Short CV:

2008-2012: BSc applied physics, Delft University of Technology, thesis work:
An Example of Optimization in Coupled Josephson and QPS Circuits.

2012-2015: MSc applied physics, Delft University of Technology, thesis work:
The Scattering Algorithm for Sparse Hermitian Linear Systems.

2012-2016: MSc applied mathematics, Delft University of Technology, thesis work:
Isogeometric Analysis of a Reaction-Diffusion Model for Human Brain Development.

2016-present: PhD researcher, development of efficient linear solvers for problems arising in the discretization of the Navier-Stokes equations using the method of isogeometric analysis.
Efficient isogeometric grid generation and refinement techniques.

Research interests:

- Isogeometric analysis;
- Direct methods;
- Krylov subspace methods;
- Continuous optimization;
- Computational fluid dynamics;
- Applied differential geometry;
- Quantum mechanics and nanotechnology