Electrical Engineer

Familiarity with model setup, meshing, solver controls, and comparison to test data. Identify and assess any deviations from the approved approach, including documentation and justification.

 

Confirm the final model is consistent with the approved approach
Identify and assess any deviations from the approved approach, including documentation and justification
Review model setup, including:
geometry/configuration against drawings
material definitions, including B-H curves
winding and excitation definitions
boundary conditions
motion setup
mesh controls and mesh adequacy
solver settings, including time stepping

Review results to confirm:
3D results are appropriately compared with 2D and test results
all required operating points were evaluated
reported results align to the correct run cases
plots and tables are traceable to source runs
conclusions are supported by the analysis

Review the report for clarity, completeness, and reproducibility
Provide clarification questions, review comments, and recommendations

Deliverables
Peer review comments and findings
Clarification questions for the analysis team
Recommendations for corrections or improvements
Summary assessment of model and report readiness

Qualifications
Experience with 2D and 3D EMFEA of generators, motors, or rotating electrical machines
Experience reviewing electromagnetic models for technical quality and reproducibility
Familiarity with model setup, meshing, solver controls, and comparison to test data
Degree in Electrical Engineering, Mechanical, or Physics Degree with 8+ years

 

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