The Quality Plant Engineering Leader (QPEL) reports directly to the EE Hardware & Systems Engineering department and has a dotted line reporting to the Quality Plant Engineering Manager. The QPEL will lead the quality plant engineering team responsible for their designated areas. Principle Working Relationships: Participate in daily operational production meetings with the Quality Plant Engineering Manager and their team to address quality and production issues.Attend weekly meetings with the Functional Quality Manager to monitor the achievement of quality objectives.Engage in weekly meetings with Supplier Quality Development, Cross Car Line & Project, and General Assembly Process Engineering to coordinate the progress of the 7 Diamonds initiative.Organize reviews with top problematic component suppliers and their associated Engineering and Quality managers. Operational Context: Contribute to improving the quality level of new and customer vehicles to meet ambitious quality objectives.Demonstrate great responsiveness to meet quality and production requirements.Make autonomous decisions or lead recommendations for modifications to components or processes to ensure vehicle quality.Support the Quality Plant Engineering Manager in making decisions to hold vehicles.Conduct autonomous reviews of assembly and supplier processes.Take corrective actions promptly to avoid increasing the outstanding rework area. Deliverables: Define containment actions to ensure customer protection, including addressing supplier issues.Conduct vehicle issue diagnosis and root cause analysis, ensuring the team carries out pre-analysis activities on time.Conduct Risk Assessment and lead Reaction Plans.Manage Serial Life Window and Change Management processes.Propose alternative product solutions in case of issues (e.g., shortages) to avoid halting mass production in the plant.Support Yard Holds and Product Related Issues (PRI) activities to ensure vehicle quality, mitigate risks, and facilitate the prompt release of units.Implement best practices and standards (Read Across).Ensure the team’s skills are at the appropriate level and manage daily activities (daily management control meetings).Lead quality KPI management to achieve quality objectives, drive improvements, and implement corrective actions and escalation processes.Resolve systemic, chronic, or major quality issues (Top Warranty, Recalls, Rapid Service Updates, Customer Service Notifications).

We are seeking an experienced and technically strong Engine Calibration Engineer to lead the development, testing, and validation of engine calibration features for Hybrid Electric Vehicle (HEV) applications. The engineer will own one or more gasoline engine features such as torque delivery, catalyst light-off, cold start behavior, or thermal management and ensure they perform reliably and efficiently within a hybrid system. While this role focuses specifically on internal combustion engine (ICE) calibration, it requires a strong understanding of how the engine interfaces with electrified propulsion components, including battery systems, electric motors, and hybrid supervisory controls. Candidates with strong gasoline engine calibration experience are encouraged to apply; hybrid experience is a plus, not a requirement. Success in this role depends on technical depth in ICE systems and the ability to collaborate across hybrid teams to ensure smooth vehicle integration and system-level performance. Key Responsibilities: Own the development and validation of engine calibration features (e.g., torque control, catalyst light-off, idle control, engine start/stop behavior) that support hybrid vehicle functionality. Act as the feature lead for assigned calibrations, ensuring integration with hybrid supervisory controls, thermal systems, and propulsion architecture. Proactively drive feature development across phases including test planning, vehicle access, data analysis, and gap resolution. Conduct in-vehicle and dyno-based testing in hot, cold, and high-altitude environments. Analyze large datasets to identify system-level issues and propose calibration or hardware solutions. Collaborate closely with hybrid controls, battery management, emissions, hardware, and vehicle integration teams. Interface with global teams to ensure calibration strategies align with international compliance and market requirements. Present development status, risks, and technical recommendations to engineering leadership.

This is a TEMPORARY role. This role will be supporting testing at the Mileage Accumulators. The Mileage Accumulator consists of two buildings with 12 dynamometers each and is a unique blend of advanced technologies with multiple computers and software programs acting together. This position requires: The ability to interact with the engineering community to execute mileage accumulator tests. Complete knowledge of the automobiles drive systems. Understanding of the engine, cooling, transmission, differential, drive shaft, and engine controller is required as well as the ability to help diagnose the problems, using appropriate tools, to assist the engineering community in their resolution. Report/document vehicle issues and findings Assist customers in vehicle readiness Assist customers in maintaining vehicle integrity

The Emissions Reliability Engineer will be responsible for leading the execution and delivery of the RGE function within the propulsion calibration organization. The role will be responsible for the planning, execution and report out of the RGE function to the respective program teams. The role will coordinate daily and weekly activities pertaining to ensuring the RGE fleet is on track to its deliverables of mileage and testing. The role will also provide direction and guidance to a team of analysts and engineers to maintain and manage the fleet across 2 development sites in Michigan. In addition, test plans and timelines will be developed and executed with reports generated to communicate status of the program to larger development and management teams.

CMM Programmers/Operators are highly skilled employees responsible for operating/programming aCoordinate Measuring Machine (CMM) and various other measurement equipment in an automotivemanufacturing plant. The work requires practical skill and knowledge as a CMM programmer to analyzespecifications, set up gauge or fixture in accordance to the released part GD&T and create & executemeasurement program to validate part quality. The work may require interpreting specifications,blueprints, manufacturers' manuals, sketches or similar documents. The candidate must have the abilityto plan the sequence of operation and materials required according to knowledge of computertechnology, such as computer-aided design, CAD, to create measurement programs. TheProgrammer/Operator will be required to provide a detailed report to communicate the results of themeasurements. The candidate must have excellent communication skills and the ability to problem solve.Candidate must be able to perform incidental tasks as required to complete the larger task.