Process Engineering Lead

WORK LOCATION We are looking for Process Engineer Lead to join our Spring Hill Battery Assembly manufacturing team. The successful candidate will work within the Battery Assembly Manufacturing Engineering (ME) organization as the leader of a group of Process Engineers in the Battery Assembly areas (Pack Main Line, Super Phase Module lines, and ASRS).

The successful candidate will work directly with Production Leadership in designing, implementing and maintaining Lean Manufacturing systems. The main purpose of the Manufacturing Battery Assembly Engineer is to lead a team of Process Engineers by providing professional technical knowledge, results and behaviors to safely deliver high quality, efficient battery module and pack assembly operations in the Spring Hill Battery Assembly Building. The ability to work in a dynamic, fast-paced manufacturing environment is critical to succeed in this role. Work is performed in a team environment, consisting of daily interactions with product engineering, plant engineering, controls, maintenance, operations, and a multitude of others, to successfully launch this new product.  Work will be performed in a plant environment where a considerable amount of creativity and initiative is exercised as well as a high level of independent judgment. This role owns process performance, people development, and cross ‑ functional alignment across module and pack mainlines in accordance with GPS ME Battery Assembly BOPs, RESS safety standards, PFMEA/PCP controls, and GM Behaviors.

Own overall SPQRCE performance for BAB module and pack process team and lead actions to achieve or exceed targets. Lead daily, weekly, and monthly performance routines (tier meetings, GRA, PFMEA basketweave reviews, etc.) ensuring issues are surfaced, prioritized, and closed with verified effectiveness. Ensure effective deployment and governance of PFMEAs, control plans, error ‑ proofing, and work instructions across assigned areas. Sponsor and approve process changes impacting BAB (layout, tooling, test, error ‑ proofing, software) and ensure linkage to PFMEA/PCP and change validation plans. Partner with maintenance and controls to ensure robust PM plans, response plans, and obsolescence strategies for critical module and pack equipment. Collaborate with logistics and industrial engineering to optimize material flow, WIP, staffing, and line balancing for module and pack areas. Use data and structured problem solving (4D/8D, root ‑ cause, layered audits) to eliminate repeat issues and drive Year ‑ over ‑ Year productivity, scrap, and rework improvements. Lead a diverse team of engineers and frontline leaders supporting module and pack operations; set clear expectations, priorities, and development plans. Develop, coach, and performance ‑ manage direct reports, building bench strength and succession for technical roles. Create an inclusive environment where team members feel safe to speak up, challenge assumptions, and bring forward improvements aligned to GMS and GM Behaviors. Coordinate manpower planning with operations and maintenance to ensure adequate coverage for production, launch, debug, and improvement activities. Communicate status, risks, and recovery plans clearly to BAB leadership, GPS ME, and program teams; escalate issues with data and recommended actions. Engineer, Design, Build, Implement and Maintain machinery, tools & equipment Manage significant downtime events by providing technical guidance and support Design work operations that meet safety, quality, and efficiency requirements with high integrity Drive Continuous Improvement efforts in assigned area through the elimination of waste Evaluate bottleneck areas and support throughput and productivity improvements in assigned area Reduce total cost by improving productivity metrics related to equipment uptime, cycle time and quality Participate in lean manufacturing through implementation of