Hybrid Propulsion Application Engineer at Ford Global Career Site

Dearborn, Michigan, United States -

Full Time

Start Date

Immediate

Expiry Date

02 Jan, 26

Salary

0.0

Posted On

04 Oct, 25

Experience

2 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Hybrid Powertrains, CAE Simulation Modeling, Powertrain Architectures, Cross-Functional Collaboration, Data-Driven Decision Making, Electrified Propulsion Systems, Automotive Engineering, Technical Communication, Simulation Modeling, Fuel Economy Analysis, Powertrain Controls, Calibration, Matlab, Simulink, Team Leadership, Problem Solving

Industry

Motor Vehicle Manufacturing

Description

Spearhead the definition, development, and system requirements for next-generation hybrid powertrains. Lead comprehensive power-pack sizing and attribute trade-off studies using CAE simulation modeling to achieve an optimal balance of performance, efficiency, and cost. Utilize CAE methods to simulate performance, fuel economy, all electric range to support advanced studies for potential Cycle Plan incorporation Define cutting-edge powertrain architectures and cascade system-level targets to component teams to meet and exceed vehicle attribute goals for fuel economy, performance, and range. Collaborate with cross-functional technical experts across battery, motor, controls, and calibration teams to optimize component designs and reduce system losses. Develop and present clear, data-driven system trade-off studies to senior management to guide strategic engineering and business decisions. Develop System Power, Combined Torque, and Wheel Torque curves by combining Internal Combustion Engine and Electric Motor contributions. Established and active employee resource groups Bachelor of Science in Engineering (Mechanical, Industrial or Electrical) Significant experience with CAE simulation tools modeling vehicle systems for performance and fuel economy analysis. Knowledge of Electrified Propulsion Systems and their key subsystems, especially PowerSplit Hybrid architectures. Experience with core automotive engineering concepts and product development processes. Proven ability to lead cross-functional teams, driving technical issues to a successful resolution. Experience communicating complex technical information concisely in executive-level reviews. 3+ years of experience in an Electrified Propulsion Systems engineering role. Expertise in simulation modeling of hybrid vehicles to predict and optimize for Fuel Economy, All-Electric Range (AER), and performance attributes. Advanced proficiency with analytical and CAE tools, particularly Matlab and Simulink, and experience with integrated vehicle simulation environments. Deep understanding of EV & Hybrid powertrain system functionality and attributes at both the subsystem and full-vehicle levels. Demonstrated ability to thrive in the ambiguous and fast-paced environment of advanced program development. Strong teamwork and collaboration skills; a self-motivated individual eager to take responsibility and deliver results with minimal supervision. Knowledge of powertrain controls, calibration, and the forward-model development process. Excellent written and verbal communication skills, with the ability to organize multiple inputs into a succinct summary.

Responsibilities

Lead the definition and development of next-generation hybrid powertrains, focusing on performance, efficiency, and cost. Collaborate with technical experts to optimize component designs and present system trade-off studies to senior management.