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Please note the following credit values:

BSc Course: 4.5 ECTS*
BSc Seminar Course: 9 ECTS
MSc Course: 5 ECTS
MBA Course: 3 ECTS
MBA Workshop: 1 ECTS
Language course: 5 ECTS

*The following BSc courses have a different credit value: 

Business Communication: Theory & Practice: 3 ECTS
Managing your personal performance holistically: 3 ECTS
Harmonizing Leadership with Personal Development: 3 ECTS
Mental Health First Aid: 1,5 ECTS
Understanding your personal performance base: 1,5 ECTS
Workshop Body Language for Women: 1,5 ECTS
Intercultural Competence - Fit for International Collaboration: 1,5 ECTS
Perform Yourself! Media and Presentation Coaching: Personal Presence!: 1,5 ECTS

Causal Inference and Reasoning - Q3

Participation Prerequisites

Familiarity with the topics covered in Statistics I and II is assumed. In particular, it is highly recommended that participants revise the basic principles of probability theory and statistical inference, as well as estimation and inference in the bivariate linear regression model. The revision of these topics in the first session will be terse. A good summary is provided in Stock & Watson (2020, Chs. 2–5).

Course Content

The purpose of this course is to introduce state-of-the art econometric techniques for causal analysis and apply them to real world data sets. The methods covered in this course include an in-depth analysis of the workhorse in data science, viz. the multiple linear regression model and least-squares estimation. Subsequently, techniques for more complex data structures frequently encountered in applied work such as panel data and binary dependent variables are discussed. Finally, advanced estimation methods like instrumental variables and differences-in-differences are covered. The empirical analyses are implemented in RStudio, the most popular data science software environment, and in RMarkdown, the prime language for producing replicable research.

Intended Learning Outcomes and Competencies

By the end of this course, students will be familiar with modern econometric techniques and will be able to apply them to real world data sets using state-of-the-art software. Students will have acquired a sound theoretical mindset for causal inference. They will have developed programming skills for conducting replicable empirical work. This proficiency will prove indispensable for their Bachelor’s thesis, for a Master’s degree or for data science projects in industry.

Instruction Type

In-class.

Form of Examination

The final grade is solely based on an in-person written exam at the end of the course. The exam will be closed-book and closed-notes.

Literature

Stock, J. H. & M. W. Watson (2020). Introduction to Econometrics. 4th ed. Boston: Pearson. ISBN: 9781292264455. URL: https://media.pearsoncmg.com/intl/ge/2019/cws/ge_stock_econometrics_4/.

Next events

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1/7 Lecture Mo, 12.01.2026 11:30 Uhr 15:15 Uhr IP-C-001 Family Business Auditorium Hörsaal / Lecture Hall
2/7 Lecture Fr, 16.01.2026 11:30 Uhr 15:15 Uhr IP-C-001 Family Business Auditorium Hörsaal / Lecture Hall
3/7 Lecture Mo, 19.01.2026 11:30 Uhr 15:15 Uhr IP-C-001 Family Business Auditorium Hörsaal / Lecture Hall
4/7 Lecture Mo, 26.01.2026 11:30 Uhr 15:15 Uhr IP-C-001 Family Business Auditorium Hörsaal / Lecture Hall
5/7 Lecture Mo, 02.02.2026 11:30 Uhr 15:15 Uhr IP-C-001 Family Business Auditorium Hörsaal / Lecture Hall
6/7 Lecture Mo, 09.02.2026 11:30 Uhr 15:15 Uhr IP-C-001 Family Business Auditorium Hörsaal / Lecture Hall
7/7 Lecture Fr, 13.03.2026 15:30 Uhr 16:30 Uhr IP-C-001 Family Business Auditorium Hörsaal / Lecture Hall
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Lecturers

lecturer image
Massmann, Michael
Lecturer

Indicative Student Workload

Self-Study 141 h
Contact Time 36 h
Examination 3 h