Teaching
I really enjoy teaching. It is one of the best ways to overcome the narrow and sometimes overly specialized perspectives that research can produce. For me, teaching is about placing research topics into context, developing intuitive conceptual structures, and discussing ideas together with students.
Courses
I have taught courses for students in philosophy, statistics, cognitive science, and computer science:
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Explainable AI (in German),
winter term 2026/27, OVGU Magdeburg, philosophy department,
syllabus. -
Philosophy of AI (in German),
winter term 2026/27, OVGU Magdeburg, philosophy department,
syllabus. -
Algorithmic Fairness,
summer term 2026, LMU philosophy department and RelAI graduate school,
syllabus. -
What to Learn from the Impossible? Formal and Philosophical
Topics of Impossibility Theorems,
summer term 2025, University of Tübingen, philosophy, cognitive science, and computer science departments,
syllabus. -
Maths Primer for Mathematical Philosophy Students,
winter terms 2024/25 and 2025/26, LMU philosophy department,
script. -
Explainable Artificial Intelligence,
winter term 2021/22, LMU philosophy and statistics departments,
syllabus. -
Causality and Machine Learning,
summer term 2021, LMU statistics department,
syllabus. -
Philosophy of Artificial Intelligence,
winter term 2020/21, LMU philosophy department,
syllabus. -
Ethics of Artificial Intelligence,
summer term 2020, LMU statistics department,
syllabus.
Course design and teaching assistance
I also helped design the lecture Interpretable Machine Learning at the LMU statistics department. In addition, I have assisted in the following courses:
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Models and Simulations,
summer term 2020, philosophy department,
syllabus. -
Central Topics in Philosophy of Science,
winter term 2019/20, philosophy department,
syllabus. -
Linear Algebra I & II, Analysis I & II,
2016–2019, mathematics department.
Teaching materials
For several courses, I have created additional teaching materials, including a short introductory YouTube course on NetLogo, a formal script for the CTPS course, and a simple example for students who want to get started with LaTeX.