Basic mathematical concepts such as sets, functions and introduction to differential – integral calculus and optimization theory (functions of one variable without limitations) are presented. Emphasis is placed on the understanding and use of mathematics in economic analysis and the development of model solving serving applications in the areas of economic science.

Upon successful completion of the course the student will be able to:

1) Knowledge

• understand concepts of economic theory using mathematical methods

2) Skills

• use of Excel for introductory level calculations and presentations
• use of mathematical methods in economic science (e.g. modeling)

3) Capabilities

• uses of different ways of thinking (e.g. inductive, productive) to develop specific problem-solving strategies
• presents technical results in a clear and comprehensible manner

• Sets, Numbers
• Functions
• Continuity, Introduction to limits, Introduction to the differentiation of univariate functions – Chain rule – Elasticity applications
• Indeterminate limits (L’Hôpital’s rule)
• The concept of differential, higher order derivatives, higher order differentials
• Function analysis using derivatives – Optimization (Maximization and minimization) of univariate functions
• Taylor approximation
• Economic applications
• Integration, Integration Methods, Definite, indefinite and generalized integrals
• Economic applications of integrals
• Sequences and series
• Convergence or divergence of series – Convergence criteria, Power Series

Lectures (4 hours per week) and Tutorials (1 hour per week)

The overall course grade is the sum of a) the final exam grade plus b) 20 percent of the mid-term exam grade*

*The above student evaluation method is a pilot one and will be re-examined at the end of academic year 2018-2019.

• Support Learning through the e-class platform
• Using Excel and open source programs to plot functions