About the role Review product designs for feasibility and define the processing steps necessary for production Determine the appropriate decorating technology to meet customer appearance and performance specifications Provide input on injection mold tool designs to optimize processing and tool life Develop cost-effective manufacturing processes and product layouts Apply scientific molding principles to establish robust, repeatable production processes Document processing instructions for molding and post-mold decorating activities Troubleshoot manufacturing and injection molding processes Qualify potential molding partners for decorating experience and capabilities Interact with customers (technical and business professionals) to determine project needs Support product launches through the Serigraph APQP process, including DOE’s, process analysis, and capability studies Contribute to the development of PFMEA’s, control plans, and Gauge R&R studies Must be self-directed and flexible to work overtime, night shifts, and provide global support when necessary Travel up to 10%, including international travel, as required Ensure quality and stop production to correct quality concerns and inform management of nonconforming products/processes Ensure environmental practices and materials are handled and disposed of per procedures Support Serigraph current quality business system and understand use of SPECS, the Serigraph quality manual Requirements Undergraduate or associate degree in Manufacturing Engineering, Plastics Technology, or Material Science Injection Molding Professional Program Certification (e.g., AIM Molder 3, RJG Master Molder II) Minimum of 3 years of experience in injection molding press setup, process development, and operation Knowledge of good departmental and company safety/housekeeping/PPE practices Understand departmental procedures and policies Valid drivers license and passport Three or more years of experience in decorative molding (in-mold decorating, in-mold labeling, multi-shot parts, pad-printing, etc.) [preferred] Strong project engineering background [preferred] Robotics programming experience is a plus [preferred] 3D CAD (for part and tooling design analysis) [preferred] Proficiency in MS Excel, Word, and Project [preferred] Knowledge of Statistical Process Control (SPC) methods [preferred] Experience with Mold Flow simulation [preferred] Flexible schedules Competitive wages Access to earned wages before the scheduled payday Paid time off 10 paid holidays Vacation buy/sell program Free onsite healthcare and telemedicine including COVID testing Full benefits package including health, dental, vision, disability, and life insurance 401(k) eligibility on day one with company match Free onsite fitness facility and walking trails Cross training, growth, and promotion from within Ample opportunities for career progression Copy ATS Keywords Tip: use these terms in your resume and cover letter to boost ATS matches.
Hard skills injection molding process development scientific molding decorative molding Statistical Process Control Mold Flow simulation 3D CAD project engineering troubleshooting cost-effective manufacturing
Soft skills self-directed flexible customer interaction team collaboration problem-solving communication attention to detail organizational skills adaptability project management
Certifications Undergraduate degree in Manufacturing Engineering Plastics Technology Material Science Injection Molding Professional Program Certification AIM Molder 3 RJG Master Molder II