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Propulsion System Design Engineer Jobs in Michigan

Stellantis

System Design Lead

Auburn Hills, MI · On-site

* System design lead (SDL) acts as leader for individual propulsion system programs ensuring ... Partner with propulsion chief engineers, sub-systems, vehicle and planning teams to balance ...

Stellantis

System Design Lead

Auburn Hills, MI · Hybrid

* System design lead (SDL) acts as leader for individual propulsion system programs ensuring ... Partner with propulsion chief engineers, sub-systems, vehicle and planning teams to balance ...

Stellantis

System Design Lead

Auburn Hills, MI · On-site

... Engineers and others including Propulsion Systems management. Basic Qualifications: * Bachelor ... General knowledge of commercial CAD packages including NX and Teamcenter.

AVL LIST GmbH

System Design Engineer

Plymouth, MI · On-site

$95K - $130K/yr

The System Design Engineer is responsible for the design, integration, and technical execution of advanced emissions measurement and test systems supporting automotive, heavy-duty, non-road ...

AVL DiTEST

System Design Engineer

Plymouth, MI · On-site +1

$95K - $130K/yr

The System Design Engineer is responsible for the design, integration, and technical execution of advanced emissions measurement and test systems supporting automotive, heavy-duty, non-road ...

Stellantis

System Design Lead

Auburn Hills, MI · Hybrid

... Engineers and others including Propulsion Systems management. Basic Qualifications: * Bachelor ... Thorough knowledge of vehicle & propulsion system design processes. * Thorough knowledge in the ...

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Propulsion System Design Engineer information

What are some common challenges faced by propulsion system design engineers when integrating new technologies into existing systems?

Propulsion System Design Engineers often encounter challenges when integrating new technologies, such as ensuring compatibility with existing subsystems, meeting stringent safety and regulatory standards, and managing weight or space constraints. Collaboration with cross-functional teams—including structural, thermal, and controls engineers—is essential to address these issues. Additionally, rapid advancements in materials and manufacturing techniques require engineers to stay updated and adapt designs efficiently, all while maintaining reliability and performance.

What are the key skills and qualifications needed to thrive as a propulsion system design engineer?

To thrive as a Propulsion System Design Engineer, you need a strong background in mechanical or aerospace engineering, advanced knowledge of thermodynamics, fluid dynamics, and materials science, usually supported by a relevant degree. Familiarity with CAD software, simulation tools (such as ANSYS or MATLAB), and industry standards is typically required. Strong problem-solving abilities, attention to detail, and effective teamwork and communication distinguish top performers in this field. These skills and qualities are vital for ensuring safe, innovative, and efficient propulsion system designs that meet rigorous technical and regulatory standards.

What does a propulsion system design engineer do?

A Propulsion System Design Engineer is responsible for designing, developing, and testing propulsion systems used in vehicles such as airplanes, rockets, or spacecraft. These engineers work on components like engines, turbines, and fuel systems to ensure they meet performance, safety, and efficiency standards. Their role often involves collaborating with multidisciplinary teams, conducting simulations, and overseeing prototype testing. They play a critical part in advancing technology and meeting regulatory requirements for propulsion systems.

What is the difference between Propulsion System Design Engineer vs Propulsion Test Engineer?

AspectPropulsion System Design EngineerPropulsion Test Engineer
Primary FocusDesigning and developing propulsion systemsTesting and validating propulsion systems
Skills & CertificationsMechanical/ aerospace engineering, CAD, system modelingTesting procedures, data analysis, troubleshooting
Work EnvironmentDesign labs, engineering offices, R&D facilitiesTest facilities, labs, on-site testing environments
Industry UsageUsed in aerospace, defense, space industriesUsed in aerospace, space, and research sectors

The Propulsion System Design Engineer focuses on creating and developing propulsion systems, while the Propulsion Test Engineer specializes in testing and validating these systems to ensure performance and safety. Both roles require engineering expertise but differ in their core responsibilities and work environments.

What are popular job titles related to Propulsion System Design Engineer jobs in Michigan? For Propulsion System Design Engineer jobs in Michigan, the most frequently searched job titles are:
What job categories do people searching Propulsion System Design Engineer jobs in Michigan look for? The top searched job categories for Propulsion System Design Engineer jobs in Michigan are:
What cities in Michigan are hiring for Propulsion System Design Engineer jobs? Cities in Michigan with the most Propulsion System Design Engineer job openings:
Propulsion System Design Engineer jobs near you
Infographic showing various Propulsion System Design Engineer job openings in Michigan as of August 2026, with employment types broken down into 1% As Needed, 83% Full Time, 13% Part Time, and 3% Contract. Highlights an 92% Physical, 2% Hybrid, and 6% Remote job distribution.

System Design Lead

Stellantis

Auburn Hills, MI • On-site

Full-time

Re-posted 16 days ago

Stellantis rating

7.5

Company rating: 7.5 out of 10

Based on 130 frontline employees who took The Breakroom Quiz

14th of 44 rated automakers

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.

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