Ph.D. course covering mathematics relevant for Economics and Finance, including multivariable calculus, linear algebra, static and dynamic optimization.

Graduate course on strategic decision-making in interactive situations, with an emphasis on economics and business applications. The course serves as an introduction to basic theory of static and dynamic games of complete and incomplete information.

A Master's level course covering topics in the foundations of mathematical optimization.

Graduate course with a mathematical approach to consumer and producer theory, general equilibrium, market power, and externalities.

Undergraduate course in environmental economics. Topics include externalities, common pool resource management, market-based approaches to pollution control, and climate change.

Undergraduate course in microeconomics. Topics include consumer and producer theory, perfect competition, monopoly, and market power.

Undergraduate course in microeconomics. Topics include comparative advantage, supply and demand, perfect competition, monopoly, monopolistic competition, externalities and public goods, game theory and information economics.

Undergraduate course in game theory with applications to economics.

Undergraduate course in microeconomics at the intermediate level using calculus. Topics include consumer and producer theory, perfect competition and monopoly, and the Edgeworth box economies.

First-year Ph.D. course focusing on applications of static and dynamic optimization theory to economics.

Introductory course in microeconomics.

Introductory course in macroeconomics.

First-year Ph.D. course in econometrics.

Two week graduate course on linear algebra, multivariable calculus and real analysis, ordinary differential equations, and difference equations.