Lead, Manufacturing Process Engineer, Air Manufacturing Innovation
Listed on 2026-08-20
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Engineering
Process Engineer, Manufacturing Engineer, Lean Manufacturing / Six Sigma, Quality Engineering -
Manufacturing / Production
Manufacturing Engineer, Lean Manufacturing / Six Sigma, Quality Engineering
Lead, Manufacturing Process Engineer
The Lead, Manufacturing Process Engineer at Air MI is a technical leader within Air Manufacturing Engineering responsible for developing, optimizing, and sustaining the manufacturing processes used to create Nike Air components. This role drives process capability and manufacturing readiness in alignment with the ambitions of the Air MI Manufacturing System (AMS)—focusing on standardization, flow, stability, and Lean-driven continuous improvement.
This role will report to the Sr Manager, Process Engineering in AM93 in St. Charles and will partner closely with Product Development Design, Tooling, Quality Systems Engineering, Automation Engineering, and Air Manufacturing Operations to deliver safe, scalable, standardized, data-driven processes that enable Air MI to meet demand, reduce scrap and waste, and operate as a standardized global network.
The Lead, Process Engineering is a key member of the Manufacturing Engineering team that delivers AIR and is expected to: mentor process engineers engineering and manufacturing best practices; drive process optimization, technical excellence and deliver quality; integrate digital and automation solutions; lead continuous improvement and team collaboration with emphasis on Lean Six Sigma; and promote workplace safety. This role will elevate, evolve, and drive manufacturing process engineering best practices and standards while driving the adoption of real-time data systems.
The right person for this role will bring experience in critical-to-quality control plans, statistical process control, PFMEA, process validations, predictive modeling or digital twins and excel in process simulation. You need to be solutions oriented, decisive and bring a hands-on approach to teaching and problem solving with a proven track record of improving efficiencies in processes as well as driving accountability.
Required:
- Experience - At least 6 years in process engineering within a high-volume manufacturing production environment in Plastics, Semiconductor, Technology or Food & Beverage industries.
- Education – bachelor's degree in plastics, chemical, mechanical, manufacturing or industrial engineering, will accept any suitable combination of education, experience or training
- Technical – process simulation/optimization/digital twin technology, Six Sigma, lean manufacturing, Statistical modeling/analysis
- Experience troubleshooting complex manufacturing equipment utilizing mechanical, process, and automation fundamentals.
Preferred:
- Experience in Thermoforming of Thermoplastic Polyurethanes, RF Welding, and Part Trimming.
- Experience in product development and validation in a high-volume manufacturing environment.
- Lean Six Sigma Green Belt or Black Belt certification.
- Proven ability to work with associates of all levels including machine operators, supervisors, experts, engineers, technicians, and executives, while adapting communication style to suit different audiences.
The Lead, Process Engineer at Air MI will be responsible for developing, optimizing, and sustaining the manufacturing processes used to create Nike Air components. This role drives process capability and manufacturing readiness in alignment with the ambitions of the Air MI Manufacturing System (AMS)—focusing on standardization, flow, stability, and Lean-driven continuous improvement.
You will partner closely with Quality Systems engineers, Automation Engineers, and Air Production to deliver safe, scalable, data-driven processes that enable Air MI to meet demand, reduce scrap, modernize equipment strategies, and operate as a unified global network. You get to:
- Serve as technical SME for AM93 manufacturing processes, providing expert guidance on thermoforming, RF Welding, material processing, tooling interactions, and process capability improvement.
- Lead complex troubleshooting and root cause investigations involving quality losses, downtime, process variation, yield reduction, scrap generation, and equipment reliability issues.
- Lead process design, validation, capability and optimization, ensuring stable, robust processes that meet throughput, OEE, and Cpk requirements while supporting…
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