SolidWorks‑Driven Injection Molding Process Engineer

Randstad USA; Lincolnton (NC); On-site; USD 100,000 - 135,000; Full time

Benefits offered by this job

401k & Retirement Savings

Medical/Dental/Vision

Vacation

Paid Parental Leave

Job summary

Randstad USA in Charlotte, North Carolina is seeking a Process Engineer to drive performance across high-cavity injection molding operations.

You will be the plant’s go-to expert for mold troubleshooting, process optimization, and tooling reliability, collaborating with floor processing and toolroom teams to fine-tune parameters, reduce scrap, and modify tooling in SolidWorks to keep high-cavity tools running at peak performance.

Qualifications

• Bachelors in Engineering Technology or related discipline, or equivalent hands-on experience.
• 3+ years of experience in plastic injection mold design, manufacturing, and refurbishment.
• understanding of process engineering as it relates to plastic injection molding and high-cavity tooling systems (up to 128 cavities).
• proficiency in SolidWorks (design work performed exclusively in SolidWorks).

Responsibilities

• Set up and fine-tune injection molding process parameters to fix fill imbalances, reduce cycle times, and eliminate scrap on tools up to 128 cavities.
• Investigate production floor issues, run root cause analyses on tool or process failures, and implement permanent corrective actions.
• Collaborate with toolmakers to implement mold modifications, repairs, dynamic venting fixes, and steel adjustments based on process data.
• Use SolidWorks to design mold modifications, minor engineering changes, and replacement tooling components.
• Partner with maintenance and automation teams to troubleshoot mold interface issues, hot runner systems, and cooling setups.

Skills

Injection Molding

Education

Bachelor's degree in Engineering Technology

Tools

SolidWorks

Job description

Randstad USA in Charlotte, North Carolina is seeking a Process Engineer to drive performance across high-cavity injection molding operations.

You will be the plant’s go-to expert for mold troubleshooting, process optimization, and tooling reliability, collaborating with floor processing and toolroom teams to fine-tune parameters, reduce scrap, and modify tooling in SolidWorks to keep high-cavity tools running at peak performance.