I teach Analyse 2 (vector calculus) and the Mastermath course Dynamical Systems; more information on these courses can be found in the study guide, on Brightspace, or at Mastermath.
I supervise bachelor's and master's theses in the broad field of dynamical systems, pattern formation and partial differential equations. I've regularly acted as co-supervisor for dual physics/mathematics students.
If you're thinking about doing your thesis in the research area of dynamical systems, pattern formation and/or partial differential equations, feel free to contact me!
Supervised theses
Iwan Pasveer, Stationary pattern solutions in biological reaction-diffusion models with non-local interactions: a dynamical systems approach (2025)
Danielle Lieuw, The dynamical interaction between septin and GUVs (2025) | co-supervised with Luca Giomi, Lorentz InstituteÂ
Emma Verweij, Pattern formation in seagrass meadows (2024)
Marit Kramer, Sprong- en pulspatronen in twee modellen met receptor-ligandinteractie (2024)
Jitske van der Vlugt, Multifield inflation: rapid-turn attractors and scaling solutions (2024) | co-supervised with Ana Achúcarro, Lorentz Institute
Esther Stehouwer, Modelling the role of lockdowns in reducing spread of infectious diseases (2023)
Guido Duijn, Simulating Cooper pairs using quantum Monte Carlo methods (2022) | co-supervised with Peter Denteneer, Lorentz Institute
Paulien Koster, Flow and kick (2022) | co-supervised with Alice Peng, Mathematical Institute
Tristan Wiegers, Periodic solutions and stochastic perturbations to flow-kick dynamical systems (2022) | co-supervised with Alice Peng, Mathematical Institute
Eline Schoonhoven, Mechanochemical pattern formation on a curve (2021)
Jozefien Aalders, Snowball Earth (2021)
Cyriel van Velzen, The Vlasov-Poisson equation and vertical oscillations in the Galactic Disk (2021) | co-supervised with Koen Kuijken, Sterrewacht Leiden