The objective of the course is to help students understand several important modern techniques in econometrics and apply them in empirical research and practical applications. Emphasis of the course will be placed on understanding the essentials underlying the core techniques, and developing the ability to relate the methods to important issues faced by a practicioner.
By completing this course, students will be able to use a computer based statistical software to analyze the data, choose appropriate models and estimators for given economic application, understand and interpret the results in detail (diagnose problems, understand proper inference) and will be confident to carry out the analysis and conclusions with respect to appropriatness and limitation of the methodology used. Finally, students will have sufficient grounding in econometric theory to begin advanced work in the field.
Last update: Baruník Jozef, doc. PhDr., Ph.D. (29.09.2021)
Please find all materials in JEM217 course
The objective of the course is to help students understand several important modern techniques in econometrics and apply them in empirical research and practical applications. Emphasis of the course will be placed on understanding the essentials underlying the core techniques, and developing the ability to relate the methods to important issues faced by a practicioner.
By completing this course, students will be able to use a computer based statistical software to analyze the data, choose appropriate models and estimators for given economic application, understand and interpret the results in detail (diagnose problems, understand proper inference) and will be confident to carry out the analysis and conclusions with respect to appropriatness and limitation of the methodology used. Finally, students will have sufficient grounding in econometric theory to begin advanced work in the field.
Last update: Baruník Jozef, doc. PhDr., Ph.D. (29.09.2021)
Course completion requirements -
Grading - in line with the Dean's decree 17/2018.
Assignments: 0 - 15% Midterm Exam: 0 - 20% Final Exam: 0 - 50% (to pass the Final, one needs to have at least 50% of correct answers) Empirical Paper: 15%
Last update: Baruník Jozef, doc. PhDr., Ph.D. (14.09.2020)
Grading - in line with the Dean's decree 17/2018.
Assignments: 0 - 15% Midterm Exam: 0 - 20% Final Exam: 0 - 50% (to pass the Final, one needs to have at least 50% of correct answers) Empirical Paper: 15%
Last update: Baruník Jozef, doc. PhDr., Ph.D. (14.09.2020)
Literature -
For the topics covered during the semester, we will use chapters mainly from the two textbooks: (G) Greene, W.H. Econometric Analysis, 7th edition, Prentice Hall, 2012 , (equivalently 8th edition, 2017) please note that older versions of the text are fine too, just be aware of different chapters numbering
(W) Wooldridge, J. Econometric Analysis of Cross-Section and Panel Data, Boston: MIT Press, 2010, 2nd edition
In addition, following textbook can be used (CT) Cameron, C. and Trivedi, P.K. Microeconomertics: Methods and Applications, Cambridge University Press, New York, May 2005
Other good references: Maddala, Limited-dependent and Qualitative Variables in Econometrics, Cambridge, 1982. Davidson and MacKinnon: Econometric Theory and Methods, Oxford, 2003. Hayashi, F., Econometrics, Princeton: Princeton Univ. Press, 2000. Gourieroux and Monfort: Statistics and Econometric Models: Vol 1 and 2 (Cambridge University Press), 1995 (MHH) Martin, Hurn and Harris: Econometric Modelling with Time Series: Specification, Estimation and Testing, Cambridge University Press, 2013 Hansen, Bruce E.: Econometrics (online draft of graduate textbook), University of Wisconsin (last revision: January 2013) The Davidson and MacKinnon text is a good up-to-date text. Maddala’s text, and the Wooldridge text are excellent for limited dependent and qualitative variables. Hayashi (2002) is much more involved with time series econometrics. Gourieroux and Monfort (1995) is an excellent complementary book for students interested in more technical text (at PhD level). Verbeek is less technical and undergraduate level. A new and rather broad text is Martin, Hurn and Harris (2013).
