Doctoral Researcher in Simulation of Variable Speed Electric Machines with Advanced Magnetic Material
Core
Developing and validating advanced magnetic material models for variable-speed electric machines to improve loss prediction in design tools.
Role type
Doctoral researcher (IC)
Builds
Finite-element-based simulation software toolbox and experimental validation protocols
Domain
Electrical engineering, electromagnetics, materials science
Deliverable
production ML models | research
Required skills
Finite element method (FEM), magnetic material modeling, experimental characterization of laminated steels, numerical analysis of electrical losses
Preferred skills
MATLAB, Python, C/C++, real-time instrumentation (dSpace, LabView), microscopic measurements (X-Ray, EBSD), magneto-mechanical interaction modeling
Technologies
Finite element code, dSpace, LabView, X-Ray, EBSD
Responsibilities
Characterize magnetic properties of laminated steels under manufacturing stress, generalize magnetic deterioration models, implement dynamic vector models in FEM code, numerically analyze additional losses, validate simulation models experimentally
Seniority
Junior, early-career researcher