ECN431 Applied Data Driven Business Analysis
As an analyst, manager or economist, there are many important problems and questions you can only address by analyzing data. For instance, "if we increase the price of one product by 5%, what is the likely effect on demand for this and other products in our portfolio, as well as competitors' products?", "what are the consequences of high concentration in grocery retailing?", or "how does regulation change firm and consumer behavior?"
Quantitative analysis of problems in business strategy, competition policy and market regulation requires both knowledge of the specific market, appropriate models to account for important mechanisms and structure the analysis, and ability to choose and correctly use empirical methods to estimate relevant unknown quantities.
In this course, you will learn about the main features of several central markets in the economy, while being introduced to methods and models that will allow you to analyze important problems related to competition, consumer behavior, regulation and evolution of business. You will be equipped with sufficient knowledge to interpret empirical results and convey the information in professional settings.
We plan to cover the following markets, with accompanying models and empirical methods:
- Electricity markets
- Competitive supply and demand
- Instrumental variables and estimating systems of equations
- Grocery retailing
- Product differentiation and pricing of product portfolios
- Discrete choice methods
- Machine learning for demand prediction
- Banking and local competition
- Market structure and sunk costs
- Entry cost estimation
- Innovation, intellectual property rights and patents
- Differences-in-differences and value of patents
- Production and distribution of beverages
- Efficiency gains and competition loss in mergers and acquisitions
- Merger simulation and analysis
- Electricity markets
After completing the course, you will:
- acquire sound knowledge of economic models of market behavior and imperfect competition
- understand the relationship between economic models, data, and econometric analysis
- be familiar with the competitive environment and market structure in several central industries
- be able to choose the relevant economic model to answer questions related to market structure, entry, effects of mergers, pricing and technological change
- be capable of applying economic theory and suitable econometric methods to make sense of market- and firm-level data
- have learned to use statistical software to conduct relevant analyses, produce professional tables and figures, and replicate results at a later time
- be able to carry out an independent analysis, for instance as part of a master thesis, or in your future professional career
- have the ability to present and communicate results of data driven projects in a professional context
Lectures and computer labs. Lectures will be streamed and recorded. Lab sessions can be held on Zoom.
Econometrics equivalent to ECN402.
Familiarity with basic calculus will be assumed.
In some cases, familiarity with the concepts introduced in BUS441 or ECO427 will be helpful; however, such knowledge is not assumed, and the important points will be covered in class.
Requirements for course approval
Oral presentation of term paper in English.
The final grade will be based on two individual assignments (50%) and one group-based term paper (50%).
The first assignment will be handed out early February, and the second assignment towards the end of February/beginning of March with two-week deadlines. The topic for the term paper should be decided by mid-February, and the deadline for the term paper will be in mid-April. The assignments and term paper must be written in English.
Grading scale A-F
We will use R in the lab. It will also be possible to use STATA to complete the assignments.
- Peter Davis & Eliana Garcés (2009): Quantitative Techniques for Competition and Antitrust Analysis, Princeton University Press
Selected academic articles and chapters from:
- Aguirregabiria, V. (2019). Empirical industrial organization: Models, methods, and applications (freely available online).
- Tirole, J. (1988). The Theory of Industrial Organization. MIT Press.
- Train, K. E. (2009). Discrete Choice Methods with Simulation. Cambridge University Press (freely available online).
- ECTS Credits
- Teaching language
Spring. Offered Spring 2021.
Associate Professor Morten Sæthre, Department of Economics
Assistant Professor Mateusz Mysliwski, Department of Economics