Content
- Definitions and sources of risk
- Risk attitude and the utility function
- Random variables and statistical measures of risk evaluation
- Value-at-risk
- Portfolio optimization
- Production decisions under risk
- Price analysis
- Real options
Learning outcomes
Upon completion of the module, students are able to
- understand the various sources of risk in a broad range of sectors and industries,
- understand how economic decisions are made in the presence of risk,
- apply mathematical tools to evaluate risk with respect to products, processes and structure
related decisions
- and understand how decision-making under risk is analyzed in the scientific literature
Examination
In a written examination (90 minutes, Klausur), students demonstrate their theoretical knowledge
of risk and the intuition behind various concepts. In written answers regarding the measurement of
risk and the decision-making under risk, they prove their understanding of these concepts in both
theory and practice. The ability to apply mathematical tools is proven by the solution of specific
calculus problems. Further, students discuss assumptions under which a proposed research
approach is appropriate and whether there might be better ways to investigate a specific research
problem.
Prerequisites
Students taking this course should be familiar with the basics of microeconomics as well as
probability measurement. However, all necessary concepts will be introduced before application.
Teaching & learning methods
The module consists of 2 SWS lectures and 2 SWS exercises. During lectures, concepts and tools
will be presented to the students in slide shows. An interactive lecture atmosphere is intended to
ensure that students’ questions are answered right away. Further, exercises accompany the lecture
contents. These exercises are meant to illustrate lecture contents and provide students with hands-
on experience with the presented concepts to make them more graspable.
Toward the end of the course, when students are acquainted with the most important concepts,
selected publications (both seminal papers and most recent ones) in risk research are presented
and discussed. This provides students with an insight into how the lecture contents are applied in
the scientific literature.
Media & reading list
Presentation slides, Microsoft Excel files, hand-outs
Chavas, J. P.: Risk Analysis in Theory and Practice". Elsevier, San Francisco 2004.
Quiggin, J., Chambers R. G: Uncertainty, Production, Choice, and Agency: The State-Contingent
Approach. Cambridge 2000.
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