Propulsion Architecture, Energy & Performance Engineer

Responsibilities

• Lead analysis/simulation to define Propulsion System and corresponding component requirements to meet energy and performance VTS & regulatory targets
• Conduct analysis/simulation to quantify effects of advanced propulsion technologies {engine, hybridization, electrification} on vehicle energy consumption, performance, and drivability for various propulsion system configurations
• Support product teams and leadership in defining next generation propulsion systems with analytical evaluation of the proposed architectures & technologies {ICE, HEV, BEV}
• Work collaboratively with propulsion performance engineers and component hardware design teams to develop balanced requirements
• Lead small team of global analysis engineers to ensure analysis plan deliverables meet required virtual analysis plan timing
• Lead the energy consumption, performance analysis to support system project deliverables and conduct trade studies to evaluate design alternatives (quick studies)
• Present analytical results to project/program team and leadership
• Development of new analytical methodologies and standard work procedures

• BS in Mechanical Engineering or Electrical Engineering
• 2+ years’ experience in propulsion engineering
• Proficient in MATLAB and Simulink capability
• Experience with analysis/simulation tools, such as: AMEsim, GT Suite, Unified Model (Verde) or other industry standard energy consumption platforms
• Understanding and application of engineering theory and principles of operation for mechanical/electrical mechanisms
• Knowledge of engineering mechanics, physics, and fundamental understanding of engines, transmissions, drive units, electric motors, power electronics and battery technology
• Appropriate interpersonal styles and communication methods to work effectively with business partners to meet mutual goals
• Independent thinking and strong teamwork skills are needed to succeed