Last update: Baruník Jozef, doc. PhDr., Ph.D. (14.09.2020)
For the topics covered during the semester, we will use chapters mainly from the two textbooks: (G) Greene, W.H. Econometric Analysis, 7th edition, Prentice Hall, 2012 , (equivalently 8th edition, 2017) please note that older versions of the text are fine too, just be aware of different chapters numbering
(W) Wooldridge, J. Econometric Analysis of Cross-Section and Panel Data, Boston: MIT Press, 2010, 2nd edition
In addition, following textbook can be used (CT) Cameron, C. and Trivedi, P.K. Microeconomertics: Methods and Applications, Cambridge University Press, New York, May 2005
Other good references: Maddala, Limited-dependent and Qualitative Variables in Econometrics, Cambridge, 1982. Davidson and MacKinnon: Econometric Theory and Methods, Oxford, 2003. Hayashi, F., Econometrics, Princeton: Princeton Univ. Press, 2000. Gourieroux and Monfort: Statistics and Econometric Models: Vol 1 and 2 (Cambridge University Press), 1995 (MHH) Martin, Hurn and Harris: Econometric Modelling with Time Series: Specification, Estimation and Testing, Cambridge University Press, 2013 Hansen, Bruce E.: Econometrics (online draft of graduate textbook), University of Wisconsin (last revision: January 2013) The Davidson and MacKinnon text is a good up-to-date text. Maddala’s text, and the Wooldridge text are excellent for limited dependent and qualitative variables. Hayashi (2002) is much more involved with time series econometrics. Gourieroux and Monfort (1995) is an excellent complementary book for students interested in more technical text (at PhD level). Verbeek is less technical and undergraduate level. A new and rather broad text is Martin, Hurn and Harris (2013).
Last update: Baruník Jozef, doc. PhDr., Ph.D. (14.09.2020)
Requirements to the exam -
Assignments: 0 - 15% Midterm Exam: 0 - 20% Final Exam: 0 - 50% (to pass the Final, one needs to have at least 50% of correct answers) Empirical Paper: 15%
Last update: Baruník Jozef, doc. PhDr., Ph.D. (14.09.2020)
Assignments: 0 - 15% Midterm Exam: 0 - 20% Final Exam: 0 - 50% (to pass the Final, one needs to have at least 50% of correct answers) Empirical Paper: 15%
Last update: Baruník Jozef, doc. PhDr., Ph.D. (14.09.2020)
Syllabus -
1. Linear Regression Revision using matrix algebra, finite sample properties, large-sample properties Reading: G(3-5: 26-143), W (4: 49-76)
2-3. (2.1.) Introduction to Estimation Frameworks in econometrics Parametric estimation and inference (likelihood-based methods), semiparametric estimation (GMM, empirical likelihood), properties of estimators Reading: G(12: 432-454)
(2.2.) Quantile Regressions Quantile regressions, Quantiles and conditional quantiles Reading: G(7.3: 202-207) and CT(4.6.)
(2.3.) Maximum Likelihood estimators Basic likelihood concepts, score functions, principle of ML and its properties, Quasi and pseudo-MLE Reading: G(14: 509-548), W(13: 385-397), or alternatively CT(5: 116-163), MHH(1,2: 1:82 and 9:313-346 for QMLE)
4. Generalized Method of Moments The method of moments, GMM, properties, testing hypothesis in the GMM framework Reading: G(13.1.-13.5.: 455-480), W(14: 421-448) or alternatively CT(6: 166-219), MHH(10:361:396)
5. Simulation-based estimation and inference computer-intensive, simulation-based methods, bootstrap, maximum simulated likelihood estimation, moment-based simulation estimation Reading: G(15: 603-634) or alternatively CT (11-13: 357-416, selection) or MHH(12: 447-477)
6. Endogeneity and Instrumental variables IV estimation, Multiple Instruments (2SLS), asymptotic theory and robust inference, measurement errors and omitted variables, Reading: G(8.1.-8.4. 8.7.: 219-251), W (5: 83-107) + Endogeneity in Systems of Equations (G 10.6.-10.7: 314-355?) if time allows
7. MIDTERM
8. Generalized Least Squares, non - i.i.d. errors Generalized regression models and heteroscedasticity (efficient estimation via (F)GLS), Seemingly unrelated regressions Reading: G(9.1.-9.3.: 257-266), G(10.1-10.3: 290 - 304), W(7: 143-167)
9. Models for Panel Data I (static panel data methods) advantages of panel data; basics of linear panel models; pooled, random effects and fixed effect models; SUR versus Panel Data Models; target parameters and estimation by GLS; applications. Reading: G(11: 343-382), W (10: 247-288) or additional CT(21:697-739)
10. Models for Panel Data II (Dynamic linear paneldata models) Extensions of basic models; types of exogeneity; endogenous regressors; dynamic models; Discrete Choice Panel data methods, GMM methods for Panel models; Reading: G(11: 382-426), G(13.6.5.: pp493) GMM in panel data, W (11: 299-328) or additional CT(22: 743-778)
11. Discrete Choice models Review of linear probability models for binary Discrete choice models, advantages, Logit and Probit models, specification issues Reading: W (15.2.-15.7.: 451-480), G(17.1. - 17.3.: 681-714) or additiona CT (14: selected)
12. Extended Discrete Choice models Multinomial logit and conditional logit models, Pooled discrete choice models Reading: W (15.8.-15.10. : 480-509), G(17.4. - 17.5.: 716-752) + 18.1.-18.5.: 769:829 (only selection IF TIME ALLOWS) additiona CT (14, 23: selected)
Last update: Baruník Jozef, doc. PhDr., Ph.D. (14.09.2020)
1. Linear Regression Revision using matrix algebra, finite sample properties, large-sample properties Reading: G(3-5: 26-143), W (4: 49-76)
2-3. (2.1.) Introduction to Estimation Frameworks in econometrics Parametric estimation and inference (likelihood-based methods), semiparametric estimation (GMM, empirical likelihood), properties of estimators Reading: G(12: 432-454)
(2.2.) Quantile Regressions Quantile regressions, Quantiles and conditional quantiles Reading: G(7.3: 202-207) and CT(4.6.)
