![]() |
|
Home |
Economics 582
|
This course is a continuation of Econ 581 (Econometric Theory I) and covers a number of topics in econometrics including maximum likelihood estimation, nonlinear least squares and nonlinear optimization, multivariate regression, simultaneous equations models, dynamic regression models, and limited dependent variables models. This course will stress models and methods over proofs (for proofs etc. take Econ 583). We will spend a great deal of time on the computer doing applied econometrics and we will use the econometrics program EVIEWS for most of our assignments. However, EVIEWS cannot do everything we cover in this course so we will also use the matrix programming language MATLAB for some of the assignments. Course PrerequisitesSatisfactory completion of Econ 581 or equivalent. Course RequirementsCredit for this course is obtained by successfully completing
HomeworkI will distribute weekly homework assignments, which will be a combination of computer labs using EVIEWS and/or MATLAB and analytical problems. Regarding the homework assignments and computer programs, I will provide detailed instructions for using EVIEWS and MATLAB. EVIEWS and MATLAB are available on the CSSCR network and in the economics computer lab on the third floor of Savory Hall. Quiz SectionThere will be Friday discussion sessions with the teaching assistant, Clarisse Messemer. Textbooks and Other Background MaterialThe required textbooks are (the same textbooks used in Econ 581):
Note: Many of the applied homework assignments will be taken from Berndt's book (see below under applied econometrics). In addition to the textbook, I will also give handouts of supplemental material in class and I will post scanned copies of my handwritten notes on the notes page. Other useful textbooks in EconometricsBasic econometrics (advanced undergraduate texts - good intuition and less math)
Applied Econometrics
Intermediate Econometrics (first year graduate texts - requires linear algebra)
Advanced Econometrics (second year graduate texts - lots of math)
|