A PDF version of my CV including a teaching portfolio can be downloaded here.
Current teaching activities
2025: Lecture Calculus I for Aerospace Engineering (WI1421LR) (Delft University of Technology)
More information can be found in the Study Guide.
Past teaching activities
2025: Lecture Nonlinear Partial Differential Equations (Mastermath at the Free University of Amsterdam)
2024/2025: Lecture Calculus for Computer Science and Engineering (CSE1200) (Delft University of Technology)
2024: Lecture Nonlinear Analysis and Partial Differential Equations (WI4520) (Delft University of Technology)
2024: Lecture Linear Algebra for Computer Science and Engineering (CSE1205) (Delft University of Technology)
2023/2024: Mathematics Seminar (AM3500) (Delft University of Technology)
This course was offered jointly with Yves van Gennip and focueds on the calculus of variations.
2023: Lecture Analysis 2 (AM1070) (Delft University of Technology)
This course was offered jointly with Kristin Kirchner.
2023: Lecture Nonlinear Analysis and Partial Differential Equations (WI4520) (Delft University of Technology)
2022: Lecture Fourier Analysis (AM3570) (Delft University of Technology)
The exercise classes were taught by Max Sauerbrey.
2022: Tutoring Analysis 2 (AM1070) (Delft University of Technology)
2022: Lecture Nonlinear Analysis and Partial Differential Equations (WI4520) (Delft University of Technology)
2021: Lecture Fourier Analysis (AM3570) (Delft University of Technology)
The exercise classes were taught by Marco Bravin.
2021: Lecture Mathematics of Fluid Dynamics (WI4520) (Delft University of Technology)
The course gave an introduction into the analysis of partial differential equations from fluid mechanics (Navier-Stokes equations). The equations were derived and motivated before they were analyzed.
2021: Tutoring Analysis 2 (AM1070) (Delft University of Technology)
2020/2021: Lecture Fourier Analysis (AM3570) (Delft University of Technology)
This course was offered jointly with Wolter Groenevelt.
2020/2021: Lecture Calculus for Computer Sciences and Engineering (CSE1200) (Delft University of Technology)
2020: Lecture Mathematics of Fluid Dynamics (WI4520) (Delft University of Technology)
The course gave an introduction into the analysis of partial differential equations from fluid mechanics (Euler and Navier-Stokes equations). The equations were derived and motivated before they were analyzed.
2020: Tutoring Analysis 2 (AM1070) (Delft University of Technology)
2019/2020: Lecture Mathematics 1 for Bachelor Applied Earth Sciences (AESB1211) (Delft University of Technology)
Introduction to differential equations and multivariable calculus.
2019: Lecture Advanced Topics in Analysis: Mathematics of Fluid Dynamics (WI4211) (Delft University of Technology)
The course gave an introduction into the analysis of partial differential equations from fluid mechanics (Euler and Navier-Stokes equations).
2018: Lecture Ordinary Differential Equations (Heidelberg University)
2018: Seminar Partial Differential Equations from Physics (Heidelberg University)
The seminar dealt with equations from theoretical and mathematical physics (Schrödinger, Dirac, and Navier-Stokes equations).
2017/2018: Lecture Partial Differential Equations (Heidelberg University)
2017/2018: Seminar Selected Topics in Applied Analysis (Heidelberg University)
The focus was placed on equations coming from fluid mechanics (Euler and Navier-Stokes equations).
2015: Lecture (2 sections) Calculus I (MATH 115) (University of Michigan)
Lecture notes and teaching material
2022/2024/2025/Mastermath2025: Nonlinear Analysis and Partial Differential Equations, Part I/II: lecture notes (Delft University of Technology)
The version from 2024 is a corrected version of the lecture notes of 2022 in which the part on Sobolev spaces has been moved from the appendix to chapter 2 and more exercises have been added. Further corrections have been added in the 2025 version and the part on Sobolev spaces has been moved back into the appendix. The 2025 version for the Mastermath Curriculum (part II of the course Nonlinear Partial Differential Equations) is very similar.
The version from 2020 is a corrected version of the lecture notes from 2019. The version from 2021 is re-organized, the part on Schauder theory applied to the Euler equation was taken out, and more theory to the Navier-Stokes equations was added.
2018: Ordinary Differential Equations: lecture notes in German (Heidelberg University)
2018: Partial Differential Equations from Physics: notes on Sobolev spaces and weak solutions (Heidelberg University)
2017/2018: Partial Differential Equations: (with Hans Knüpfer) lecture notes in German (Heidelberg University)
Please contact me for further information.
2017/2018: Calculus I (MATH 115): quizzes and exercise sheets (University of Michigan)
Please contact me for further information.
Past activities as a teaching assistant
2010: Supervision of talks in the seminar Renormalization Group and Field Theory of M. Fuchs (University of Konstanz)
2009: Teaching of exercise sessions for the lecture Complex Analysis of J. Saal (University of Konstanz)
2007/08: Teaching of exercise sessions for the lecture Theory and Numerics of Partial Differential Equations of J. Saal (University of Konstanz)
2007/08: Preparation of notes on the lecture Advanced Quantum Mechanics and Electrodynamics of R. Haußmann (University of Konstanz)
2007: Preparation of notes on the lecture Brownian Motion and Statistical Mechanics of M. Fuchs (University of Konstanz)
2006/07: Teaching of exercise sessions for the lecture Linear Algebra of W. Baur (University of Konstanz)