Examination of European Patents in the field of electrical motors and generators (H02K dynamo-electric machines).

Coach and advise PhD candidates.Create research proposals within academic and industrial consortia (DAMOCLES, Act4AgrMotion, REGENERATE)

Topology optimization of the permanent magnet array in a planar motor for lithography applications, in a project lead by ASML.Development of algorithms based on splines realizing the smooth fitting of experimentally-acquired constitutive laws for magnetic hysteresis modeling, in a NWO project.

PhD thesis: Isogeometric analysis of nonlinear eddy current problems.Developed efficient and accurate numerical tools for the simulation and design of complex electromagnetic devices, based on the isogeometric analysis paradigm, applicable to a wide range of nonlinear steady-state multiphysical applications. Performed experimental verifications of the simulation models on a axial-flux permanent magnet machine.

Research and modeling of piezoelectric and electromagnetic solutions for recovering vibrational energy using tubular generators (energy harvesters).

Electromagnetic cross-talk simulations, shielding design, data analysis, and model qualifications for high-NA EUV lithography machines. Active member of the electromagnetic actuation competence.Promote collaboration between the engineering and research departments within ASML, industrial and academic partners.

Involved in the research and development of electromagnetic suspension systems in a collaboration between DRiV (formerly Tenneco) and TU/e.

Transport simulation and 3D shape optimization of Nanowire Gate-All-Around MOSFET Arrays, at both the Parallel and Scientific Computing Laboratory and the TCAD Facility Laboratory. Participation in the Research and Practical Training Program, organized by the Ministry of Science and Technology of Taiwan (MOST).

Spatial Division - Cryogenic tanks for Ariane 5 rocket launcher