Marcin Bielecki

Lectures



Final exam: June 8, 6 PM, room A101

Midterm retake: June 10, 6 PM, room A201



Pre-recorded lecture for 25.03: Growth facts (until 1h:05m timestamp)

Pre-recorded lecture for 25.03: Solow-Swan model empirical performance



Homework points

Midterm results (including retake)

Final results and grades



Course syllabus



Microeconomic Foundations

Chapter 1: Consumption

Homework 1, deadline: February 24, 4:45 PM

Homework 2, deadline: March 10, 4:45 PM

Chapter 2: Neoclassical Labor Market

Chapter 3: Investment

Homework 3, deadline: March 24, 4:45 PM



Economic Growth: Neoclassical Growth Theory

Growth facts (slides)

Chapter 4: Solow-Swan model

Chapter 5: Overlapping generations model

Homework 4, deadline: April 21, 4:45 PM

Chapter 6: Ramsey model (slides)

Homework 5, deadline: May 5, 4:45 PM

Models of income and wealth inequality



Economic Growth: New Growth Theory

Endogenous Growth Models (first generation)

Endogenous Growth Models (second generation): notes

Endogenous Growth Models (second generation): slides

Homework 6, deadline: May 19, 4:45 PM



Business Cycles

Business Cycle Facts. Real Business Cycles model

Unemployment

Homework 7, deadline: June 2, 4:45 PM

New Keynesian model

New Keynesian model: problems and solutions



Extras

Ferreira et al. (2016) Monetary policy when households have debt

Asset pricing example

US consumption and disposable income since 2018

US consumption and consumer sentiment

Lifecycle profiles of income, consumption and assets of EA households

Retirement planner

Interactive Python notebook on consumption

Ramey: Do Cash Transfers Stimulate the Macroeconomy? (2024 talk) | (2025 Working Paper)

Ganong et al. (2023) Wealth, Race, and Consumption Smoothing of Typical Income Shocks

Rogerson (2024) Why Labor Supply Matters for Macroeconomics

Vivalt et al. (2026) The Employment Effects of a Guaranteed Income: Experimental Evidence from Two U.S. States

Jones, Klenow (2016) Beyond GDP? Welfare across Countries and Time

Ramsey model: numerical solution



Ostatnia aktualizacja - Last updated: 06.16.26, 11:05:07