Strong background on computational electromagnetics, circuit theory and C++

Develop and maintain field solver

Knowledge of SI, PI, EMI and EMC

Expertise in 3D EM field solver formulations and software architecture

Performance optimization of dense and sparse matrix computations

Parallel programming using shared and distributed memory systems

Research, architect, develop and benchmark 3D EM field solver

Contribute to marketing collateral to promote winning values of the 3D Field solver Work

Vehicle-mounted antenna performance characterization with hierarchical multi-level fast multi-pole algorithm (H-MLFMA) based IE-DDMs

Design of large-scale finite antenna array systems, specifically wide-band antenna arrays with frequency selective surfaces

Signal and power integrity on multi-layer PCBs with transient electromagnetic/circuit co-simulation

Multi-physics modeling and simulation for arc physics and EMC effects

Commercial software development based on domain decomposition methods (DDM)

Advancement of computational electromagnetics (EM) and multi-scale analysis, which includes:

1. " Non-overlapping and non-conformal domain decomposition for finite element

method (DDFEM)

2. " Finite element or integral equation Discontinuous Galerkin method (DG)

3. " Hybrid finite element-boundary integral-multilevel fast multipole (FE-BI-MLFMA)

method

4. " Multi-scale homogenization methods and its application on frequency selective

surface (FSS) radome-antenna systems