(2.3.) Maximum Likelihood estimators Basic likelihood concepts, score functions, principle of ML and its properties, Quasi and pseudo-MLE Reading: G(14: 509-548), W(13: 385-397), or alternatively CT(5: 116-163), MHH(1,2: 1:82 and 9:313-346 for QMLE)
4. Generalized Method of Moments The method of moments, GMM, properties, testing hypothesis in the GMM framework Reading: G(13.1.-13.5.: 455-480), W(14: 421-448) or alternatively CT(6: 166-219), MHH(10:361:396)
5. Simulation-based estimation and inference computer-intensive, simulation-based methods, bootstrap, maximum simulated likelihood estimation, moment-based simulation estimation Reading: G(15: 603-634) or alternatively CT (11-13: 357-416, selection) or MHH(12: 447-477)
6. Endogeneity and Instrumental variables IV estimation, Multiple Instruments (2SLS), asymptotic theory and robust inference, measurement errors and omitted variables, Reading: G(8.1.-8.4. 8.7.: 219-251), W (5: 83-107) + Endogeneity in Systems of Equations (G 10.6.-10.7: 314-355?) if time allows
7. MIDTERM
8. Generalized Least Squares, non - i.i.d. errors Generalized regression models and heteroscedasticity (efficient estimation via (F)GLS), Seemingly unrelated regressions Reading: G(9.1.-9.3.: 257-266), G(10.1-10.3: 290 - 304), W(7: 143-167)
9. Models for Panel Data I (static panel data methods) advantages of panel data; basics of linear panel models; pooled, random effects and fixed effect models; SUR versus Panel Data Models; target parameters and estimation by GLS; applications. Reading: G(11: 343-382), W (10: 247-288) or additional CT(21:697-739)
10. Models for Panel Data II (Dynamic linear paneldata models) Extensions of basic models; types of exogeneity; endogenous regressors; dynamic models; Discrete Choice Panel data methods, GMM methods for Panel models; Reading: G(11: 382-426), G(13.6.5.: pp493) GMM in panel data, W (11: 299-328) or additional CT(22: 743-778)
11. Discrete Choice models Review of linear probability models for binary Discrete choice models, advantages, Logit and Probit models, specification issues Reading: W (15.2.-15.7.: 451-480), G(17.1. - 17.3.: 681-714) or additiona CT (14: selected)
12. Extended Discrete Choice models Multinomial logit and conditional logit models, Pooled discrete choice models Reading: W (15.8.-15.10. : 480-509), G(17.4. - 17.5.: 716-752) + 18.1.-18.5.: 769:829 (only selection IF TIME ALLOWS) additiona CT (14, 23: selected)
Last update: Baruník Jozef, doc. PhDr., Ph.D. (14.09.2020)
Entry requirements -
There are no formal course requirements. However, knowledge up to the level of Statisics (JEB105) and Econometrics I (JEB109) courses is assumed and expected.
Last update: Baruník Jozef, doc. PhDr., Ph.D. (14.09.2020)
There are no formal course requirements. However, knowledge up to the level of Statisics (JEB105) and Econometrics I (JEB109) courses is assumed and expected.
Last update: Baruník Jozef, doc. PhDr., Ph.D. (14.09.2020)
Registration requirements -
There are no formal course requirements. However, knowledge up to the level of Statisics (JEB105) and Econometrics I (JEB109) courses is assumed and expected.
Last update: Baruník Jozef, doc. PhDr., Ph.D. (14.09.2020)
There are no formal course requirements. However, knowledge up to the level of Statisics (JEB105) and Econometrics I (JEB109) courses is assumed and expected.
Last update: Baruník Jozef, doc. PhDr., Ph.D. (14.09.2020)