Lead Materials Process Engineer

Overview Placement Type: Temporary Salary: $33.60-37.33 Hourly up to $37.33/hr Start Date: Aug 17, 2026 Lead Materials Process Engineer About the Role We are seeking a Lead Materials Process Engineer to support the development, commercialization, and manufacturing readiness of advanced material technologies. In this role, you will serve as a technical bridge between materials innovation, process engineering, and global manufacturing teams to ensure new materials and processes can be scaled successfully into production. You will partner with cross-functional teams including Materials, Product Development, Quality, Innovation, and Manufacturing Engineering, as well as external factory and supplier partners. The ideal candidate is a hands-on problem solver who can translate laboratory insights and manufacturing data into scalable processes, technical standards, and continuous improvements. This is an on-site role with a hybrid schedule. Occasional evening meetings may be required to collaborate with global teams, and limited international travel may be needed. What You'll Do Lead the development, optimization, and validation of advanced material manufacturing processes from concept through commercialization Partner with manufacturing teams and suppliers to improve process capability, scalability, and production readiness Analyze material performance data, laboratory testing results, and manufacturing metrics to identify improvement opportunities Develop and implement process controls, operating windows, validation plans, and engineering standards Apply statistical methods including Statistical Process Control (SPC), Design of Experiments (DOE), and process capability analysis to reduce variation and improve quality Lead root cause investigations related to material performance, process variation, and manufacturing challenges Translate technical findings into Design for Manufacturing (DFM) guidelines and scalable production requirements Support factory trials, process validation activities, and commercialization efforts with global manufacturing partners Create technical documentation including process specifications, control plans, and manufacturing best practices Collaborate across Materials, Product Creation, Quality, Supply Chain, and Manufacturing teams to drive technical decisions What We're Looking For Bachelor's degree in Polymer Engineering, Materials Science, Chemical Engineering, Mechanical Engineering, or a related technical discipline 3+ years of experience in materials development, polymer engineering, process engineering, or manufacturing engineering Experience working with polymer materials and material characterization Experience developing, testing, optimizing, or scaling materials and manufacturing processes Strong analytical skills with experience interpreting technical data and using data-driven approaches to solve problems Experience with process improvement methodologies such as SPC, DOE, process capability analysis, or similar techniques Ability to work effectively in manufacturing environments and collaborate with factory or supplier partners Strong communication skills with the ability to influence cross-functional teams Self-starter who can independently manage projects, prioritize work, and drive results Preferred Qualifications Experience with polyurethane (PU) materials, elastomers, foams, coatings, adhesives, or similar polymer systems Laboratory testing experience related to material performance, reliability, or validation Experience supporting product commercialization, manufacturing scale-up, or new product introduction (NPI) Experience with Design for Manufacturing (DFM) principles Experience working with global manufacturing partners or suppliers Familiarity with JMP, Minitab, or comparable statistical analysis software Experience in apparel, footwear, sporting goods, consumer products, or other materials-driven industries CNC, tooling, or manufacturing process certifications What Success Looks Like Materials and processes are validated, repeatable, and ready for commercial production Manufacturing partners have clear technical requirements and process controls Data-driven improvements reduce variation and increase product reliability Cross-functional teams are aligned on technical decisions and commercialization milestones Innovative materials successfully transition from development into scalable manufacturing Work Environment On-site position with a hybrid schedule Collaboration with global teams across multiple time zones Limited international travel may be required Opportunity to work at the intersection of materials science, engineering, and manufacturing innovation #LI-AJ1