Course coordinator: Michela Beretta
Lecturers: Michela Beretta, NN
Workload: 5 ECTS
Administrative assistance: Lisbeth Widahl
Time and place:
Week 41, Monday – Friday, 6-10 October 2025, all days 9-16
Aarhus BSS, Aarhus University, Fuglesangs Allé 4, Aarhus V. Room: 6 October: 2628-M211; 7-8 October: 2628-M102; 9-10 October: 2610-530.
Application deadline: 2 September 2025
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How can you design a study that allows you to make credible causal claims, when randomized experiments are not feasible? How can you address concerns about endogeneity or flawed research design raised by reviewers and colleagues? This PhD course equips students with the tools and strategies to tackle these questions, focusing on the challenges of causal inference in management research. Grounded in counterfactual thinking, the course introduces a range of tools designed to uncover causal relationships, focusing on observational and quasi-experimental methods.
Course objectives:
The course progresses from understanding the core principles of causality (day 1) to exploring tools and techniques for addressing specific challenges in causal inference (days 2–5). Throughout the course, an emphasis is placed on understanding the intuition behind these techniques, seeing them applied in published empirical articles, and replicating them using software packages.
The course is designed to help students critically assess causal claims, identify appropriate techniques given the available data, and contribute effectively to academic discourse in management research.
Day 1: Intro – Research design and Causality
Day 1 sets the stage for the course by introducing the concept of causality, its importance in management research, and the key challenges faced when working with observational data. Students will explore the sources of bias and learn foundational causal frameworks like Directed Acyclic Graphs (DAGs). The students will also be introduced to RCTs as the gold standard.
Day 2: Regression-Based Approaches and Limited Dependent Variable Models
Day 2 introduces regression as an adjustment strategy to mitigate confoundedness. Regression models are foundational tools for causal inference, but their use requires understanding their limitations and extensions. This day focuses on basic regression concepts and introduces methods for handling binary and count outcomes through Limited Dependent Variable (LDV) models.
Day 3: Panel data methods (NN)
Day 3 dives into panel data techniques. Students will explore fixed and random effects models and learn when and how to use these methods.
Day 4: Difference-in-Differences (DiD)
Difference-in-Differences (DiD) offers a robust quasi-experimental method to estimate causal effects. This day teaches students how to apply and test DiD models using pre/post and treated/control comparisons.
Day 5: Matching and Instrumental variables (NN)
Day 5 introduces advanced techniques for addressing endogeneity and simulating experimental conditions. Students will learn the intuition behind these methods and critically evaluate their applicability.
Assignment
Pre-course: there will be pre-readings to prepare for the course. Moreover, participants are expected to submit a short project description (max 1 page) with a focus on the method section.
Post-course: The focus of the final assignment (4-5 pages) will be on applying the course concepts and methods to their research projects and critically evaluate causal inference.
Application
Deadline for application: 2 September 2025. Please download and fill in the application form. The application form should be sent by email to: Department of Management, Aarhus BSS, Aarhus University, att. Lisbeth Widahl. Please note that your application is binding.
Fee
External participants (from outside Aarhus University) will have to pay a fee to cover lunch and refreshments. For more information, please contact Lisbeth Widahl. Participants will have to make their own arrangements regarding travel and accommodation.