Boundary integral equations
Stable formulations for frequency- and time-domain electromagnetic scattering.
Postdoctoral Researcher · Ghent University — imec
Computational mathematics for complex physical systems.
I develop robust boundary and finite element methods for electromagnetics and partial differential equations — connecting rigorous analysis with reliable scientific computing.
15+Journal articles
2026URSI Young Scientist Award
2023IEEE Ulrich L. Rohde Award
Research at a glance
Analysis, algorithms, and applications.
My work sits at the interface of applied mathematics and computational engineering, with a focus on methods that remain accurate and efficient in challenging physical regimes.
Finite element methods
Space-time discretizations and numerical methods for moving-interface problems.
Scientific computing
Operator preconditioning and numerical algorithms for reliable engineering simulation.
Selected work
From mathematical foundations to dependable computation.
Explore my research topics, recent publications, academic experience, and scientific profiles.