Computational electromagnetics
Stable and efficient boundary integral equation methods for electromagnetic scattering problems.
Core areas
Stable and efficient boundary integral equation methods for electromagnetic scattering problems.
Analysis and simulation of induction heating, moving interfaces, mechanics, and fluid dynamics.
FEM, BEM, coupled FEM-BEM, space-time methods, shape optimization, and optimal control.
Operator preconditioning, iterative solvers, and domain decomposition.
Recognition
Awarded at the URSI General Assembly and Scientific Symposium (URSI GASS).
Co-author of a paper receiving honorable mention at URSI GASS.
Award for computational techniques in electromagnetics at ICEAA–IEEE APWC.
Co-author of a paper receiving honorable mention at IEEE AP-S/URSI.
Support
Support for an international research visit.
Faculty support for international research collaboration initiatives.
IEEE Antennas and Propagation Society fellowship.
Funding for a long research stay abroad.
Projects
Vietnam Ministry of Education and Training · Associate Investigator
Selected lectures
Foundations of Numerical PDEs Workshop, FoCM 2026, Vienna.
INRIA Chile, Santiago.
BeNeLux Mathematical Congress, Antwerp.
Vietnam Institute for Advanced Study in Mathematics, Hanoi.
Hanoi University of Science and Technology, Hanoi.
Participation
Delft, the Netherlands · Organizer, "Advanced methods in computational electromagnetics" mini-symposium
Krakow, Poland
Vienna, Austria · Invited speaker
Antwerp, Belgium · Invited speaker
Ghent, Belgium · Organizer, "Numerical and computational methods for wave equations" mini-symposium
Ottawa, Canada
Hong Kong SAR
Florence, Italy
Venice, Italy
Söllerhaus, Austria
Portland, Oregon, USA
Liège, Belgium
Hanoi, Vietnam · Invited speaker
Online · Invited speaker
Online
Quy Nhon, Vietnam