System Design Lead

Job Description

• System design lead (SDL) acts as leader for individual propulsion system programs ensuring consistency and targets achievement for FE/CO2, capability, performance, drivability, NVH, supported by the virtual system engineering functional teams.

• Drive propulsion system development across HEV, PHEV, REPB, and ICE platforms.

• Drive & support activities to finalize architecture decisions for global products.

• Support activities to improve operational efficiency by streamlining SDL workflows and program governance processes.

• Partner with propulsion chief engineers, sub-systems, vehicle and planning teams to balance tradeoffs between FE, performance, drivability/capability and thermal requirements to meet critical propulsion system and vehicle functional requirements.

• SDL is accountable for providing propulsion system engineering performance scorecards/health report at key gates and reviews according to PSDP process.

• SDL is responsible to Lead the requirements engineering team members to develop requirements documents across program milestones with focus on vehicle functional objectives and sub-system functional requirements.

• SDL is responsible for leading the implementation of technical solutions, recommendations and roadmap inputs for various propulsion system programs.

• Lead risk management and issue resolution with internal counterparts, expertise network and supplier team.

• SDL is accountable to develop and ensure implementation of global technical and departmental processes to improve overall operational efficiency.

Basic Qualifications

• Bachelor's degree in Mechanical Engineering, Electrical Engineering, Computer Science or related fields.

• Minimum 7 years of experience in product development (preferably in the automotive area) simulating ICE (internal combustion engine) hybrid and/or electrified propulsion systems.

• Thorough knowledge of Microsoft office products.

Preferred Qualifications

• Thorough knowledge of vehicle Propulsion Systems including transmissions, axles, drivelines, batteries, and electric motors.

• Thorough knowledge of commercial simulation/coding SW including, but not limited to: MATLAB /Simulink, GT Suite or AMESim.

• Thorough knowledge of vehicle & propulsion system design processes.

• Thorough knowledge in the disciplines of hybrid control strategies or energy management optimization.

• Thorough knowledge in the disciplines of fluid dynamics and heat transfer.

• Thorough knowledge of vehicle functional requirements such as Fuel Economy, Emissions, System Power, NVH, Drivability, and Capability.

• General knowledge of commercial CAD packages including NX and Teamcenter.