Product Engineer Chassis

Manufacturing

Dearborn, MI, US

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Position Description:

  • An OEM is strengthening its core competency in Functional Safety to support the delivery of advanced vehicle technologies that create a best-in-class customer experience.
  • Work with cross-functional and global teams within Product Development to conduct ISO 26262 Functional Safety analysis of challenging new and carry-over technology, including Chassis and Steering Systems.
  • Adhere to OEM ISO 26262 processes, methods, tools, and information (formal and on the job training will be provided).
  • Create, maintain and deliver Functional Safety work products within Product Development.
  • Lead in creating and continuously improving innovative, simple, and safe advanced system designs. Work with other Functional Safety engineers to complete foundational and future Functional Safety analysis.
  • Work with other Functional Safety Engineers to create globally common safety ratings, processes, methods, tools, training, and help to accelerate global adoption of SysML based Functional Safety analysis at OEM.
  • Results in moving fast and continuously innovating great systems engineering into key technology at OEM.

Job Responsibilities:

  • This role focuses on Functional Safety activities within Chassis systems-including braking and steering-critical elements of vehicle dynamics and control.
  • As a Product Engineer - Functional Safety (Chassis), you will play a key role within Product Development, partnering with technology subject matter experts and global cross-functional teams.
  • You will apply model-based systems engineering (MBSE/SysML) tools to conduct Functional Safety analyses and help design safe, robust, and production-ready systems aligned with ISO 26262 standards.
  • This is an exciting opportunity to contribute to next-generation vehicle technologies while growing your expertise in systems engineering and safety-critical product development.

The position is a short term (~6 months) with potential to extend depending on the business demand.

Skills Required:

  • Lead and support ISO 26262 Functional Safety analyses for new and carry-over Chassis and Steering systems.
  • Collaborate with global, cross-functional Product Development teams to ensure safety is embedded from concept through production.
  • Create, maintain, and deliver required Functional Safety work products in alignment with established processes and standards.
  • Apply MBSE/SysML methodologies to improve analysis efficiency and system clarity.
  • Contribute to the development of innovative, simplified, and safe system architectures.
  • Support the advancement of globally aligned safety ratings, processes, methods, tools, and training initiatives.
  • Promote continuous improvement and accelerate adoption of SysML-based Functional Safety practices across engineering teams.

Skills Preferred:

  • Working knowledge of electrical/electronic systems and software fundamentals.
  • Experience in Systems Engineering, Systems Thinking, or MBSE (SysML preferred).
  • Background in designing system, software, or electronic hardware architectures.
  • Familiarity with Quality Assurance concepts and standards.
  • Strong written technical communication skills with the ability to produce clear, structured documentation.

Experience Required:

  • Minimum 2 years of experience applying ISO 26262 to Chassis or Steering systems.
  • Experience in Systems Engineering principles and methodologies.

Why Join?

  • Contribute to industry-leading vehicle technologies in safety-critical systems.
  • Collaborate with global engineering teams driving innovation.
  • Gain hands-on experience with advanced MBSE and Functional Safety practices.
  • Play a direct role in delivering safe, high-quality products to customers worldwide.
  • If you are passionate about systems engineering and Functional Safety-and ready to help shape the future of vehicle dynamics technology-we encourage you to apply.

Education Required:
Bachelor's degree in Engineering or related technical field.

Education Preferred:
Master's Degree in Engineering or related technical field.

Additional Information:
HYBRID: 4 days per week in office (Mon, Tues, Wed & Thurs) and 1 day from Virtual Office (home)



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