance
lecture
This lecture series on Python programming for economics and finance is the first text in the series, which focuses on programming in Python.
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A First Course in Quantitative Economics with Python
lecture
This lecture series provides an introduction to quantitative economics using Python.
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QuantEcon.py
code
A high performance, open source Python code library for economics.
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QuantEcon.jl
code
A high performance, open source Julia code library for economics.
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Intermediate Quantitative Economics with Python
lecture
This is one of a series of online texts on modern quantitative economics and programming with Python. This is the second text in the series, which focuses on introductory material.
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Advanced Quantitative Economics with Python
lecture
This is one of a series of online texts on modern quantitative economics and programming with Python. This is the third text in the series, which focuses on advanced topics.
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Quantitative Economics with Julia
lecture
A set of lectures on quantitative economic modeling, designed and written by Jesse Perla, Thomas J. Sargent and John Stachurski.
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Hardcopy Text
resource
A hardcopy text on Quantitative Economics is currently in progress.
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Workshops and Seminars
resource
Previous and forthcoming workshops and seminars with accompanying resources.
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Jupyter Book
tool
QuantEcon a founding member of the Executable Books Project, which develops Jupyter Book.
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Introduction to Economic Modeling and Data Science
lecture
A series of lectures on programming, data science, and economics.
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Continuous Time Markov Chains
lecture
This lecture series provides a short introduction to the fascinating field of continuous time Markov chains.
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QE Notes
resource
An open Jupyter notebook library for economics and finance.
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MATLAB-Python-Julia Cheatsheet
resource
Scientific programming cheatsheets for Python and Julia.
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Quantitative Economics with JAX
lecture
This website presents a set of lectures on quantitative economic modeling using GPUs and Google JAX.