Development Lead - Front End Closures

Stellantis NV

  • Auburn Hills, MI
  • 30+ days ago

    Highlights

    The Development Lead Engineer coordinates cross-functional teams across design, CAE, manufacturing, supplier engineering, purchasing, and program management to deliver production-ready closure systems for new vehicle programs. Position Overview: The Body Closures Development Lead is responsible for leading the design, development and validation of front-end closure systems including hoods, fenders and hinges.

    Numbers & Facts

    LocationAuburn Hills, MI

    Description

    Job Title: Body Closures Development Lead - Front End Closures

    Department: Vehicle Engineering / Body Engineering

    Reports To: Body Closures Engineering Manager

    Location: Auburn Hills, MI Chrysler Technical Center

    Employment Type: Full-Time

    Position Overview:

    The Body Closures Development Lead is responsible for leading the design, development and validation of front-end closure systems including hoods, fenders and hinges. This role ensures that closure systems and standards meet performance, durability, safety, manufacturing, cost, and quality targets throughout the product development lifecycle.

    The Development Lead Engineer coordinates cross-functional teams across design, CAE, manufacturing, supplier engineering, purchasing, and program management to deliver production-ready closure systems for new vehicle programs.

    Key Responsibilities:

    • Lead engineers for development of body closure systems from concept through production launch

    • Own closure system performance targets including fit & finish, sealing, stiffness, NVH, durability, ergonomics, and safety

    • Manage technical deliverables aligned with vehicle program timing and milestones

    • Lead cross-functional design reviews, best practice alignment and conformance and engineering sign-offs

    Engineering Development:

    • Lead engineers to develop and release closure system components including:

    • Hood assemblies

    • Hinges

    • Struts / props

    • Fenders and brackets

    • System level interfaces and functions

    • Ensure compliance with vehicle packaging, crash safety, and regulatory requirements

    • Drive robust design solutions balancing mass, cost, manufacturability, and performance

    Supplier & Manufacturing Collaboration:

    • Lead technical collaboration with tier-1 suppliers and tooling vendors

    • Support design for manufacturing (DFM) and design for assembly (DFA) activities

    • Work with manufacturing teams on stamping feasibility, hemming processes, assembly strategy, and tolerance stack-ups

    • Support tooling kick-off, best practice and production readiness reviews

    Validation & Testing:

    • Define and support validation plans, durability testing, slam testing, corrosion testing

    • Environmental sealing validation

    • Structural and stiffness validation

    • Work with CAE teams to ensure simulation results meet program targets

    Launch Support:

    • Support prototype builds and pre-production builds

    • Resolve engineering issues identified during DV/PV testing and manufacturing trials

    • Provide engineering support during vehicle launch activities

    Basic Qualifications:

    • Bachelor's degree in Mechanical Engineering, Automotive Engineering, or related field

    • Minimum of 8 years of automotive engineering experience with focus on body structures or closures

    Proven experience developing:

    • Door systems

    • Hood or liftgate systems

    • Hinges and latch systems

    • Experience with automotive product development processes (APQP, DFMEA, DV/PV testing).

    • Strong understanding of sheet metal design, stamping, hemming, and assembly processes.

    • Proficiency with CAD tools (CATIA, NX, or equivalent).

    • Experience working with tier-1 suppliers.

    Preferred Qualifications:

    • Experience leading engineers or technical teams.

    • Knowledge of tolerance stack-up analysis and GD&T.

    • Familiarity with aluminum and mixed-material closure systems.

    • Experience with electric vehicle platforms and lightweighting strategies

    Key Competencies:

    • Technical leadership

    • Cross-functional collaboration

    • Problem solving and root cause analysis

    • Program management and prioritization

    • Communication and stakeholder alignment

    Key Performance Metrics:

    • Closure system performance against NVH, durability, and fit/finish targets

    • On-time engineering deliverables aligned with program milestones

    • Cost and mass targets achievement

    • Successful DV/PV validation and launch readiness

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