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Teaching code, notebooks, and data

Find course supports, exercises, datasets, programs, notebooks and simulators, organized by course and session. The Homogeneity teaching note has its own Python and R replication code and practical instructions.

Practical README · Homogeneity replication code

CY Cergy Paris Université · 2026/2027

Econometrics — L3

Chapter-based exercises, teaching datasets, and previous continuous assessments with supplied answer keys.

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Chapter exercises

Chapter I — Introduction and simple regression

PDF · 3 pages · 93.69 kB

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Chapter II — Simple regression applications

PDF · 5 pages · 120.01 kB

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Chapter III — Probability and random variables

PDF · 5 pages · 111.78 kB

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Chapter IV — Inference in simple regression

PDF · 4 pages · 107.35 kB

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Chapter V — Estimator properties

PDF · 3 pages · 111.58 kB

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Chapter VI — Multiple regression applications

PDF · 4 pages · 100.33 kB

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Chapter VII — Hypothesis tests and specification

PDF · 5 pages · 107.12 kB

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Chapter VIII — Functional form and model comparison

PDF · 6 pages · 91.29 kB

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Teaching datasets

Teaching dataset collection — original formats and dictionaries

ZIP · 1.87 MB

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Previous continuous assessments (CC)

CY Cergy Paris Université · 2026/2027

Econometrics — M1

An exercise collection covering regression foundations, matrix formulation, inference, heteroskedasticity, nonlinear least squares, and instrumental variables.

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Course materials

CY Cergy Paris Université · 2026/2027

Econometrics — M2 & PhD

An advanced exercise collection on linear models, inference, instrumental variables, maximum likelihood, and generalized method of moments.

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Course materials

Advanced econometrics exercises

PDF · 19 pages · 158.82 kB

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Sciences Po Saint-Germain-en-Laye · 2026/2027

Microeconomics — L1

Session 1 introduces consumers, producers, price elasticity, market efficiency, transfers, and deadweight loss.

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Course materials

Session 1 — Consumers, producers, and market efficiency

PDF · 61 pages · 341.17 kB

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Université Catholique de l’Ouest · 2026/2027

Microeconomics III — L3

Microeconomic foundations, strategic decisions and Nash equilibrium, followed by risk, insurance, portfolio choice and private information, with exercises, Python/R programs and interactive simulators.

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Part I — Foundations

Séance 1 — Introduction générale

PDF · 59 pages · 521.16 kB

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Part II — Strategic decisions and games

Séances II à IV — Théorie des jeux : décisions stratégiques et équilibre de Nash

PDF · 109 pages · 622.40 kB

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Simulateur — Jeux répétés

Interactive HTML · 27.07 kB

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Simulateur — Pile ou face

Interactive HTML · 18.93 kB

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Part III — Risk and information

Course figures and calculations — Python

PY · 39.11 kB

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Information cascade simulator

Interactive HTML · 17.48 kB

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Portfolio choice simulator

Interactive HTML · 20.74 kB

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Diversification and correlation simulator

Interactive HTML · 19.46 kB

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Part III — Course support (sessions V–VIII)

PDF · 1.12 MB

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Complete folder — supports, code, data and supporting checks

ZIP · 1.72 MB

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Université Catholique de l’Ouest · 2026/2027

Econometrics — L3

Session 1 introduces covariance, correlation, descriptive evidence, and simple regression. Session 2 develops sampling, probability, estimator distributions and inference, with course and exercise code in Python, R and Stata, notebooks, data and interactive simulators.

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Practical instructions
Session 1 — Covariance, correlation and regression

Course — Python notebook

Jupyter notebook · 27.30 kB

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Exercises — Python notebook

Jupyter notebook · 9.95 kB

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Interactive covariance simulator

Interactive HTML · 6.97 kB

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Complete folder — supports, code, data and supporting checks

ZIP · 1.23 MB

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Session 2 — Sampling, probability and inference

Course — Python notebook

Jupyter notebook · 34.56 kB

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Exercises — Python notebook

Jupyter notebook · 11.23 kB

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Interactive sampling simulator

Interactive HTML · 9.63 kB

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Complete folder — supports, code, data and supporting checks

ZIP · 1.35 MB

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CY Cergy Paris Université · 2026/2027

Data Analysis with Python — L3

Five applied sessions on price indices, unemployment, data cleaning, dataset merges, and income distributions, with source data and reproducible Python notebooks.

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TD01

TD01 — Price indices: instructions

PDF · 2 pages · 98.48 kB

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TD01 — Price indices: notebook

Jupyter notebook · 7.73 kB

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Complete folder — supports, code, data and supporting checks

ZIP · 84.23 kB

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TD02

TD02 — Unemployment: instructions

PDF · 1 pages · 57.36 kB

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TD02 — Unemployment: notebook

Jupyter notebook · 9.04 kB

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Complete folder — supports, code, data and supporting checks

ZIP · 54.32 kB

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TD03

TD03 — Wage data: instructions

PDF · 1 pages · 48.20 kB

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TD03 — Wage data: notebook

Jupyter notebook · 8.67 kB

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TD03 — Wage data: dictionary

PDF · 4 pages · 95.60 kB

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Complete folder — supports, code, data and supporting checks

ZIP · 250.15 kB

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TD04

TD04 — Dataset merges: instructions

PDF · 51.54 kB

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TD04 — Dataset merges: notebook

Jupyter notebook · 6.77 kB

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Complete folder — supports, code, data and supporting checks

ZIP · 970.42 kB

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TD05

TD05 — Income distributions: notebook

Jupyter notebook · 6.70 kB

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TD05 — Income distributions: instructions

PDF · 57.02 kB

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Session instructions — HTML

Interactive HTML · 28.42 kB

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Complete folder — supports, code, data and supporting checks

ZIP · 63.58 kB

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Teaching Note · October 2021

Homogeneity — Teaching Note replication code

Python and R programs derive the restrictions, generate the figures, run the simulations and compare the estimates. The supplied simulation data and output tables accompany the code.

Practical READMEDownload Python/R code, data and outputsRead the Teaching Note