DRE Powertrain Mounts

Mission

Position Overview

The Product Engineer - Chassis Mounts is responsible for the system-level design, development, validation, timing, and engineering release of powertrain mounts, differential mounts, cradle mounts, Electric Drive Module (EDM) mounts, body mounts, and adapter brackets. The engineer executes a comprehensive work plan to meet component and system-level functional objectives, delivering quality components on time from initial concept through vehicle launch.

Key Responsibilities

Design & System Integration

• CAD & Packaging: Lead system design, CAD packaging (NX), and release of chassis powertrain mounts, EDM mounts, body mounts, and related bracketry.

• PLM & BOM Management: Ensure model and drawing integrity in PLM/Teamcenter system, manage the Engineering Bill of Materials (EBOM), and write Engineering Change Notices (CN).

• Joint Design: Design fastened joints and lead assembly torque development and validation.

Cross-Functional & Attribute Balancing

• Attribute Integration: Work closely with support groups-including NVH (Noise, Vibration, and Harshness), Vehicle Dynamics, Vehicle Integration, Stress Lab, and CAE-to execute validation and testing.

• Functional Trade-Offs: Balance mount stiffness, isolation, fatigue life, and durability attributes to meet vehicle-level functional objectives.

Validation & Engineering Quality

• Quality Documentation: Create, update, and manage component Design Failure Mode and Effects Analysis (DFMEA), Design Verification Plan & Report (DVP&R), and Product Assurance Plans (PAP).

• Testing Execution: Support physical system testing in labs and vehicle-level dynamic/NVH testing.

• Problem Solving: Lead root-cause problem solving for mount-related issues using structured issue-tracking systems.

Supplier & Assembly Plant Support

• Supplier Management: Manage Tier-1 mount suppliers to ensure technical requirements, cost, weight, and timing targets are met.

• Launch Support: Provide hands-on build support at OEM assembly plants and supplier manufacturing facilities during prototype and production launch phases.

Profile

• Degree: Minimum Bachelor of Science degree in Mechanical Engineering, Physics, or an equivalent engineering discipline from an ABET-accredited university.

Location

LocationAddress

Auburn Hills, United States

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