This course is designed to teach methods of data analysis to
students whose primary interest is not in econometrics, statistics or
mathematics. It purports to show students how to apply econometric techniques
in the context of real-world empirical economic and financial problems. It
covers most of the tools used in modern econometrics research, e.g.
correlation, regression and extensions for time-series methods. During the
course extensive use of real data examples is made and students are involved in
hands-on computer work.
Course content
An overview of econometrics. Introduction to simple
linear regression. Statistical aspects of regression. Multiple regression. Relaxation
of classical assumptions: autocorrelation, heteroskedasticity, stochastic regressors.
Introduction to time series analysis.
1. An overview of econometrics
2. A non-technical introduction to regression
3. The simple linear regression model under clasical assumptions: OLS
and t-test
4. The multiple linear regression model under classical assumptions: OLS,
F-test, dummy variables, forecasting
5. The multiple linear Regression model: relaxation of classical
assumptions (autocorrelation, heteroskedasticity, stochastic regressors)
6. Introduction to Time series analysis (stationary vs non-stationary
time series, autocorrelation function, volatility, unit roots, cointegration,
ECM, VAR)
Koop, G. (2007), Introduction to Econometrics, New York: John Wiley and Sons.