Industry Dynamics
Syllabus
Class I: Numerical Methods
Practice exercise
Class II: Occupational Choice
Class III: Financial Frictions and Occupational Choice
Homework I
Class IV: Equilibrium Entry and Exit
Class V: Production Function Estimation and Productivity Decomposition
Class VI-VII: Misallocation, theory and measurement.
Class VIII: Industry and Firms Life Cycle
Homework II
Class IX: Open Economy
Class X: Endogenous productivity, steady state
Class XI: Endogenous productivity, long run growth
Class XII-XIII: Financial frictions and Firm dynamics
Class I: Numerical Methods
Practice exercise
Class II: Occupational Choice
Class III: Financial Frictions and Occupational Choice
Homework I
Class IV: Equilibrium Entry and Exit
Class V: Production Function Estimation and Productivity Decomposition
Class VI-VII: Misallocation, theory and measurement.
Class VIII: Industry and Firms Life Cycle
Homework II
Class IX: Open Economy
Class X: Endogenous productivity, steady state
Class XI: Endogenous productivity, long run growth
Class XII-XIII: Financial frictions and Firm dynamics
Macroeconomics, PhD Core (ECON 6130)
Syllabus
Class I: Dynamic optimization (Kuhn-Tucker theorem). Welfare theorems.
Class II: One sector growth model, steady state
Class III: One sector growth model, dynamics
Class IV: Competitive equilibrium
Class V: Heterogeneity and aggregation
(classes I-V have been kindly shared by Prof. Manuelli, any mistakes are my own)
Class VI: One sector growth model in continuous time. AK model
Class VII: Endogenous growth with IRS
Class VIII: Dynamic programming basics
Class IX-X: Principle of optimality, Properties of the value function, Model parameterization
Class X-XI: Markov chains and asset pricing.
Class I: Dynamic optimization (Kuhn-Tucker theorem). Welfare theorems.
Class II: One sector growth model, steady state
Class III: One sector growth model, dynamics
Class IV: Competitive equilibrium
Class V: Heterogeneity and aggregation
(classes I-V have been kindly shared by Prof. Manuelli, any mistakes are my own)
Class VI: One sector growth model in continuous time. AK model
Class VII: Endogenous growth with IRS
Class VIII: Dynamic programming basics
Class IX-X: Principle of optimality, Properties of the value function, Model parameterization
Class X-XI: Markov chains and asset pricing.
