Tuesday , February - June 2018 :: Room B002 :: 16:00 - 18:30
Jacek Suda, Narodowy Bank Polski
Final (take home) exam :: Due by Thursday, July 19, 15:59
Answer all questions. All answers must be type in. Good luck !
- Problem Set 2 :: Example RBC Code:
dynamicProgramming_deterministicRBC.mDue by Tuesday, June 19, 16:10
- Problem Set 1 :: Due by Tuesday, June 5, 16:10
Lecture 9: OLG models
Lecture 8: More on dynamic programming
Lecture 7: Introduction to dynamic programming
Lecture 6: Solving DSGE models
Lecture 5: NK DSGE model
Lecture 4: Linearization
Lecture 3: RBC model
Lecture 1-2: Introduction
The main objective of the course is to introduce fundamental techniques for constructing and solving dynamic-stochastic general equilibrium (DSGE) models.
The course begins with the basic RBC (Real Business cycle) model---the cornerstone for most modern macroeconomic business cycle models. The model (and its extension) will be used to illustrate the concept of equilibrium, market completeness, and solution techniques. It will also be used to show some properties of the business cycles as well as its implications for asset prices and macroeconomic policy.
The second part of the course introduces the overlapping generation (OLG) model - the second major workhorse of modern macroeconomics - and, if time permits, incomplete markets model in which agents face idiosyncratic and uninsurable labor income risk.