Note: The job is a remote job and is open to candidates in USA. SEGULA Technologies is a global engineering group serving major industrial sectors, including automotive. The Chassis Structures Engineer will design and release structural chassis components and assemblies, manage delivery through vehicle launch, and support validation, engineering changes, production ramp-up, and issue resolution.
Responsibilities
- Lead the design, development, and engineering release of structural chassis cradle components and assemblies, ensuring alignment with system-level functional objectives
- Manage end-to-end component and system delivery, from initial concept through vehicle launch, ensuring adherence to program timelines
- Collaborate cross-functionally with teams including NVH, Vehicle Integration, Stress Lab, and CAE to support validation, testing, and performance requirements
- Own component design activities, including DFMEA, CAE analysis, and vehicle packaging to ensure robust and efficient designs
- Maintain model and drawing integrity, ensuring accuracy and compliance with engineering standards
- Oversee component validation processes, including development and execution of DVP&R plans
- Manage engineering changes and documentation, including Change Notices (CN) and Engineering Bill of Materials (EBOM/CODEP)
- Provide build and launch support for assembly and supplier plants, ensuring smooth production ramp-up
- Drive issue resolution through structured problem-solving and tracking systems (e.g., GIMs)
- Develop and validate fastening strategies, including fastener selection and assembly torque specifications
Skills
- POSITION BASED IN THE US; CANDIDATE MUST BE ELIGIBLE FOR THE TN VISA (CANADIAN CITIZENSHIP)
- Bachelor's degree in Mechanical or Structural Engineering (or equivalent)
- 2-5 years of experience in the design of chassis structural components
- Experience with stamped steel parts, welded assemblies, and castings is an asset
- Working knowledge of NX, Teamcenter, and/or CATIA for design and vehicle packaging activities
- Familiarity with DVP&R and DFMEA development at the component and system level
- Basic understanding of CAE for structural analysis (fatigue and strength)
- Exposure to physical testing of structural components and use of road load data for validation
- Proficient in Microsoft Office Suite (Excel, PowerPoint, Word, SharePoint)
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