Overview In this role you will drive model-based design for electric motor systems as part of a global controls team. You will build robust motor models, calibrate electromagnetic and thermal behavior, and validate designs early to reduce prototyping needs. You'll collaborate across functions to raise modeling standards and create reusable libraries that support system-level engineering and certification efforts. This is a hands-on, impact-focused opportunity at a tech-driven, iconic manufacturing company. Compensation / BenefitsMedical, dental, vision, life, disability401(k)Employee Stock Purchase Planpaid time offtuition reimbursementtool discounts ResponsibilitiesCreate robust, documented motor models using MATLAB/Simulink and Twin BuilderDevelop and implement calibration workflows for electromagnetic and thermal motor modelsSimulate and verify motor models to identify early design issuesModify electromagnetic motor design based on learnings before prototypingEstablish workflows and best practices for electrical system modelingGenerate robust motor/electrical part libraries for system-level teamsMentor and train engineers in model-based design and controlsCollaborate with cross-functional teams, suppliers, and research institutionsDocument control strategies, simulation results, and validation processesSupport certification and regulatory compliance for global deployment Key requirementsBachelor in Electrical Engineering (Master's or PhD preferred)5+ years in electromagnetic and thermal motor design with model-based design experienceExperience with 2D/3D FEM tools for motor designModeling of 3-phase inverters and related thermal analysisStrong knowledge of electrical system thermal modeling using lumped parameter circuitsProficiency in MATLAB/Simulink and MBSE methodsFamiliarity with MIL, SIL, and HIL testing environmentsExperience with field-oriented control methods for brushless motors (preferred)Knowledge of lithium-ion battery modeling is a plusCross-functional collaborationMentoring and knowledge sharingEagerness to learn and innovateMATLAB/SimulinkModel-based design2D/3D FEM tools
Not specified in the original listing.
Not specified in the original listing.