Molding Process Engineer

Weiss-Aug - East Hanover, NJ•East Hanover, NJ

2d•Onsite

About The Position

Weiss-Aug is seeking a Molding Process Engineer to develop and optimize molding processes and contribute to high-quality manufacturing solutions. The role includes supporting new tooling and program development, maintaining manufacturing documentation, leading continuous improvement activities, and participating in audits and cross-functional project teams. The position is based at the company’s East Hanover, New Jersey location.

Requirements

Bachelor of Science in Mechanical Engineering (BSME) or a plastics-related degree.
At least 5 years of experience with plastic process development for high-tolerance plastic parts.
Extensive knowledge of engineering-grade plastics as they relate to plastic processing.
Advanced knowledge of mold tooling.
Knowledge of Design of Experiments (DOE) as it relates to plastic processing.
Scientific molding expertise.
Good analytical and problem-solving skills.
Good written and verbal communication skills.
Self-starter able to multitask and set priorities with little supervision.
Ability to work as a team player and interact effectively across departments.
Good Windows-based PC skills, including Microsoft Office, Outlook, and Excel.

Nice To Haves

Master Molder certification or qualification preferred.
Knowledge of ISO/QS/TS preferred.
Bilingual English and Spanish is a plus.

Responsibilities

Perform Design of Experiments (DOE) on new tooling programs to establish the optimum molding and manufacturing process.
Create and maintain process and manufacturing documentation.
Lead the Molding Department’s Continuous Improvement Team.
Participate in the new program development and quoting team.
Participate in the APQP Project team as it relates to Molding Tooling.
Participate in ISO/QS/TS internal and external audits related to the Molding department.
Promote cleanliness and safety policies and procedures throughout the company.
Assist with the design and fabrication of new mold tooling and identify molding technologies, including equipment and sensors, to advance capabilities.