01 Feb
Michigan,
Redfordmi
, 48184
Redfordmi
USA
Vacancy expired!
Summary: Lead the electric motor control algorithms design and development activities for electrified powertrain, including PHEV/BEV/FCEV applications. Interact with customer, work with different teams and provide solutions and support to meet customers' expectation.Key Tasks & Responsibilities:-Advancing the e-motor control technology through the use of innovation methods, tools and processes. Establishing best practices for e-motor related analysis, controls and testing.-Lead the E-Motor control algorithm development in Simulink/TargetLink models, auto code generation, algorithm verification and validation through simulation, hardware-in-the-loop and dyno tests. Issue resolution and testing of E-drive systems in dynamometer and vehicle environments. Responsible to deliver system performance that meet the customer's expectation.-Provide subject matter expertise and mentoring; improve communication and knowledge sharing within the organization.-Interact with customer, suppliers and other teams on requirements, functionality deliveries, issue resolving and all the necessary supports.Required Qualifications:-BS/MS Degree in Electrical Engineering or mechanical Engineering, Preferably with focus on control algorithms -In-depth understanding in theory of AC IPM/Induction motors and their controls for automotive applications.-Familiar with automotive software development processes, particularly requirement management and engineering, aligned with automotive SPICE.-Good analytical skills in modeling, simulation and control algorithm development with Matlab/Simulink/TargetLink.- Combination of Degree and Years of experience acceptable (minimum) : Bachelors + 5 yrs / Masters + 3 yrs / PhDPreferred Qualifications:-Advanced degree in Electrical Engineer or similar-Project management skills to fulfill deadlines for multiple deliveries in parallel and in series-Embedded software algorithm design and testing on different platforms, such as HIL/Emulator/dyno.-Outstanding interpersonal and problem solving skills-Understanding of hybrid system fundamentals
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