Lectures

• Numerical Mathematics (2022-2B), U Twente
• Partial Differential Equations (2019-2A--2022-2A), U Twente
• Numerical Techniques for PDEs (2017-1B--2022-1B), U Twente
• Vector Calculus for BME, CE, CSE, ME (2018-1A--2022-1A), U Twente
• Solid State Physics: Partial Differential Equations (2016-2A), U Twente
• Modelle für Transport 2, WWU Münster, 2016
• Einführung in die Transporttheorie, WWU Münster, 2015/2016
• Computational Inverse Problems, 2014, TU Darmstadt (with JF Pietschmann)

Tutorials

• Numerical Techniques for PDEs (2016-1B--2020-1B), U Twente
• Mathematical Methods (2019-1B--2022-1B), U Twente
• Calculus 2 for Applied Mathematics and Applied Physics (2018-1B), U Twente
• Calculus 1 for Applied Mathematics and Applied Physics (2018-1A, 2019-1A), U Twente
• Signal analysis for Technical Medicine (2016-1B, 2017-1B), U Twente
• Vector Calculus for BME, CE, CSE, ME (2017-1A, 2022-1A), U Twente
• Vector Calculus for Technical Medicine (2016-1A, 2017-1A), U Twente
• Systems and Models for AP, AT: Signal analysis (2016-1A), U Twente
• Mathematics 3 Mechanical Engineering, 2013/2014, TU Darmstadt
• Numerical methods for ODEs, 2013/14, TU Darmstadt
• Numerical methods for elliptic PDEs, 2013, TU Darmstadt
• Introduction to Numerical Mathematics, 2012/2013, TU Darmstadt
• Differentiation and Integration for Engineering Science, 2012, TU Munich
• Mathematics 1 for Engineering Science,  2011/2012, TU Munich
• Mathematics 4 and 5 for Computational Engineering Science, 2009/2010, RWTH Aachen
• Calculus of Variations 1, 2006/2007, RWTH Aachen
• Mathematics 1 for Electrical Engineering, 2006/2007, RWTH Aachen
• Analysis 1-4, 2004-2006, RWTH Aachen
• Maple 1-2, 2003/2004, RWTH Aachen

Seminars

• Domain Decomposition for Partial Differential Equations. (For PhD students). 2021, U Twente.
• Mathematical Aspects of Discontinuous Galerkin methods. (For PhD students). 2020, U Twente.
• Nonlinear partial differential equations with applications in biology (Master)

Supervision of final projects, internships and Bachelor projects

Ongoing:

• B. van den Oudsten: Multigrid methods for anisotropic diffusion problems. MSc. project.
• N. Lookhorst: Hamiltonian Monte Carlo methods for X-Ray standing wave analysis. MSc. project (with I. Makhotkin)
• P. Steverink: Implementing boundary conditions with Fresnel laws for a FEM method for the Radiative Transfer Equation. BSc. project (with V. Bosboom)
• D. Anbeek: Numerical solution of eigenvalue problems. BSc. project
• D. Velthuis: Fast iterative solution of saddle-point problems. BSc. project

Completed:

• E. Pires: Rigorous and non-rigorous error estimates for numerical solutions of initial value problems. BSc. project, 2022.
• B. Doorenbos: Numerical characterization of photonic quasi-crystals. (with L. Fillion, U.Utrecht). MSc. project, 2021
• W. Leemeijer: Modeling and Simulation of Epidemic Spreads. BSc. project, 2021
• W. Liu: Jacobi-Davidson Algorithm for Generalized Eigenvalue Problems with Constraints. BSc. project. (exchange from USTC, Hefei), 2021.
• C. Hendrikx: A study on segregation to buried thin film interfaces using the X-ray standing wave method with thin film reconstructions using Bayesian inference sampled by Hamiltonian Monte Carlo. (with I. Makothkin, XUV). Master's Thesis. U Twente 2020.
• J. Lyngis: Numerical solution of partial differential equations on the two-sphere. Bachelor's Thesis. U Twente 2020.
• H. Hof. Gaussian beam excitation of an optical fiber using the fictitious domain method. (with P. Pinkse). Bachelor's Thesis. U Twente 2020.
• M. van Stigt. Signal-Source Distance Determination for Ventricular Tachycardia Ablation. Technical Medicine project. (with AMC). U Twente 2019.
• L. van der Bijl: Solving nonlinear equations using Pixel Arrays. Bachelor's Thesis. U Twente 2019.
• M. Overmars: Galerkin methods for ODEs. Bachelor's Thesis. U Twente 2019.
• M. van Vliet: Topological insulators: Tight-binding models and surface states. (with G. Brocks (Computational Material Science)). Bachelor's Thesis. U Twente 2019.
• D. Schipaanbord: Signal-source distance determination for ventricular tachycardia ablation. Technical Medicine project. (with AMC). U Twente 2019.
• R. v.d. Hulst: Model order reduction in fluorescence molecular imaging. Bachelor's Thesis. U Twente. 2018.
• E. Koh: Towards the inverse determination of signal-source distance during ventricular tachycardia ablation. Technical Medicine project. (with AMC) 2018.
• W. Fokkema: From diffusion of light to free-form scattering. Bachelor's Thesis. University of Twente. 2017 (with W. Vos (Complex photonic systems)).
• N. Vogenauer: Mathematical Modeling of quantitative photoacoustic tomography. Bachelor's Thesis. WWU Münster. 2016 (with M. Burger)
• L. Hörsting: Modell hierarchies for trail formation in ant colonies. Bachelor's Thesis. WWU Münster. 2016 (with: M. Burger)
• A. Kumpf: Signal processing with regularized Tikhonov-TV functionals. Bachelor's Thesis. TU Munich. 2012 (Supervisor: H. Egger)
• A. Hauptmann: Local computerized tomography and total variation regularization. Master's Thesis. TU Munich. 2012 (Supervisor: H. Egger, S. Siltanen)

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